{"data":{"id":"927338","string_id":"VdGJkI0y","status":"1","parent_id":"0","slug":"VdGJkI0y","order":"7","name":"Router Software","type":"1","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","author":"\u8f9b\u5de5","published_time":"0","add_time":"1787570047","update_time":"1788942516","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"1","tags":[],"child":[{"id":"927997","string_id":"YRWFcyXR","status":"1","parent_id":"927338","slug":"Overview-h6TU","order":"0","name":"Overview","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787661667","add_time":"1787661313","update_time":"1788761075","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"927997\", \"927338\"]","content":{"content_id":"927997","content":"## Status\nThe Internet Status feature on the T830 provides real-time visibility into the WAN connectivity health; a green \"Connected\" indicator confirms active internet access, while Uptime shows the current continuous online duration and System Time reflects the device clock, helping administrators quickly verify link availability, troubleshoot connectivity issues, and monitor service continuity.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/YRWFcyXR\/6a911fd15fef6.png)\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n| Internet Status|Indicates the current WAN or Internet connectivity state; a green \u201cConnected\u201d status means the device has successfully established and maintained an active link to the external network. |\n|Uptime | Displays the continuous online duration since the last network interface activation or system reboot, used to verify link stability and service continuity.|\n|System Time |Shows the current date and time maintained by the system clock, serving as the timestamp reference for logs, scheduled tasks, certificates, and troubleshooting correlation. |\n\n## Online Users\nThe Online Users feature provides real-time visibility into the number of currently connected terminals via wired and wireless interfaces, helping administrators quickly understand online user distribution and access scale.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/YRWFcyXR\/6a91205bc2d02.png)\n\n## CPU and Menory\nThe system resource monitoring feature dynamically displays CPU and memory utilization trends in real time, providing intuitive visibility into operational load and performance status to help identify resource bottlenecks or abnormal fluctuations promptly.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/YRWFcyXR\/6a9120750a062.png)\n\n## Total Space\nThe storage status feature displays total space along with capacity usage proportion and exact consumption for system and Docker modules, helping monitor storage resource utilization and available capacity in real time.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/YRWFcyXR\/6a91208f033e7.png)\n\n## Model\nThe device information feature displays basic identity details such as model, device name, and serial number, and supports quick copy of the serial number for asset management, operations identification, and after-sales service reference.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/YRWFcyXR\/6a9120a32dc0d.png)\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n|Model |Identifies the hardware or product model designation for classification, compatibility reference, and service identification. |\n|Device name |The configurable hostname or friendly label assigned to the device for easy identification and management in the network.|\n|SN (Serial Number) |The unique factory-assigned serial number serving as the device\u2019s physical identifier for asset tracking, warranty verification, and technical support. |\n\n## Version\nThe routing mode feature indicates the current routing operation mode and software version of the device, helping verify network forwarding behavior and system software status to support operations management and feature capability reference.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/YRWFcyXR\/6a9120efec13c.png)\n\n## Interface Status\nThe interface status feature visually presents real-time connection states of physical ports with hover details including speed, address acquisition protocol, IP, gateway and DNS for quick visibility into port activity and link connectivity.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/YRWFcyXR\/6a9121022ec47.png)\n\n## WAN Port Rate Statistics\nThe WAN port rate statistics feature presents upload and download speed trends for selected external ports with filtering by port and time range, helping monitor egress bandwidth usage and traffic fluctuations in real time.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/YRWFcyXR\/6a9121133a50e.png)","pure_content":"Status\nThe Internet Status feature on the T830 provides real-time visibility into the WAN connectivity health; a green \"Connected\" indicator confirms active internet access, while Uptime shows the current continuous online duration and System Time reflects the device clock, helping administrators quickly verify link availability, troubleshoot connectivity issues, and monitor service continuity.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Internet Status\n Indicates the current WAN or Internet connectivity state; a green \u201cConnected\u201d status means the device has successfully established and maintained an active link to the external network.\n\n\n Uptime\n Displays the continuous online duration since the last network interface activation or system reboot, used to verify link stability and service continuity.\n\n\n System Time\n Shows the current date and time maintained by the system clock, serving as the timestamp reference for logs, scheduled tasks, certificates, and troubleshooting correlation.\n\n\n\nOnline Users\nThe Online Users feature provides real-time visibility into the number of currently connected terminals via wired and wireless interfaces, helping administrators quickly understand online user distribution and access scale.\n\nCPU and Menory\nThe system resource monitoring feature dynamically displays CPU and memory utilization trends in real time, providing intuitive visibility into operational load and performance status to help identify resource bottlenecks or abnormal fluctuations promptly.\n\nTotal Space\nThe storage status feature displays total space along with capacity usage proportion and exact consumption for system and Docker modules, helping monitor storage resource utilization and available capacity in real time.\n\nModel\nThe device information feature displays basic identity details such as model, device name, and serial number, and supports quick copy of the serial number for asset management, operations identification, and after-sales service reference.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Model\n Identifies the hardware or product model designation for classification, compatibility reference, and service identification.\n\n\n Device name\n The configurable hostname or friendly label assigned to the device for easy identification and management in the network.\n\n\n SN (Serial Number)\n The unique factory-assigned serial number serving as the device\u2019s physical identifier for asset tracking, warranty verification, and technical support.\n\n\n\nVersion\nThe routing mode feature indicates the current routing operation mode and software version of the device, helping verify network forwarding behavior and system software status to support operations management and feature capability reference.\n\nInterface Status\nThe interface status feature visually presents real-time connection states of physical ports with hover details including speed, address acquisition protocol, IP, gateway and DNS for quick visibility into port activity and link connectivity.\n\nWAN Port Rate Statistics\nThe WAN port rate statistics feature presents upload and download speed trends for selected external ports with filtering by port and time range, helping monitor egress bandwidth usage and traffic fluctuations in real time.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787661313","update_time":"1788761075"},"pure_content":"Status\nThe Internet Status feature on the T830 provides real-time visibility into the WAN connectivity health; a green \"Connected\" indicator confirms active internet access, while Uptime shows the cur"},{"id":"927998","string_id":"DNVHF33S","status":"1","parent_id":"927338","slug":"Online-Clients","order":"0","name":"Online Clients","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787661670","add_time":"1787661331","update_time":"1788761077","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"927998\", \"927338\"]","content":{"content_id":"927998","content":"## Online Clients\nThe online clients feature provides real-time visibility into connected endpoints with MAC address, IP, application usage and online status, supporting search, refresh, remark editing, and detailed app time or access record views for network visibility and usage auditing.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/DNVHF33S\/6a9523c351bd2.png)\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n| Index| Sequential identifier assigned to each client entry in the list for ordered reference and management.|\n |MAC Address |Hardware address that uniquely identifies the network interface of the connected endpoint. |\n|IP Address | Logical network address currently assigned to the client for communication and routing.|\n|Common App | Frequently or recently used applications detected on the client, shown as icons for quick recognition.|\n|Active App | Application currently in active use or generating traffic on the client at the moment.|\n|Current URL |Destination web address or service path the client is actively accessing. |\n|Remarks |Custom editable note or label attached to the client for identification or administrative annotation. |\n| Online Status|Current connectivity state of the client, indicating whether it is connected or disconnected. |\n|Actions | Available operations for the entry, such as viewing details or editing client information.|\n\n## Device Details\nThe app statistics feature presents application usage duration proportion and access records for a specified endpoint via charts and lists, helping view application behavior distribution, usage duration and filter status to assist network usage analysis and auditing.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/DNVHF33S\/6a952766d33ef.png)\n\n\nThe access records feature displays per-endpoint application access details including app name, start and last time, duration and filter status with pagination support, helping trace network usage behavior and auditing.\n\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/DNVHF33S\/6a95277067e7e.png)\n\n\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n|Index |Sequential number assigned to each access record entry for ordered listing and reference. |\n| App Name| Name or identity of the application detected during the client's network access.|\n| Start Time|Timestamp when the application access session or activity began. |\n|Last Time |Most recent timestamp when activity was recorded for this application session. |\n| Duration|Length of time the application was actively used or maintained the connection. |\n|Filter Status | Current policy state indicating whether the traffic is filtered, blocked, or allowed\/unfiltered.|","pure_content":"Online Clients\nThe online clients feature provides real-time visibility into connected endpoints with MAC address, IP, application usage and online status, supporting search, refresh, remark editing, and detailed app time or access record views for network visibility and usage auditing.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n Sequential identifier assigned to each client entry in the list for ordered reference and management.\n\n\n MAC Address\n Hardware address that uniquely identifies the network interface of the connected endpoint.\n\n\n IP Address\n Logical network address currently assigned to the client for communication and routing.\n\n\n Common App\n Frequently or recently used applications detected on the client, shown as icons for quick recognition.\n\n\n Active App\n Application currently in active use or generating traffic on the client at the moment.\n\n\n Current URL\n Destination web address or service path the client is actively accessing.\n\n\n Remarks\n Custom editable note or label attached to the client for identification or administrative annotation.\n\n\n Online Status\n Current connectivity state of the client, indicating whether it is connected or disconnected.\n\n\n Actions\n Available operations for the entry, such as viewing details or editing client information.\n\n\n\nDevice Details\nThe app statistics feature presents application usage duration proportion and access records for a specified endpoint via charts and lists, helping view application behavior distribution, usage duration and filter status to assist network usage analysis and auditing.\n\nThe access records feature displays per-endpoint application access details including app name, start and last time, duration and filter status with pagination support, helping trace network usage behavior and auditing.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n Sequential number assigned to each access record entry for ordered listing and reference.\n\n\n App Name\n Name or identity of the application detected during the client's network access.\n\n\n Start Time\n Timestamp when the application access session or activity began.\n\n\n Last Time\n Most recent timestamp when activity was recorded for this application session.\n\n\n Duration\n Length of time the application was actively used or maintained the connection.\n\n\n Filter Status\n Current policy state indicating whether the traffic is filtered, blocked, or allowed\/unfiltered.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787661331","update_time":"1788761077"},"pure_content":"Online Clients\nThe online clients feature provides real-time visibility into connected endpoints with MAC address, IP, application usage and online status, supporting search, refresh, remark editing,"},{"id":"927999","string_id":"Ml4HXjQx","status":"1","parent_id":"927338","slug":"Network-uqGi","order":"0","name":"Network","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787661673","add_time":"1787661349","update_time":"1788761079","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"927999\", \"927338\"]","content":{"content_id":"927999","content":"## WAN\/LAN\nThe port settings feature allows configuration of physical port roles such as LAN, WAN and SFP+, along with protocol and MTU parameters, while displaying real-time port information including port type, IP address, gateway, DNS, speed, MAC address and PoE status for network interface management and status monitoring.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a9633f3db10b.png)\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a963401704b2.png)\n\n**Port Settings**\nThe port role configuration supports flexible assignment of physical interfaces among LAN, WAN, multi-WAN or separate LAN domains with sequential conditional enabling of subsequent WAN roles, and allows configuration of IPv4 address, netmask, MTU and WAN protocol such as DHCP client, static address, PPPoE or DHCPv6 client to enable Layer-3 interface and uplink planning.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a96347a27616.png)\n**WAN Port Protocol Description:**\n\n| Parameter | Description|\n| - | - |\n|DHCP client |Automatically obtains IPv4 address, gateway, DNS and other parameters from an upstream DHCP server. |\n|Static address | Manually configured fixed IPv4 address, netmask, gateway and DNS settings.|\n|PPPoE |Point-to-Point Protocol over Ethernet used to establish a WAN connection with username\/password authentication. |\n|DHCPv6 client |Automatically obtains IPv6 addressing and related configuration from an upstream DHCPv6 server. |\n|MTU |Maximum Transmission Unit size for the interface, controlling the largest packet size sent on the link. |\n\n**Port Information Description:**\n\n| Parameter |Description |\n| - | - |\n|Port ID | Identifier number of the physical or logical network port for reference and management.|\n|Port Type | Role assigned to the port, such as LAN for local network or WAN\/SFP+ for uplink\/wide-area connection.|\n|IP Address |IPv4 address and prefix length configured or obtained on the port for Layer-3 communication. |\n| Gateway| Next-hop IP address used by the port to reach remote or external networks; shown as none if not applicable.|\n|DNS |Domain Name System server address learned or configured for name resolution on the interface. |\n| Speed|Current link rate or connection state of the port, such as negotiated rate or no link. |\n|Mac Address | Hardware\/MAC address associated with the port for Layer-2 identification.|\n| PoE Status| Power over Ethernet status indicator for the port, showing enabled\/disabled or not applicable.|\n\n\n## VLAN\nThe VLAN feature is used to create and manage virtual local area networks, supporting configuration of VLAN ID, name, IP address, subnet mask, associated interface and status to achieve broadcast domain isolation and Layer-3 subnet planning, with management operations including search, add, enable, disable and delete.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a9636c720a7d.png)\n\n**Add VLAN**\nThe VLAN add function is used to create a new virtual LAN entry by configuring VLAN ID, name, MAC address, IP address, subnet mask, bound interface, remarks and enable status to apply Layer-3 interface and broadcast domain parameters.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a96372095e8e.png)\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n|VLAN ID | Identifier for the VLAN within the valid range, used to distinguish separate broadcast domains.|\n|Vlan Name |User-defined name for identifying and managing the VLAN entry.|\n|MAC Address |Layer-2 hardware address associated with the VLAN interface; may default to system or all-zero value if not specified. |\n| IP| IPv4 address assigned to the VLAN interface for Layer-3 routing and gateway services.|\n|Subnet Mask | Network mask that defines the IPv4 subnet scope and host address range for the VLAN.|\n|Interface | Physical or logical port\/bridge domain to which the VLAN is bound or attached.|\n|Status | Operational state of the VLAN entry, such as enabled or disabled.|\n\n\n## DHCP\nThe DHCP Server function automatically assigns IPv4 address, subnet mask, gateway, DNS and lease time to LAN clients, supports per-interface address pool, primary\/secondary DNS, lease duration and enable\/disable status configuration, and provides management operations including search, add, edit and delete.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a9637fd2dca9.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Index| Sequential number identifying the DHCP server pool entry in the list.|\n| Interface|Network interface or VLAN to which the DHCP address pool is bound. |\n| Address Pool|Range of IPv4 addresses available for dynamic assignment to clients. |\n|Subnet Mask | Network mask defining the subnet scope for assigned addresses.|\n|Gateway | Default gateway address delivered to clients for reaching other networks.|\n|Primary DNS |Preferred DNS server address offered to clients for domain name resolution. |\n| Secondary DNS| Alternate DNS server address offered to clients for redundancy.|\n|Leases Times | Duration for which an assigned IP address is valid and reserved for a client.|\n|Status |Enable or disable state of the DHCP server pool. |\n|Actions | Edit or delete operations for the DHCP server entry.|\n\n**Add DHCP Server**\nThe DHCP Server add function creates independent address pools per interface or VLAN by configuring IP range, lease time, primary\/secondary DNS and related parameters to deliver automatic IP address assignment for multiple Layer-3 LANs or VLANs.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a96389812f96.png)\n\n**DHCP Static**\nThe DHCP Static function binds client MAC address or DUID to a specified IP address to provide fixed address allocation, supporting hostname, lease time configuration and entry search, add and delete management.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a9639b5acef8.png)\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n| Index| Sequential identifier for the static DHCP binding entry in the list.|\n| Hostname| Device or client name associated with the static IP assignment.|\n|Mac Address | Layer-2 hardware address used to identify the client for fixed IP binding.|\n| IP Address| Fixed IPv4 address reserved and assigned to the specified client.|\n| Leases Times|Lease duration applied to the statically assigned IP address.|\n| DUID| DHCP Unique Identifier used for client identity in DHCPv6 or applicable DHCP bindings.|\n|Actions |Edit or delete operations for the static DHCP entry. |\n\n**DHCP Client List**\nThe DHCP Client List function displays real-time information of clients that have obtained addresses, including hostname, IP, MAC and remaining lease time, allows identifying or toggling static binding status, and supports searching current lease entries.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a963a282c533.png)\n\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Index | Sequential number identifying each DHCP client lease entry in the list.|\n| Hostname|Name of the client device that obtained the DHCP lease. |\n| IP Address| IPv4 address currently assigned to the DHCP client. |\n| Mac Address| Layer-2 hardware address of the DHCP client.|\n|Leases Times | Remaining or elapsed time of the IP address lease assigned to the client.|\n| Static Status| Indicates or toggles whether the client is bound to a static DHCP reservation.|\n|Search box | Input field to filter and look up DHCP client entries by keyword.|\n|Search button |Triggers the search\/filter action for the client list. |\n\n## Static Routes\nThe Routing Tables function displays IPv4\/IPv6 routing entries including destination network, subnet mask, outbound interface, next-hop gateway and metric to help view current route forwarding and network reachability status.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a963a9e8e463.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Index | Sequential identifier for the routing table entry.|\n| Interface|Outbound interface used to forward traffic toward the destination. |\n| Dest address| Destination network or host address (e.g., 0.0.0.0\/0 for default route, or IPv6 prefix).|\n|Subnet Mask | Network mask that defines the destination address range (not applicable for IPv6 prefix entries).|\n|Gateway |Next-hop IP address for reaching the destination; \"-\" indicates a directly connected route. |\n|Metric | Preference or cost value used to select the best path when multiple routes exist.|\n\n**Static IPv4 Routes**\nThe Static IPv4 Routes function is used to manually configure, view, enable, disable or delete IPv4 static route entries (destination network, subnet mask, outbound interface, gateway, metric and status) to control packet forwarding paths and achieve specific network reachability.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a963b0f84808.png)\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n|Index | Sequential identifier for the static IPv4 route entry.|\n| Interface| Outbound interface assigned for forwarding traffic to the destination network.|\n| Dest address| Destination IPv4 network or host address to be reached via this route.|\n| Subnet Mask|Network mask that defines the scope of the destination IPv4 address. |\n|Gateway |Next-hop IPv4 address used to reach the destination network. |\n| Metric| Route preference or cost value used to determine the best path when multiple routes exist.|\n|Status |Current activation state of the static route (e.g., enabled or disabled). |\n|Actions | Operation controls for editing or removing the specific route entry.|\n| Search box|Input field to filter and look up static IPv4 route entries by keyword. |\n|Search |Triggers the search or filter action for the route list. |\n|Add |Creates a new static IPv4 route entry. |\n| Enable| Activates the selected static IPv4 route entry or entries.|\n|Disable | Deactivates the selected static IPv4 route entry or entries without removing them.|\n| Delete|Removes the selected static IPv4 route entry or entries from the configuration. |\n| No data available|Placeholder indication that no static IPv4 route entries are currently configured or displayed.|\n\n**Add Static IPv4 Routes**\nThe Add Static IPv4 Route function is used to fill in the outbound interface, destination address, subnet mask, gateway and metric to create a new static IPv4 route, manually specifying packet forwarding paths and controlling network reachability.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a963bd5c6166.png)\n\n**Static IPv6 Routes**\nThe Static IPv6 Routes function is used to manually configure, view, enable, disable or delete IPv6 static route entries (destination prefix, outbound interface, gateway, metric and status) to control IPv6 packet forwarding paths and achieve specific network reachability.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a963becd5801.png)\n**Add Static IPv6 Routes**\nThe Add Static IPv6 Route function is used to fill in the outbound interface, destination IPv6 address\/prefix, gateway and metric to create a new static IPv6 route, manually specifying IPv6 packet forwarding paths and controlling IPv6 network reachability.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a963c0345def.png)\n\n\n## Load Balancing\nThe Multi-WAN Load Balancing function is used to configure, view, enable, disable or delete load balancing rules for multiple WAN interfaces, distributing traffic by interface and load ratio with remarks and status management to improve link utilization and outbound bandwidth redundancy.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a963c21356b1.png)\n**Add Load Balancing**\nThe Add Multi-WAN Load Balancing Entry function is used to create a load balancing entry by enabling the specified interface, configuring the load ratio and remarks for each outbound interface, so as to distribute traffic across multiple WAN ports by weight and improve link utilization and outbound redundancy.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a963c40e53fe.png)\n\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| ID|Sequence identifier of the load balancing member entry. |\n|Interface |WAN\/outbound interface participating in load balancing. |\n|Load Ratio |Traffic weight for the interface, configurable from 1 to 10. |\n|Status |Current enable\/disable state of the load balancing member. |\n|Actions |Operation to open\/close or edit the interface entry in the rule. |\n|Open | Action to enable\/editable the interface for load balancing configuration.|\n|Close | Action to disable\/collapse the interface entry from editing or active use.|\n|Enable |Enable the load balancing member or rule. |\n|Save |Save|\n| Cancel| Discard changes and close the dialog.|\n\n## Port Routing\nThe Port Routing function is used to configure, view, enable, disable or delete port routing policies by interface, protocol, source\/destination address and port conditions, so as to control traffic forwarding paths and egress selection.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a963cd774bb9.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| Index| Sequence number of the port routing rule entry.|\n|Interface | Outbound\/forwarding interface used for the matched traffic.|\n| Protocol|Network protocol condition for the rule, such as all\/TCP\/UDP. |\n|Src.Addr |Source address condition to match traffic. |\n|Src.Port |Source port condition to match traffic. |\n|Dst.Addr | Destination address condition to match traffic.|\n|Dst.Port |Destination port condition to match traffic. |\n|Status |Enable\/disable state of the port routing rule. |\n|Actions |Edit or delete operation for the rule entry. |\n|Edit | Modify the selected port routing rule.|\n|Delete | Remove the selected port routing rule.|\n| Status toggle|Switch to enable or disable the rule. |\n| Checkbox| Select one or multiple rule entries for batch operations.|\n| Search| Search\/filter box to find entries by keyword.|\n| Add|Create a new port routing rule. |\n|Enable |Enable selected port routing rules. |\n|Disable |Disable selected port routing rules. |\n| Delete| Delete selected port routing rules.|\n\n**Add Port Routing**\nThe Add Port Routing function is used to create a new port routing rule by specifying the outbound interface, protocol, source\/destination address and source\/destination port as matching conditions to define traffic forwarding paths, with options to save or cancel the configuration.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a963d9b3eca2.png)\n\n\n\n## Port Forwarding\nThe Port Forwards function maps external address and port access requests to internal addresses and ports by protocol, allowing external network access to internal services, and supports adding, searching, enabling, disabling and deleting rules.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a963dbf512f9.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Index | Sequence number of the port forwarding rule.|\n| Interface|Outbound\/forwarding interface used for the matched traffic. |\n|Protocol |Network protocol condition for the rule, such as all\/TCP\/UDP. |\n|Src.Addr | Source address condition to match traffic.|\n|Src.Port | Source port condition to match traffic.|\n| Dst.Addr| Destination address condition to match traffic.|\n|Dst.Port |Destination port condition to match traffic. |\n|Status | Enable\/disable state of the port forwarding rule.|\n|Actions | Edit or delete operation for the rule entry.|\n|Edit | Modify the selected port forwarding rule.|\n| Delete| Remove the selected port forwarding rule.|\n|Status toggle | Switch to enable or disable the rule.|\n|Checkbox | Select one or multiple rule entries for batch operations.|\n| Search| Search\/filter box to find entries by keyword.|\n|Add | Create a new port forwarding rule.|\n| Enable| Enable selected port forwarding rule.|\n| Disable| Disable selected port forwarding rule.|\n| Delete| Delete selected port forwarding rule.|\n\n**Add Port Forwards**\nThe Add Port Forward function is used to create a new port forwarding rule by configuring the rule name, external address and port, protocol, and intranet address and port, so that external access requests are forwarded to the specified internal host or service, with options to save or cancel the configuration.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a963e8271077.png)\n**DMZ Host**\nThe DMZ Host function designates an internal host as the demilitarized zone host to direct external access traffic not matched by port forwarding rules to that host, facilitating exposure of internal services, and supports adding, searching, enabling, disabling and deleting rules.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Ml4HXjQx\/6a963ea9e08a7.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| Index| Sequence number of the DMZ Host rule entry.|\n|Name | User-defined name or description for the DMZ Host rule.|\n| External Address| External\/public-side address associated with the DMZ mapping; may be empty to represent the external interface address.|\n| Intranet Address|Internal\/LAN-side host address that receives forwarded external traffic. |\n|Status |Enable\/disable state of the DMZ Host rule, shown as a toggle switch. |\n| Actions|Edit or delete operation for the selected DMZ Host entry. |","pure_content":"WAN\/LAN\nThe port settings feature allows configuration of physical port roles such as LAN, WAN and SFP+, along with protocol and MTU parameters, while displaying real-time port information including port type, IP address, gateway, DNS, speed, MAC address and PoE status for network interface management and status monitoring.\n\n\nPort Settings\nThe port role configuration supports flexible assignment of physical interfaces among LAN, WAN, multi-WAN or separate LAN domains with sequential conditional enabling of subsequent WAN roles, and allows configuration of IPv4 address, netmask, MTU and WAN protocol such as DHCP client, static address, PPPoE or DHCPv6 client to enable Layer-3 interface and uplink planning.\n\nWAN Port Protocol Description:\n\n\n\n Parameter\n Description\n\n\n\n\n DHCP client\n Automatically obtains IPv4 address, gateway, DNS and other parameters from an upstream DHCP server.\n\n\n Static address\n Manually configured fixed IPv4 address, netmask, gateway and DNS settings.\n\n\n PPPoE\n Point-to-Point Protocol over Ethernet used to establish a WAN connection with username\/password authentication.\n\n\n DHCPv6 client\n Automatically obtains IPv6 addressing and related configuration from an upstream DHCPv6 server.\n\n\n MTU\n Maximum Transmission Unit size for the interface, controlling the largest packet size sent on the link.\n\n\n\nPort Information Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Port ID\n Identifier number of the physical or logical network port for reference and management.\n\n\n Port Type\n Role assigned to the port, such as LAN for local network or WAN\/SFP+ for uplink\/wide-area connection.\n\n\n IP Address\n IPv4 address and prefix length configured or obtained on the port for Layer-3 communication.\n\n\n Gateway\n Next-hop IP address used by the port to reach remote or external networks; shown as none if not applicable.\n\n\n DNS\n Domain Name System server address learned or configured for name resolution on the interface.\n\n\n Speed\n Current link rate or connection state of the port, such as negotiated rate or no link.\n\n\n Mac Address\n Hardware\/MAC address associated with the port for Layer-2 identification.\n\n\n PoE Status\n Power over Ethernet status indicator for the port, showing enabled\/disabled or not applicable.\n\n\n\nVLAN\nThe VLAN feature is used to create and manage virtual local area networks, supporting configuration of VLAN ID, name, IP address, subnet mask, associated interface and status to achieve broadcast domain isolation and Layer-3 subnet planning, with management operations including search, add, enable, disable and delete.\n\nAdd VLAN\nThe VLAN add function is used to create a new virtual LAN entry by configuring VLAN ID, name, MAC address, IP address, subnet mask, bound interface, remarks and enable status to apply Layer-3 interface and broadcast domain parameters.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n VLAN ID\n Identifier for the VLAN within the valid range, used to distinguish separate broadcast domains.\n\n\n Vlan Name\n User-defined name for identifying and managing the VLAN entry.\n\n\n MAC Address\n Layer-2 hardware address associated with the VLAN interface; may default to system or all-zero value if not specified.\n\n\n IP\n IPv4 address assigned to the VLAN interface for Layer-3 routing and gateway services.\n\n\n Subnet Mask\n Network mask that defines the IPv4 subnet scope and host address range for the VLAN.\n\n\n Interface\n Physical or logical port\/bridge domain to which the VLAN is bound or attached.\n\n\n Status\n Operational state of the VLAN entry, such as enabled or disabled.\n\n\n\nDHCP\nThe DHCP Server function automatically assigns IPv4 address, subnet mask, gateway, DNS and lease time to LAN clients, supports per-interface address pool, primary\/secondary DNS, lease duration and enable\/disable status configuration, and provides management operations including search, add, edit and delete.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n Sequential number identifying the DHCP server pool entry in the list.\n\n\n Interface\n Network interface or VLAN to which the DHCP address pool is bound.\n\n\n Address Pool\n Range of IPv4 addresses available for dynamic assignment to clients.\n\n\n Subnet Mask\n Network mask defining the subnet scope for assigned addresses.\n\n\n Gateway\n Default gateway address delivered to clients for reaching other networks.\n\n\n Primary DNS\n Preferred DNS server address offered to clients for domain name resolution.\n\n\n Secondary DNS\n Alternate DNS server address offered to clients for redundancy.\n\n\n Leases Times\n Duration for which an assigned IP address is valid and reserved for a client.\n\n\n Status\n Enable or disable state of the DHCP server pool.\n\n\n Actions\n Edit or delete operations for the DHCP server entry.\n\n\n\nAdd DHCP Server\nThe DHCP Server add function creates independent address pools per interface or VLAN by configuring IP range, lease time, primary\/secondary DNS and related parameters to deliver automatic IP address assignment for multiple Layer-3 LANs or VLANs.\n\nDHCP Static\nThe DHCP Static function binds client MAC address or DUID to a specified IP address to provide fixed address allocation, supporting hostname, lease time configuration and entry search, add and delete management.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n Sequential identifier for the static DHCP binding entry in the list.\n\n\n Hostname\n Device or client name associated with the static IP assignment.\n\n\n Mac Address\n Layer-2 hardware address used to identify the client for fixed IP binding.\n\n\n IP Address\n Fixed IPv4 address reserved and assigned to the specified client.\n\n\n Leases Times\n Lease duration applied to the statically assigned IP address.\n\n\n DUID\n DHCP Unique Identifier used for client identity in DHCPv6 or applicable DHCP bindings.\n\n\n Actions\n Edit or delete operations for the static DHCP entry.\n\n\n\nDHCP Client List\nThe DHCP Client List function displays real-time information of clients that have obtained addresses, including hostname, IP, MAC and remaining lease time, allows identifying or toggling static binding status, and supports searching current lease entries.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n Sequential number identifying each DHCP client lease entry in the list.\n\n\n Hostname\n Name of the client device that obtained the DHCP lease.\n\n\n IP Address\n IPv4 address currently assigned to the DHCP client.\n\n\n Mac Address\n Layer-2 hardware address of the DHCP client.\n\n\n Leases Times\n Remaining or elapsed time of the IP address lease assigned to the client.\n\n\n Static Status\n Indicates or toggles whether the client is bound to a static DHCP reservation.\n\n\n Search box\n Input field to filter and look up DHCP client entries by keyword.\n\n\n Search button\n Triggers the search\/filter action for the client list.\n\n\n\nStatic Routes\nThe Routing Tables function displays IPv4\/IPv6 routing entries including destination network, subnet mask, outbound interface, next-hop gateway and metric to help view current route forwarding and network reachability status.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n Sequential identifier for the routing table entry.\n\n\n Interface\n Outbound interface used to forward traffic toward the destination.\n\n\n Dest address\n Destination network or host address (e.g., 0.0.0.0\/0 for default route, or IPv6 prefix).\n\n\n Subnet Mask\n Network mask that defines the destination address range (not applicable for IPv6 prefix entries).\n\n\n Gateway\n Next-hop IP address for reaching the destination; \"-\" indicates a directly connected route.\n\n\n Metric\n Preference or cost value used to select the best path when multiple routes exist.\n\n\n\nStatic IPv4 Routes\nThe Static IPv4 Routes function is used to manually configure, view, enable, disable or delete IPv4 static route entries (destination network, subnet mask, outbound interface, gateway, metric and status) to control packet forwarding paths and achieve specific network reachability.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n Sequential identifier for the static IPv4 route entry.\n\n\n Interface\n Outbound interface assigned for forwarding traffic to the destination network.\n\n\n Dest address\n Destination IPv4 network or host address to be reached via this route.\n\n\n Subnet Mask\n Network mask that defines the scope of the destination IPv4 address.\n\n\n Gateway\n Next-hop IPv4 address used to reach the destination network.\n\n\n Metric\n Route preference or cost value used to determine the best path when multiple routes exist.\n\n\n Status\n Current activation state of the static route (e.g., enabled or disabled).\n\n\n Actions\n Operation controls for editing or removing the specific route entry.\n\n\n Search box\n Input field to filter and look up static IPv4 route entries by keyword.\n\n\n Search\n Triggers the search or filter action for the route list.\n\n\n Add\n Creates a new static IPv4 route entry.\n\n\n Enable\n Activates the selected static IPv4 route entry or entries.\n\n\n Disable\n Deactivates the selected static IPv4 route entry or entries without removing them.\n\n\n Delete\n Removes the selected static IPv4 route entry or entries from the configuration.\n\n\n No data available\n Placeholder indication that no static IPv4 route entries are currently configured or displayed.\n\n\n\nAdd Static IPv4 Routes\nThe Add Static IPv4 Route function is used to fill in the outbound interface, destination address, subnet mask, gateway and metric to create a new static IPv4 route, manually specifying packet forwarding paths and controlling network reachability.\n\nStatic IPv6 Routes\nThe Static IPv6 Routes function is used to manually configure, view, enable, disable or delete IPv6 static route entries (destination prefix, outbound interface, gateway, metric and status) to control IPv6 packet forwarding paths and achieve specific network reachability.\n\nAdd Static IPv6 Routes\nThe Add Static IPv6 Route function is used to fill in the outbound interface, destination IPv6 address\/prefix, gateway and metric to create a new static IPv6 route, manually specifying IPv6 packet forwarding paths and controlling IPv6 network reachability.\n\nLoad Balancing\nThe Multi-WAN Load Balancing function is used to configure, view, enable, disable or delete load balancing rules for multiple WAN interfaces, distributing traffic by interface and load ratio with remarks and status management to improve link utilization and outbound bandwidth redundancy.\n\nAdd Load Balancing\nThe Add Multi-WAN Load Balancing Entry function is used to create a load balancing entry by enabling the specified interface, configuring the load ratio and remarks for each outbound interface, so as to distribute traffic across multiple WAN ports by weight and improve link utilization and outbound redundancy.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n ID\n Sequence identifier of the load balancing member entry.\n\n\n Interface\n WAN\/outbound interface participating in load balancing.\n\n\n Load Ratio\n Traffic weight for the interface, configurable from 1 to 10.\n\n\n Status\n Current enable\/disable state of the load balancing member.\n\n\n Actions\n Operation to open\/close or edit the interface entry in the rule.\n\n\n Open\n Action to enable\/editable the interface for load balancing configuration.\n\n\n Close\n Action to disable\/collapse the interface entry from editing or active use.\n\n\n Enable\n Enable the load balancing member or rule.\n\n\n Save\n Save\n\n\n Cancel\n Discard changes and close the dialog.\n\n\n\nPort Routing\nThe Port Routing function is used to configure, view, enable, disable or delete port routing policies by interface, protocol, source\/destination address and port conditions, so as to control traffic forwarding paths and egress selection.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n Sequence number of the port routing rule entry.\n\n\n Interface\n Outbound\/forwarding interface used for the matched traffic.\n\n\n Protocol\n Network protocol condition for the rule, such as all\/TCP\/UDP.\n\n\n Src.Addr\n Source address condition to match traffic.\n\n\n Src.Port\n Source port condition to match traffic.\n\n\n Dst.Addr\n Destination address condition to match traffic.\n\n\n Dst.Port\n Destination port condition to match traffic.\n\n\n Status\n Enable\/disable state of the port routing rule.\n\n\n Actions\n Edit or delete operation for the rule entry.\n\n\n Edit\n Modify the selected port routing rule.\n\n\n Delete\n Remove the selected port routing rule.\n\n\n Status toggle\n Switch to enable or disable the rule.\n\n\n Checkbox\n Select one or multiple rule entries for batch operations.\n\n\n Search\n Search\/filter box to find entries by keyword.\n\n\n Add\n Create a new port routing rule.\n\n\n Enable\n Enable selected port routing rules.\n\n\n Disable\n Disable selected port routing rules.\n\n\n Delete\n Delete selected port routing rules.\n\n\n\nAdd Port Routing\nThe Add Port Routing function is used to create a new port routing rule by specifying the outbound interface, protocol, source\/destination address and source\/destination port as matching conditions to define traffic forwarding paths, with options to save or cancel the configuration.\n\nPort Forwarding\nThe Port Forwards function maps external address and port access requests to internal addresses and ports by protocol, allowing external network access to internal services, and supports adding, searching, enabling, disabling and deleting rules.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n Sequence number of the port forwarding rule.\n\n\n Interface\n Outbound\/forwarding interface used for the matched traffic.\n\n\n Protocol\n Network protocol condition for the rule, such as all\/TCP\/UDP.\n\n\n Src.Addr\n Source address condition to match traffic.\n\n\n Src.Port\n Source port condition to match traffic.\n\n\n Dst.Addr\n Destination address condition to match traffic.\n\n\n Dst.Port\n Destination port condition to match traffic.\n\n\n Status\n Enable\/disable state of the port forwarding rule.\n\n\n Actions\n Edit or delete operation for the rule entry.\n\n\n Edit\n Modify the selected port forwarding rule.\n\n\n Delete\n Remove the selected port forwarding rule.\n\n\n Status toggle\n Switch to enable or disable the rule.\n\n\n Checkbox\n Select one or multiple rule entries for batch operations.\n\n\n Search\n Search\/filter box to find entries by keyword.\n\n\n Add\n Create a new port forwarding rule.\n\n\n Enable\n Enable selected port forwarding rule.\n\n\n Disable\n Disable selected port forwarding rule.\n\n\n Delete\n Delete selected port forwarding rule.\n\n\n\nAdd Port Forwards\nThe Add Port Forward function is used to create a new port forwarding rule by configuring the rule name, external address and port, protocol, and intranet address and port, so that external access requests are forwarded to the specified internal host or service, with options to save or cancel the configuration.\n\nDMZ Host\nThe DMZ Host function designates an internal host as the demilitarized zone host to direct external access traffic not matched by port forwarding rules to that host, facilitating exposure of internal services, and supports adding, searching, enabling, disabling and deleting rules.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n Sequence number of the DMZ Host rule entry.\n\n\n Name\n User-defined name or description for the DMZ Host rule.\n\n\n External Address\n External\/public-side address associated with the DMZ mapping; may be empty to represent the external interface address.\n\n\n Intranet Address\n Internal\/LAN-side host address that receives forwarded external traffic.\n\n\n Status\n Enable\/disable state of the DMZ Host rule, shown as a toggle switch.\n\n\n Actions\n Edit or delete operation for the selected DMZ Host entry.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787661349","update_time":"1788761079"},"pure_content":"WAN\/LAN\nThe port settings feature allows configuration of physical port roles such as LAN, WAN and SFP+, along with protocol and MTU parameters, while displaying real-time port information including p"},{"id":"928000","string_id":"1wOadFlx","status":"1","parent_id":"927338","slug":"WiFi","order":"0","name":"Wi-Fi","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787661676","add_time":"1787661363","update_time":"1788761081","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"928000\", \"927338\"]","content":{"content_id":"928000","content":"## SSID\nThe SSID function is used to configure and manage wireless network names, supporting multiple SSIDs and independent or aggregated deployment on 2.4G, 5G and 6G bands (up to 16 per band, with the three default Wi\u2011Fi entries not deletable), with settings for encryption, password, binding interface, client isolation, hidden name and enable\/disable status, and supporting search, add, enable, disable, delete and save.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/1wOadFlx\/6a9667d60218b.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| Index|Sequence number of the SSID configuration entry. |\n|Wi-Fi Name |SSID\/network name broadcasted for wireless clients to identify and connect. |\n| Encryption|Security\/encryption mode applied to the wireless network, such as WPA2-PSK,WPA2-PSK\/WPA3-SAE,WPA3-SAE,Open. |\n|Active RF | Radio frequency band in use by the SSID, such as 2.4G\/5G\/6G.|\n|Password |Pre-shared key\/password for accessing the wireless network; eye icon toggles visibility. |\n|Binding interface |Network\/interface binding for the SSID, e.g., LAN bridge\/VLAN assignment. |\n| Client Isolation|Restricts direct communication between wireless clients on the same SSID. |\n|Hidden Name | Whether the SSID is hidden from beacon broadcasts\/discovery scans.|\n|Status | Enable\/disable state of the SSID.|\n| Actions| Edit operation for the SSID entry.|\n|Checkbox | Select one or multiple SSID entries for batch operations.|\n|Search |Search\/filter box to find SSID entries by keyword. |\n| Add| Create a new SSID configuration entry.|\n|Enable |Enable selected SSID entries. |\n| Disable|Disable selected SSID entries. |\n| Delete|Delete selected SSID entries. |\n\n**Add SSID**\nAdd SSID is used to create a new wireless network configuration, allowing settings for Wi\u2011Fi name, encryption (Open\/WPA2-PSK\/WPA3-SAE\/WPA2-PSK or WPA3-SAE mixed), binding interface, enabling 2.4G\/5G\/6G radios, hidden name, client isolation and status, then Save to apply or Cancel to close.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/1wOadFlx\/6a9668ebdef85.png)\n\n\n## RF Radio\nRF Radio is used to configure wireless radio parameters for 2.4G, 5G and 6G, including operating channel, channel width, maximum associated clients and transmit signal strength (Strong\/Medium\/Weak), to optimize wireless coverage, throughput and interference control, and click Save to apply the settings.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/1wOadFlx\/6a966901d6670.png)\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/1wOadFlx\/6a96690e49af4.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| Channel|Operating radio channel selection; Auto allows automatic channel selection to reduce interference. |\n| Channel width|Bandwidth of the radio channel, e.g., 40 MHz or 160 MHz, affecting throughput and coexistence. |\n|Max Users | Maximum number of wireless clients allowed to associate with the radio, configurable from 1 to 256.|\n| Signal Strength| Transmit power\/strength level for the radio: Strong (100%), Medium (50%), or Weak (20%).|\n|Save | Apply and save the RF radio configuration changes.|\n\n\n## Scan Channel\n\nScan Channel scans and displays wireless channel occupancy and signal strength distribution on 2.4G, 5G and 6G bands in a graphical view to show interference per channel and help select an optimal operating channel, click Scan to start scanning.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/1wOadFlx\/6a9669a4938f8.png)\nChannel Scan Results display detected nearby wireless network information such as MAC address, SSID, signal strength, operating channel and channel width, with page scroll to view Wi-Fi information across bands, helping assess environmental interference and select the optimal channel.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/1wOadFlx\/6a9669d71b35f.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| MAC Address| MAC address of the detected wireless device or BSSID.|\n| SSID|Service Set Identifier \/ wireless network name broadcast by the detected AP. |\n|Signal Strength | Received signal strength indicator (RSSI), typically in dBm, reflecting signal level.|\n|Channel | Operating channel number and center frequency of the detected wireless network.|\n|Channel Width(MHZ) | Bandwidth of the detected wireless channel, in MHz.|\n\n## WIO\nWIO (Weak Signal Optimization) enables weak-signal optimization per 2.4G\/5G\/6G radio, using access prohibition and re-association thresholds to block low-quality clients or encourage roaming\/re-association for better wireless performance, click Save to apply.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/1wOadFlx\/6a966a35bb676.png)\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/1wOadFlx\/6a966a45d4af3.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Weak Signal Optimization |Toggle to enable or disable weak signal optimization for the selected frequency band. |\n| Weak Signal Access Prohibition Threshold|Threshold in dBm; clients not connected will be denied access when signal is below this value. Setting too high may make it hard to connect. |\n|Weak Signal Re-association Threshold |Threshold in dBm; connected clients may be disconnected\/re-associated when signal falls below this value to encourage roaming. Some clients may fail to reconnect after repeated disconnection; |","pure_content":"SSID\nThe SSID function is used to configure and manage wireless network names, supporting multiple SSIDs and independent or aggregated deployment on 2.4G, 5G and 6G bands (up to 16 per band, with the three default Wi\u2011Fi entries not deletable), with settings for encryption, password, binding interface, client isolation, hidden name and enable\/disable status, and supporting search, add, enable, disable, delete and save.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n Sequence number of the SSID configuration entry.\n\n\n Wi-Fi Name\n SSID\/network name broadcasted for wireless clients to identify and connect.\n\n\n Encryption\n Security\/encryption mode applied to the wireless network, such as WPA2-PSK,WPA2-PSK\/WPA3-SAE,WPA3-SAE,Open.\n\n\n Active RF\n Radio frequency band in use by the SSID, such as 2.4G\/5G\/6G.\n\n\n Password\n Pre-shared key\/password for accessing the wireless network; eye icon toggles visibility.\n\n\n Binding interface\n Network\/interface binding for the SSID, e.g., LAN bridge\/VLAN assignment.\n\n\n Client Isolation\n Restricts direct communication between wireless clients on the same SSID.\n\n\n Hidden Name\n Whether the SSID is hidden from beacon broadcasts\/discovery scans.\n\n\n Status\n Enable\/disable state of the SSID.\n\n\n Actions\n Edit operation for the SSID entry.\n\n\n Checkbox\n Select one or multiple SSID entries for batch operations.\n\n\n Search\n Search\/filter box to find SSID entries by keyword.\n\n\n Add\n Create a new SSID configuration entry.\n\n\n Enable\n Enable selected SSID entries.\n\n\n Disable\n Disable selected SSID entries.\n\n\n Delete\n Delete selected SSID entries.\n\n\n\nAdd SSID\nAdd SSID is used to create a new wireless network configuration, allowing settings for Wi\u2011Fi name, encryption (Open\/WPA2-PSK\/WPA3-SAE\/WPA2-PSK or WPA3-SAE mixed), binding interface, enabling 2.4G\/5G\/6G radios, hidden name, client isolation and status, then Save to apply or Cancel to close.\n\nRF Radio\nRF Radio is used to configure wireless radio parameters for 2.4G, 5G and 6G, including operating channel, channel width, maximum associated clients and transmit signal strength (Strong\/Medium\/Weak), to optimize wireless coverage, throughput and interference control, and click Save to apply the settings.\n\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Channel\n Operating radio channel selection; Auto allows automatic channel selection to reduce interference.\n\n\n Channel width\n Bandwidth of the radio channel, e.g., 40 MHz or 160 MHz, affecting throughput and coexistence.\n\n\n Max Users\n Maximum number of wireless clients allowed to associate with the radio, configurable from 1 to 256.\n\n\n Signal Strength\n Transmit power\/strength level for the radio: Strong (100%), Medium (50%), or Weak (20%).\n\n\n Save\n Apply and save the RF radio configuration changes.\n\n\n\nScan Channel\nScan Channel scans and displays wireless channel occupancy and signal strength distribution on 2.4G, 5G and 6G bands in a graphical view to show interference per channel and help select an optimal operating channel, click Scan to start scanning.\n\nChannel Scan Results display detected nearby wireless network information such as MAC address, SSID, signal strength, operating channel and channel width, with page scroll to view Wi-Fi information across bands, helping assess environmental interference and select the optimal channel.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n MAC Address\n MAC address of the detected wireless device or BSSID.\n\n\n SSID\n Service Set Identifier \/ wireless network name broadcast by the detected AP.\n\n\n Signal Strength\n Received signal strength indicator (RSSI), typically in dBm, reflecting signal level.\n\n\n Channel\n Operating channel number and center frequency of the detected wireless network.\n\n\n Channel Width(MHZ)\n Bandwidth of the detected wireless channel, in MHz.\n\n\n\nWIO\nWIO (Weak Signal Optimization) enables weak-signal optimization per 2.4G\/5G\/6G radio, using access prohibition and re-association thresholds to block low-quality clients or encourage roaming\/re-association for better wireless performance, click Save to apply.\n\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Weak Signal Optimization\n Toggle to enable or disable weak signal optimization for the selected frequency band.\n\n\n Weak Signal Access Prohibition Threshold\n Threshold in dBm; clients not connected will be denied access when signal is below this value. Setting too high may make it hard to connect.\n\n\n Weak Signal Re-association Threshold\n Threshold in dBm; connected clients may be disconnected\/re-associated when signal falls below this value to encourage roaming. Some clients may fail to reconnect after repeated disconnection;","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787661363","update_time":"1788761081"},"pure_content":"SSID\nThe SSID function is used to configure and manage wireless network names, supporting multiple SSIDs and independent or aggregated deployment on 2.4G, 5G and 6G bands (up to 16 per band, with the"},{"id":"928001","string_id":"b0NPWrHl","status":"1","parent_id":"927338","slug":"VPN-WynG","order":"0","name":"VPN","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787661679","add_time":"1787661565","update_time":"1788760174","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"928001\", \"927338\"]","content":{"content_id":"928001","content":"## L2TP\n### L2TP Client\nL2TP Client configures and manages L2TP tunnel connections, supporting add, enable, disable, delete and viewing of entries such as server, username, password, IP address and status, with search for quick lookup, to establish or maintain VPN tunnels.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/b0NPWrHl\/6a9698d661fce.png)\n\n**Add L2TP Client**\nAdd L2TP Client is used to create a new L2TP client tunnel configuration by entering name, server address, username, password, MTU\/MRU, interval and remarks, then save to establish the VPN dial-up connection.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/b0NPWrHl\/6a9699f6f18e6.png)\n\n**Parameter Description:**\n\n| Parameter| Description|\n| - | - |\n| Name| Identifier\/name for the L2TP client tunnel entry.|\n|Server |Remote L2TP server address used for VPN dial-up. |\n| Username| Account username for L2TP authentication.|\n| Password| Password for L2TP authentication; may be shown\/hidden via the eye icon.|\n| MTU| Maximum Transmission Unit size for the tunnel interface.|\n|MRU | Maximum Receive Unit size for the tunnel interface.|\n|Interval duration radial |Interval timer in minutes for connection\/redial or keepalive detection. |\n|Remarks |Optional description\/note for this entry. |\n| Save|Save the configured L2TP client entry. |\n|Cancel |Close the dialog without saving changes. |\n\n### L2TP Server\nL2TP Server Basic Settings enable the L2TP server and configure service port, client address pool, server address, DNS, MTU\/MRU and related parameters to assign addresses to dial-in clients and establish VPN tunnel connections.\n\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/b0NPWrHl\/6a969afb2d46d.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Enable | Toggle to enable or disable the L2TP server function.|\n|Server Port | Listening port number for L2TP server connections.|\n| Client Address List| IP address pool\/range assigned to connected L2TP clients.|\n| Server Address| Virtual\/gateway IP address of the L2TP server side.|\n| Preferred DNS|Primary DNS server address pushed to or used by clients. |\n| Alternative DNS|Secondary\/backup DNS server address. |\n|MTU | Maximum Transmission Unit size for the L2TP tunnel\/server interface.|\n| MRU| Maximum Receive Unit size for the L2TP tunnel\/server interface.|\n\n\n\n## PPTP\n### PPTP Client\n\nPPTP Client\/Server configures and manages PPTP tunnel connections, supports switching between client and server modes, provides search, add, enable, disable, delete and per-entry actions, and displays\/manages name, server address, username, password, assigned IP, remarks and connection status to establish or maintain VPN tunnels.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/b0NPWrHl\/6a96a9c275d78.png)\n\n**Add PPTP Client**\nAdd PPTP Client is used to create a new PPTP client tunnel configuration by entering name, server address, username, password, MTU\/MRU, interval and remarks, then save to establish the VPN dial-up connection.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/b0NPWrHl\/6a96a9dbbfd50.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Name | Identifier\/name for the PPTP client tunnel entry.|\n|Server |Remote PPTP server address used for VPN dial-up. |\n|Username |Account username for PPTP authentication. |\n|Password |Password for PPTP authentication; can be shown\/hidden via the eye icon. |\n| MTU|Maximum Transmission Unit size for the PPTP tunnel interface. |\n|MRU |Maximum Receive Unit size for the PPTP tunnel interface. |\n| Interval duration redial| Interval timer in minutes for redial\/keepalive or connection check.|\n| Remarks|Optional description\/note for this entry. |\n|Save |Optional description\/note for this entry. |\n|Cancel | Close the dialog without saving changes.|\n\n\n### PPTP Server\nPPTP Server enables and configures the PPTP server, setting preferred\/alternative DNS, client address pool, server address and advanced MTU\/MRU parameters to assign addresses to dial-in clients and establish VPN tunnel connections.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/b0NPWrHl\/6a96aa789dc1c.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| Enable| Toggle to enable or disable the PPTP server function.|\n| Preferred DNS|Primary DNS server address assigned\/pushed to PPTP clients. |\n|Alternative DNS | Secondary\/backup DNS server address for PPTP clients.|\n| Client Address List|IP address pool\/range assigned to connected PPTP clients. |\n| Advanced Settings| Expand\/collapse advanced PPTP server parameters.|\n| Server Address|Virtual\/gateway IP address of the PPTP server side. |\n|MTU | Maximum Transmission Unit size for the PPTP tunnel\/server interface.|\n|MRU | Maximum Receive Unit size for the PPTP tunnel\/server interface.|\n\n\n## OpenVPN\n### OpenVPN Client\n\nOpenVPN Client is used to configure and connect to a remote OpenVPN server, establishing an encrypted tunnel for secure remote access and traffic forwarding; OpenVPN Server is used to deploy a local VPN service, allowing remote clients to securely access internal network resources.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/b0NPWrHl\/6a96ab026df83.png)\n\n**Add OpenVPN Client**\nThe OpenVPN Client add\/edit page is used to configure the connection name, server address and port, username\/password, protocol (UDP\/TCP), device type (tun\/tap), MTU, and CA certificate to create or update an encrypted client tunnel to a remote OpenVPN server.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/b0NPWrHl\/6a96ab22a5f35.png)\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n| Name|Identifier for the OpenVPN client profile. |\n|Server\/Domain | Remote OpenVPN server address or domain name to connect to.|\n|Remote Port |TCP\/UDP port of the remote OpenVPN server (default shown: 1194). |\n|Username | Account username for VPN authentication.|\n| Password| Account password for VPN authentication.|\n|Protocol | Transport protocol used by the tunnel, e.g., UDP or TCP.|\n| Dev Type|Virtual network device type, such as tun (layer 3) or tap (layer 2). |\n| MTU| Maximum Transmission Unit size for the tunnel interface (example: 1400).|\n| CA| Certificate Authority certificate text used to verify the server identity.|\n|Save |Apply and save the current configuration. |\n\n\n\n\n### OpenVPN Server\nOpenVPN Server is used to enable and configure the local OpenVPN service, setting the listening port, VPN subnet and netmask, tunnel protocol\/type, MTU, and CA\/server certificate with private key, to provide remote clients with encrypted access and internal network connectivity.\n\n\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/b0NPWrHl\/6a96aba452196.png)\n\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/b0NPWrHl\/6a96abb0cef48.png)\n\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n|Enable |Toggle to enable or disable the OpenVPN server function. |\n|Server Port |Listening port for OpenVPN server connections (e.g., 1194). |\n|VPN Segment | irtual IP subnet allocated to VPN clients (e.g., 10.8.0.0).|\n|Segment Netmask | Subnet mask for the VPN virtual network (e.g., 255.255.255.0).|\n| Tunnel Protocol|Transport protocol for the VPN tunnel, such as UDP or TCP. |\n|Tunnel Type |unnel device mode, such as tun (Layer 3 routed) or tap (Layer 2 bridged). |\n|MTU |Maximum transmission unit size for the tunnel interface (e.g., 1400). |\n|CA Certificate |Certificate Authority certificate used to verify client\/server trust. |\n| Server Certificate|Local server certificate presented to connecting clients. |\n|Server Private Key | Private key matching the server certificate for TLS\/SSL authentication.|\n|Save | Apply and save the current OpenVPN server settings.|\n\n\n## WireGuard\n### Interface List\nInterface List List is used to view and manage VPN tunnel interfaces and established tunnels, supporting add, enable, disable, delete and search operations for centralized monitoring of local addresses, listening ports and connection status.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/b0NPWrHl\/6a96ac7fe3e9a.png)\n\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Index | Sequential number identifying the entry in the list.|\n| Name|Name or identifier of the interface\/tunnel entry. |\n|Local Address |Local IP address bound to the interface or tunnel. |\n| Listening Port| Port on which the service or tunnel listens for connections.|\n| Status| Current operational state of the interface or tunnel, such as active\/inactive.|\n|Actions | Available operations for the selected entry, such as edit or remove.|\n| Search|Filter the list by keywords or field values. |\n|Add | Create a new interface or tunnel entry.|\n| Enable| Activate the selected interface or tunnel entry.|\n|Disable | Deactivate the selected interface or tunnel entry.|\n| Delete|Remove the selected interface or tunnel entry. |\n|No data available | Indicates that no entries exist in the current list.|\n\n**Add Wireguard**\nAdd interface is used to create a WireGuard\/encrypted tunnel interface by configuring the interface name, local address, private\/public key pair, listening port, and MTU, with options to generate new keys and save the configuration.\n\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/b0NPWrHl\/6a96ad162d2b2.png)\n\n### Add Peer Configuration\nClick the next icon under Actions to navigate to the list page,then client \u201cAdd\u201d and add the remote-end configuration.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/b0NPWrHl\/6a96ad35b98ed.png)\n\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Opposite IP\/Domain Name |Remote peer endpoint address or domain name for the tunnel connection. |\n|Opposite Port | Remote peer listening port for the tunnel connection.|\n| Name|Interface or profile name associated with this peer entry. |\n| Peer Public Key|Public key of the remote peer used for authentication\/encryption. |\n| Pre-shared Key| Optional symmetric key for additional encryption between peers.|\n|Generate preshared pair | Generate\/set a pre-shared key for the peer session.|\n|Heartbeat Interval | Interval for keepalive\/heartbeat packets to maintain the tunnel.|\n|Allow Target Network Segments |Allowed remote network segments\/routes for traffic through this peer, one per line. |\n| Remarks| Optional description or comment for this entry.|\n|Save |Apply and save the current entry configuration. |\n|Cancel |Close the dialog without saving changes. |\n\n\n\n### Tunnel List\nTunnel List is used to view configured peer tunnel connection information and status, including peer address, port, heartbeat interval, accumulated traffic, and remarks, with search and delete actions for centralized VPN tunnel monitoring and maintenance.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/b0NPWrHl\/6a96adbcbaa50.png)\n\n\n## Tunnel List\n\nTunnel List is used to view client session information for VPN clients connected to the local VPN server, including index, authentication type, IP address, MAC\/IP, and uptime, with search and refresh actions for monitoring and maintaining VPN client connections.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/b0NPWrHl\/6a96adcff3ff8.png)\n\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Index | Sequential identifier for the VPN client\/tunnel session entry.|\n|Auth Type | Authentication method or type used by the connected VPN client.|\n|IP Address | Assigned or reported IP address of the VPN client session, sortable.|\n|MAC\/IP | MAC or IP-related identifier associated with the client\/tunnel entry.|\n| Uptime| Duration since the VPN client\/tunnel connection was established, sortable.|\n| Search| Filter displayed entries by keyword.|\n|Refresh |Filter displayed entries by keyword. |\n| No data available| Indicates no VPN client\/tunnel session records exist or match the current view.|\n\n\n\n## VPN Account\n\nVPN Account is used to manage VPN service accounts, supporting add, search, enable, disable, delete, and edit operations, with configurable service type, username, and password, and allowing account status and paginated list viewing for centralized VPN access user permission maintenance.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/b0NPWrHl\/6a96ae39b73c9.png)\n\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Search |Filter VPN account entries by keyword. |\n|Add | Create a new VPN account entry.|\n|Enable |Enable selected VPN account(s). |\n|Disable | Disable selected VPN account(s).|\n|Checkbox | Select one or multiple account entries for batch actions.|\n| Index| Sequential number identifying the account entry.|\n| Service Type| VPN service type or scope assigned to the account (e.g., ALL).|\n|Username | Login username for VPN client authentication.|\n|Password | Login password for the VPN account; may be shown\/hidden via toggle.|\n|Status |Current enabled\/disabled state of the VPN account.|\n|Actions \u2013 Edit | Modify the selected VPN account settings.|\n|Actions \u2013 Delete | Remove the specific VPN account entry.|","pure_content":"L2TP\nL2TP Client\nL2TP Client configures and manages L2TP tunnel connections, supporting add, enable, disable, delete and viewing of entries such as server, username, password, IP address and status, with search for quick lookup, to establish or maintain VPN tunnels.\n\nAdd L2TP Client\nAdd L2TP Client is used to create a new L2TP client tunnel configuration by entering name, server address, username, password, MTU\/MRU, interval and remarks, then save to establish the VPN dial-up connection.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Name\n Identifier\/name for the L2TP client tunnel entry.\n\n\n Server\n Remote L2TP server address used for VPN dial-up.\n\n\n Username\n Account username for L2TP authentication.\n\n\n Password\n Password for L2TP authentication; may be shown\/hidden via the eye icon.\n\n\n MTU\n Maximum Transmission Unit size for the tunnel interface.\n\n\n MRU\n Maximum Receive Unit size for the tunnel interface.\n\n\n Interval duration radial\n Interval timer in minutes for connection\/redial or keepalive detection.\n\n\n Remarks\n Optional description\/note for this entry.\n\n\n Save\n Save the configured L2TP client entry.\n\n\n Cancel\n Close the dialog without saving changes.\n\n\n\nL2TP Server\nL2TP Server Basic Settings enable the L2TP server and configure service port, client address pool, server address, DNS, MTU\/MRU and related parameters to assign addresses to dial-in clients and establish VPN tunnel connections.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Enable\n Toggle to enable or disable the L2TP server function.\n\n\n Server Port\n Listening port number for L2TP server connections.\n\n\n Client Address List\n IP address pool\/range assigned to connected L2TP clients.\n\n\n Server Address\n Virtual\/gateway IP address of the L2TP server side.\n\n\n Preferred DNS\n Primary DNS server address pushed to or used by clients.\n\n\n Alternative DNS\n Secondary\/backup DNS server address.\n\n\n MTU\n Maximum Transmission Unit size for the L2TP tunnel\/server interface.\n\n\n MRU\n Maximum Receive Unit size for the L2TP tunnel\/server interface.\n\n\n\nPPTP\nPPTP Client\nPPTP Client\/Server configures and manages PPTP tunnel connections, supports switching between client and server modes, provides search, add, enable, disable, delete and per-entry actions, and displays\/manages name, server address, username, password, assigned IP, remarks and connection status to establish or maintain VPN tunnels.\n\nAdd PPTP Client\nAdd PPTP Client is used to create a new PPTP client tunnel configuration by entering name, server address, username, password, MTU\/MRU, interval and remarks, then save to establish the VPN dial-up connection.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Name\n Identifier\/name for the PPTP client tunnel entry.\n\n\n Server\n Remote PPTP server address used for VPN dial-up.\n\n\n Username\n Account username for PPTP authentication.\n\n\n Password\n Password for PPTP authentication; can be shown\/hidden via the eye icon.\n\n\n MTU\n Maximum Transmission Unit size for the PPTP tunnel interface.\n\n\n MRU\n Maximum Receive Unit size for the PPTP tunnel interface.\n\n\n Interval duration redial\n Interval timer in minutes for redial\/keepalive or connection check.\n\n\n Remarks\n Optional description\/note for this entry.\n\n\n Save\n Optional description\/note for this entry.\n\n\n Cancel\n Close the dialog without saving changes.\n\n\n\nPPTP Server\nPPTP Server enables and configures the PPTP server, setting preferred\/alternative DNS, client address pool, server address and advanced MTU\/MRU parameters to assign addresses to dial-in clients and establish VPN tunnel connections.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Enable\n Toggle to enable or disable the PPTP server function.\n\n\n Preferred DNS\n Primary DNS server address assigned\/pushed to PPTP clients.\n\n\n Alternative DNS\n Secondary\/backup DNS server address for PPTP clients.\n\n\n Client Address List\n IP address pool\/range assigned to connected PPTP clients.\n\n\n Advanced Settings\n Expand\/collapse advanced PPTP server parameters.\n\n\n Server Address\n Virtual\/gateway IP address of the PPTP server side.\n\n\n MTU\n Maximum Transmission Unit size for the PPTP tunnel\/server interface.\n\n\n MRU\n Maximum Receive Unit size for the PPTP tunnel\/server interface.\n\n\n\nOpenVPN\nOpenVPN Client\nOpenVPN Client is used to configure and connect to a remote OpenVPN server, establishing an encrypted tunnel for secure remote access and traffic forwarding; OpenVPN Server is used to deploy a local VPN service, allowing remote clients to securely access internal network resources.\n\nAdd OpenVPN Client\nThe OpenVPN Client add\/edit page is used to configure the connection name, server address and port, username\/password, protocol (UDP\/TCP), device type (tun\/tap), MTU, and CA certificate to create or update an encrypted client tunnel to a remote OpenVPN server.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Name\n Identifier for the OpenVPN client profile.\n\n\n Server\/Domain\n Remote OpenVPN server address or domain name to connect to.\n\n\n Remote Port\n TCP\/UDP port of the remote OpenVPN server (default shown: 1194).\n\n\n Username\n Account username for VPN authentication.\n\n\n Password\n Account password for VPN authentication.\n\n\n Protocol\n Transport protocol used by the tunnel, e.g., UDP or TCP.\n\n\n Dev Type\n Virtual network device type, such as tun (layer 3) or tap (layer 2).\n\n\n MTU\n Maximum Transmission Unit size for the tunnel interface (example: 1400).\n\n\n CA\n Certificate Authority certificate text used to verify the server identity.\n\n\n Save\n Apply and save the current configuration.\n\n\n\nOpenVPN Server\nOpenVPN Server is used to enable and configure the local OpenVPN service, setting the listening port, VPN subnet and netmask, tunnel protocol\/type, MTU, and CA\/server certificate with private key, to provide remote clients with encrypted access and internal network connectivity.\n\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Enable\n Toggle to enable or disable the OpenVPN server function.\n\n\n Server Port\n Listening port for OpenVPN server connections (e.g., 1194).\n\n\n VPN Segment\n irtual IP subnet allocated to VPN clients (e.g., 10.8.0.0).\n\n\n Segment Netmask\n Subnet mask for the VPN virtual network (e.g., 255.255.255.0).\n\n\n Tunnel Protocol\n Transport protocol for the VPN tunnel, such as UDP or TCP.\n\n\n Tunnel Type\n unnel device mode, such as tun (Layer 3 routed) or tap (Layer 2 bridged).\n\n\n MTU\n Maximum transmission unit size for the tunnel interface (e.g., 1400).\n\n\n CA Certificate\n Certificate Authority certificate used to verify client\/server trust.\n\n\n Server Certificate\n Local server certificate presented to connecting clients.\n\n\n Server Private Key\n Private key matching the server certificate for TLS\/SSL authentication.\n\n\n Save\n Apply and save the current OpenVPN server settings.\n\n\n\nWireGuard\nInterface List\nInterface List List is used to view and manage VPN tunnel interfaces and established tunnels, supporting add, enable, disable, delete and search operations for centralized monitoring of local addresses, listening ports and connection status.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n Sequential number identifying the entry in the list.\n\n\n Name\n Name or identifier of the interface\/tunnel entry.\n\n\n Local Address\n Local IP address bound to the interface or tunnel.\n\n\n Listening Port\n Port on which the service or tunnel listens for connections.\n\n\n Status\n Current operational state of the interface or tunnel, such as active\/inactive.\n\n\n Actions\n Available operations for the selected entry, such as edit or remove.\n\n\n Search\n Filter the list by keywords or field values.\n\n\n Add\n Create a new interface or tunnel entry.\n\n\n Enable\n Activate the selected interface or tunnel entry.\n\n\n Disable\n Deactivate the selected interface or tunnel entry.\n\n\n Delete\n Remove the selected interface or tunnel entry.\n\n\n No data available\n Indicates that no entries exist in the current list.\n\n\n\nAdd Wireguard\nAdd interface is used to create a WireGuard\/encrypted tunnel interface by configuring the interface name, local address, private\/public key pair, listening port, and MTU, with options to generate new keys and save the configuration.\n\nAdd Peer Configuration\nClick the next icon under Actions to navigate to the list page,then client \u201cAdd\u201d and add the remote-end configuration.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Opposite IP\/Domain Name\n Remote peer endpoint address or domain name for the tunnel connection.\n\n\n Opposite Port\n Remote peer listening port for the tunnel connection.\n\n\n Name\n Interface or profile name associated with this peer entry.\n\n\n Peer Public Key\n Public key of the remote peer used for authentication\/encryption.\n\n\n Pre-shared Key\n Optional symmetric key for additional encryption between peers.\n\n\n Generate preshared pair\n Generate\/set a pre-shared key for the peer session.\n\n\n Heartbeat Interval\n Interval for keepalive\/heartbeat packets to maintain the tunnel.\n\n\n Allow Target Network Segments\n Allowed remote network segments\/routes for traffic through this peer, one per line.\n\n\n Remarks\n Optional description or comment for this entry.\n\n\n Save\n Apply and save the current entry configuration.\n\n\n Cancel\n Close the dialog without saving changes.\n\n\n\nTunnel List\nTunnel List is used to view configured peer tunnel connection information and status, including peer address, port, heartbeat interval, accumulated traffic, and remarks, with search and delete actions for centralized VPN tunnel monitoring and maintenance.\n\nTunnel List\nTunnel List is used to view client session information for VPN clients connected to the local VPN server, including index, authentication type, IP address, MAC\/IP, and uptime, with search and refresh actions for monitoring and maintaining VPN client connections.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n Sequential identifier for the VPN client\/tunnel session entry.\n\n\n Auth Type\n Authentication method or type used by the connected VPN client.\n\n\n IP Address\n Assigned or reported IP address of the VPN client session, sortable.\n\n\n MAC\/IP\n MAC or IP-related identifier associated with the client\/tunnel entry.\n\n\n Uptime\n Duration since the VPN client\/tunnel connection was established, sortable.\n\n\n Search\n Filter displayed entries by keyword.\n\n\n Refresh\n Filter displayed entries by keyword.\n\n\n No data available\n Indicates no VPN client\/tunnel session records exist or match the current view.\n\n\n\nVPN Account\nVPN Account is used to manage VPN service accounts, supporting add, search, enable, disable, delete, and edit operations, with configurable service type, username, and password, and allowing account status and paginated list viewing for centralized VPN access user permission maintenance.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Search\n Filter VPN account entries by keyword.\n\n\n Add\n Create a new VPN account entry.\n\n\n Enable\n Enable selected VPN account(s).\n\n\n Disable\n Disable selected VPN account(s).\n\n\n Checkbox\n Select one or multiple account entries for batch actions.\n\n\n Index\n Sequential number identifying the account entry.\n\n\n Service Type\n VPN service type or scope assigned to the account (e.g., ALL).\n\n\n Username\n Login username for VPN client authentication.\n\n\n Password\n Login password for the VPN account; may be shown\/hidden via toggle.\n\n\n Status\n Current enabled\/disabled state of the VPN account.\n\n\n Actions \u2013 Edit\n Modify the selected VPN account settings.\n\n\n Actions \u2013 Delete\n Remove the specific VPN account entry.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787661565","update_time":"1788260139"},"pure_content":"L2TP\nL2TP Client\nL2TP Client configures and manages L2TP tunnel connections, supporting add, enable, disable, delete and viewing of entries such as server, username, password, IP address and status, w"},{"id":"928002","string_id":"wgaTZG7N","status":"1","parent_id":"927338","slug":"Behavior-a73g","order":"0","name":"Behavior","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787661681","add_time":"1787661579","update_time":"1788319370","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"928002\", \"927338\"]","content":{"content_id":"928002","content":"## Time Management\nTime Management is used to create and manage time schedule policies, supporting add, search, delete, and viewing of time names and work times, providing time conditions for behavior control, user management, website or application control policies, and facilitating scheduled network management rules.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/wgaTZG7N\/6a978f32c73dc.png)\n\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| Index| Sequential number identifying the time schedule entry.|\n|Time Name | Name or identifier of the configured time policy\/schedule.|\n|Work Time | Configured effective time range\/period for the schedule.|\n| Actions|Available operation(s) for the entry, such as delete. |\n|Search | Filter time management entries by keyword.|\n|Add | Create a new time schedule entry.|\n|Delete |Remove selected time management entry(s). |\n\n**Add Time Rules**\nAdd Time Rules is used to create time rules by setting a time name, selecting effective weekdays (all or specified Monday to Sunday), and adding multiple start\/end time segments, which can be saved and referenced by behavior control, user management, website or application control policies based on schedules.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/wgaTZG7N\/6a9791556f16a.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Time Name | Name identifier for the time rule, required when creating the rule.|\n|Weekday Selection \u2013 All | Select all days of the week as effective days.|\n| Weekday Selection \u2013 Mon\/Tue\/Wed\/Thu\/Fri\/Sat\/Sun|Select specific weekdays as effective days for the time rule. |\n|Add |Add the configured start time and end time segment to the list. |\n| Index| Sequential number identifying each time segment entry.|\n| Start Time| Beginning time of the effective time segment.|\n|End Time | Ending time of the effective time segment.|\n| Actions| Operation available for the time segment entry, such as delete\/edit.|\n|Save |Save the configured time rule and apply it to the system. |\n|Cancel | Discard changes and close the current configuration window.|\n\n\n## User Management\n\nUser Management is used to manage system users\/user groups, supporting grouping and binding by name and MAC address, search, add, edit, delete and batch operations, and can be combined with time policies and behavior control policies to implement user-based access control and network usage policy management.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/wgaTZG7N\/6a9791e6e850f.png)\n\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Index | Sequential number identifying each user\/group entry in the list.|\n| Group Name|Name identifier of the user group used for policy association and management. |\n|Mac Address |MAC address or MAC address list bound to the user group for identification and control. |\n|Actions \u2013 Edit | Icon button to modify the configuration of the selected user\/group entry.|\n|Actions \u2013 Delete |Icon button to remove the corresponding user\/group entry. |\n|Search |Search box used to filter user\/group entries by keyword such as group name or MAC address. |\n|Add | Button to create a new user group entry and configure its name and MAC address binding.|\n|Delete |Button to remove selected user\/group entries in batch. |\n|Checkbox | Selection box used to select one or multiple entries for batch operations.|\n\n**Add Group**\n**User Group**\nAdd Group is used to create a user group or user entry, supporting type selection (user group\/user) and group name configuration, and allowing members to be selected, added or removed from the available user list to bind corresponding terminal identifiers; after saving, it is used for user classification and subsequent behavior, access or time-based policy control.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/wgaTZG7N\/6a97928cbab65.png)\n\n**Add User**\nAdd Group in User mode is used to create a user entry by setting the name and entering MAC addresses in bulk line by line, which is then saved as a user object for user classification, behavior control, access policy and time-based policy reference.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/wgaTZG7N\/6a9792bc97234.png)\n\n\n## Website Management\n### Website Filtering\nWebsite Management is used to configure website filtering and website group policies, supporting management of blocked website rules by user group, effective time and remarks, with search, add, edit and delete operations to control and manage web access behavior.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/wgaTZG7N\/6a9792e3119a0.png)\n\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Index |Sequential number identifying each website filtering rule entry in the list. |\n| Group Name| Name identifier of the website filtering policy\/group for rule management.|\n| User Group| User group associated with the filtering rule to apply access restrictions to specific users.|\n|Blocked Website | Website address or domain configured to be blocked by this rule.|\n|Time | Effective time or schedule when the website blocking rule is applied.|\n|Remarks |Text description or comment for the rule to facilitate identification and management. |\n| Actions| Operation buttons for editing or deleting the corresponding rule entry.|\n\n**Add Website Filtering**\nAdd Website Filtering is used to add website filtering rules by configuring the policy group name, associating user groups, selecting effective time schedules and website groups to be blocked, with remarks supported, and saving to control website access based on user groups and time policies.\n\n**Configuration Steps**\n1. Enter the Group Name to identify this website filtering rule.\n2. In the User Group area, check target user groups from the right list and click \u201c<<\u201d to move them to the selected list on the left; to remove, check items on the left and click \u201c>>\u201d.\n3. Select Time to specify the schedule when the filtering rule takes effect.\n4. In the Blocked Website area, check website categories from the right list and click \u201c<<\u201d to add them to the selected list on the left; to remove, check items on the left and click \u201c>>\u201d\n5. Fill in Remarks as needed to describe the purpose of the rule.\n6. Click Save to apply the configuration, or click Cancel to discard the changes.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/wgaTZG7N\/6a9793a43f0f1.png)\n\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/wgaTZG7N\/6a9793b1421ad.png)\n\n\n### Website Group\nAdd Website Filtering is used to add website filtering rules by configuring the policy group name, associating user groups, selecting effective time schedules and website groups to be blocked, with remarks supported, and saving to control website access based on user groups and time policies.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/wgaTZG7N\/6a9793cb00aff.png)\n\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| Index|Sequential number identifying each website group entry in the list. |\n| Filtered Group| Name of the website category\/group used to classify filtered websites.|\n|Filtered websites | Domain or website list included in the group, with \u201cMore\u201d to expand and view the full list.|\n|More | Link to expand and display the complete filtered website list for the group.|\n|Actions | Edit button for modifying the selected website group and its filtered websites.|\n\n**Add Website Group**\nAdd Website Group is used to create a website group by specifying a group name and adding website or domain members line by line (wildcard format supported), forming a website object group that can be referenced by website filtering policies for centralized management and batch rule application.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/wgaTZG7N\/6a97942a671e7.png)\n\n\n\n\n\n## App Control\n### App Control\nApp Control is used to configure application access control policies by user group, time schedule and policy group, supporting specification of blocked applications, remarks, and rule querying, adding, editing and deletion, to achieve granular control over network application behavior.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/wgaTZG7N\/6a979442315e2.png)\n\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| Checkbox| Selection box for selecting one or multiple App Control rules for batch operations.|\n| Index|Sequential number identifying each App Control rule entry in the list. |\n| Group Name| Name of the policy group used to identify the application control rule.|\n|User Group | User group(s) to which the application control rule applies.|\n| Time|Time schedule or time policy when the rule takes effect. |\n| Blocked App| Application(s) or application group(s) to be blocked under this rule.|\n|Remarks | Additional description or comment for the rule.|\n|No data available | Status prompt indicating that no App Control rules exist currently.|\n\n\n**Add App Filtering**\nAdd App Filtering is used to create application filtering rules by specifying the policy group name, associating target user groups, effective time schedule and application groups to be blocked, with optional remarks, and saving to form filtering policies that control application access granularly by user and time.\n**Configuration Steps:**\n\n1. Enter the app filtering policy group name in the Group Name field (required).\n2. In the User Group area, check target users\/groups from the right list (e.g., All User, user_1, user_2, user_3, user_all) and click \u201c<<\u201d to move them to Selected User on the left; to remove, check items on the left and click \u201c>>\u201d.\n3. Select the effective time schedule (e.g., time_1) from the Time dropdown.\n4. In the Blocked App area, check app groups to be blocked from the right list (e.g., All App Group, app_1, app_2) and click \u201c>>\u201d to move them to Selected App Group on the left; to remove, check items on the left and click \u201c<<\u201d.\n5. Enter remarks\/description for the rule in the Remarks field (optional).\n6. Click Save to apply and save the configuration, or click Cancel to discard and close the window.\n\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/wgaTZG7N\/6a979504a766a.png)\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/wgaTZG7N\/6a97954672dd5.png)\n\n\n### Custom App\nCustom App is used to define custom application filtering objects, supporting creation of named app groups and management of member app lists, with search, add, edit, delete and detail expansion operations, for flexible reference and granular management of specific applications in app control policies.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/wgaTZG7N\/6a97955d2b33f.png)\n\n**Add App Group**\nAdd App Group is used to create a custom app group by specifying the group name and selecting member apps from categorized app lists (such as chat, games, video, shopping, music, downloads, etc.), and saving to generate an app group that can be referenced in app filtering rules.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/wgaTZG7N\/6a9795758db6d.png)","pure_content":"Time Management\nTime Management is used to create and manage time schedule policies, supporting add, search, delete, and viewing of time names and work times, providing time conditions for behavior control, user management, website or application control policies, and facilitating scheduled network management rules.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n Sequential number identifying the time schedule entry.\n\n\n Time Name\n Name or identifier of the configured time policy\/schedule.\n\n\n Work Time\n Configured effective time range\/period for the schedule.\n\n\n Actions\n Available operation(s) for the entry, such as delete.\n\n\n Search\n Filter time management entries by keyword.\n\n\n Add\n Create a new time schedule entry.\n\n\n Delete\n Remove selected time management entry(s).\n\n\n\nAdd Time Rules\nAdd Time Rules is used to create time rules by setting a time name, selecting effective weekdays (all or specified Monday to Sunday), and adding multiple start\/end time segments, which can be saved and referenced by behavior control, user management, website or application control policies based on schedules.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Time Name\n Name identifier for the time rule, required when creating the rule.\n\n\n Weekday Selection \u2013 All\n Select all days of the week as effective days.\n\n\n Weekday Selection \u2013 Mon\/Tue\/Wed\/Thu\/Fri\/Sat\/Sun\n Select specific weekdays as effective days for the time rule.\n\n\n Add\n Add the configured start time and end time segment to the list.\n\n\n Index\n Sequential number identifying each time segment entry.\n\n\n Start Time\n Beginning time of the effective time segment.\n\n\n End Time\n Ending time of the effective time segment.\n\n\n Actions\n Operation available for the time segment entry, such as delete\/edit.\n\n\n Save\n Save the configured time rule and apply it to the system.\n\n\n Cancel\n Discard changes and close the current configuration window.\n\n\n\nUser Management\nUser Management is used to manage system users\/user groups, supporting grouping and binding by name and MAC address, search, add, edit, delete and batch operations, and can be combined with time policies and behavior control policies to implement user-based access control and network usage policy management.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n Sequential number identifying each user\/group entry in the list.\n\n\n Group Name\n Name identifier of the user group used for policy association and management.\n\n\n Mac Address\n MAC address or MAC address list bound to the user group for identification and control.\n\n\n Actions \u2013 Edit\n Icon button to modify the configuration of the selected user\/group entry.\n\n\n Actions \u2013 Delete\n Icon button to remove the corresponding user\/group entry.\n\n\n Search\n Search box used to filter user\/group entries by keyword such as group name or MAC address.\n\n\n Add\n Button to create a new user group entry and configure its name and MAC address binding.\n\n\n Delete\n Button to remove selected user\/group entries in batch.\n\n\n Checkbox\n Selection box used to select one or multiple entries for batch operations.\n\n\n\nAdd Group\nUser Group\nAdd Group is used to create a user group or user entry, supporting type selection (user group\/user) and group name configuration, and allowing members to be selected, added or removed from the available user list to bind corresponding terminal identifiers; after saving, it is used for user classification and subsequent behavior, access or time-based policy control.\n\nAdd User\nAdd Group in User mode is used to create a user entry by setting the name and entering MAC addresses in bulk line by line, which is then saved as a user object for user classification, behavior control, access policy and time-based policy reference.\n\nWebsite Management\nWebsite Filtering\nWebsite Management is used to configure website filtering and website group policies, supporting management of blocked website rules by user group, effective time and remarks, with search, add, edit and delete operations to control and manage web access behavior.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n Sequential number identifying each website filtering rule entry in the list.\n\n\n Group Name\n Name identifier of the website filtering policy\/group for rule management.\n\n\n User Group\n User group associated with the filtering rule to apply access restrictions to specific users.\n\n\n Blocked Website\n Website address or domain configured to be blocked by this rule.\n\n\n Time\n Effective time or schedule when the website blocking rule is applied.\n\n\n Remarks\n Text description or comment for the rule to facilitate identification and management.\n\n\n Actions\n Operation buttons for editing or deleting the corresponding rule entry.\n\n\n\nAdd Website Filtering\nAdd Website Filtering is used to add website filtering rules by configuring the policy group name, associating user groups, selecting effective time schedules and website groups to be blocked, with remarks supported, and saving to control website access based on user groups and time policies.\nConfiguration Steps\n\nEnter the Group Name to identify this website filtering rule.\nIn the User Group area, check target user groups from the right list and click \u201c>\u201d.\nSelect Time to specify the schedule when the filtering rule takes effect.\nIn the Blocked Website area, check website categories from the right list and click \u201c>\u201d\nFill in Remarks as needed to describe the purpose of the rule.\nClick Save to apply the configuration, or click Cancel to discard the changes.\n\n\n\n\nWebsite Group\nAdd Website Filtering is used to add website filtering rules by configuring the policy group name, associating user groups, selecting effective time schedules and website groups to be blocked, with remarks supported, and saving to control website access based on user groups and time policies.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n Sequential number identifying each website group entry in the list.\n\n\n Filtered Group\n Name of the website category\/group used to classify filtered websites.\n\n\n Filtered websites\n Domain or website list included in the group, with \u201cMore\u201d to expand and view the full list.\n\n\n More\n Link to expand and display the complete filtered website list for the group.\n\n\n Actions\n Edit button for modifying the selected website group and its filtered websites.\n\n\n\nAdd Website Group\nAdd Website Group is used to create a website group by specifying a group name and adding website or domain members line by line (wildcard format supported), forming a website object group that can be referenced by website filtering policies for centralized management and batch rule application.\n\nApp Control\nApp Control\nApp Control is used to configure application access control policies by user group, time schedule and policy group, supporting specification of blocked applications, remarks, and rule querying, adding, editing and deletion, to achieve granular control over network application behavior.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Checkbox\n Selection box for selecting one or multiple App Control rules for batch operations.\n\n\n Index\n Sequential number identifying each App Control rule entry in the list.\n\n\n Group Name\n Name of the policy group used to identify the application control rule.\n\n\n User Group\n User group(s) to which the application control rule applies.\n\n\n Time\n Time schedule or time policy when the rule takes effect.\n\n\n Blocked App\n Application(s) or application group(s) to be blocked under this rule.\n\n\n Remarks\n Additional description or comment for the rule.\n\n\n No data available\n Status prompt indicating that no App Control rules exist currently.\n\n\n\nAdd App Filtering\nAdd App Filtering is used to create application filtering rules by specifying the policy group name, associating target user groups, effective time schedule and application groups to be blocked, with optional remarks, and saving to form filtering policies that control application access granularly by user and time.\nConfiguration Steps:\n\nEnter the app filtering policy group name in the Group Name field (required).\nIn the User Group area, check target users\/groups from the right list (e.g., All User, user_1, user_2, user_3, user_all) and click \u201c>\u201d.\nSelect the effective time schedule (e.g., time_1) from the Time dropdown.\nIn the Blocked App area, check app groups to be blocked from the right list (e.g., All App Group, app_1, app_2) and click \u201c>>\u201d to move them to Selected App Group on the left; to remove, check items on the left and click \u201c\nEnter remarks\/description for the rule in the Remarks field (optional).\nClick Save to apply and save the configuration, or click Cancel to discard and close the window.\n\n\n\nCustom App\nCustom App is used to define custom application filtering objects, supporting creation of named app groups and management of member app lists, with search, add, edit, delete and detail expansion operations, for flexible reference and granular management of specific applications in app control policies.\n\nAdd App Group\nAdd App Group is used to create a custom app group by specifying the group name and selecting member apps from categorized app lists (such as chat, games, video, shopping, music, downloads, etc.), and saving to generate an app group that can be referenced in app filtering rules.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787661579","update_time":"1788319370"},"pure_content":"Time Management\nTime Management is used to create and manage time schedule policies, supporting add, search, delete, and viewing of time names and work times, providing time conditions for behavior co"},{"id":"928003","string_id":"49QYVt3E","status":"1","parent_id":"927338","slug":"Security-dSw4","order":"0","name":"Security","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787661684","add_time":"1787661598","update_time":"1788400176","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"928003\", \"927338\"]","content":{"content_id":"928003","content":"## ACL Rules\nACL Rules are used to configure access control rules that permit or deny network traffic based on protocol, action, source\/destination zone, address and port conditions, with search, add, delete and entry management to implement basic network access permission and traffic filtering policies.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/49QYVt3E\/6a98ce406f5b9.png)\n\n**Add ACL Rules**\nAdd ACL Rule is used to create an access control rule by specifying the rule name, protocol, action (accept\/deny), source\/destination security zones, and source\/destination IP addresses and ports as match conditions, and saving to achieve granular network access permission and traffic filtering control.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/49QYVt3E\/6a98ce60084ea.png)\n\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n| Name|Rule name identifier, required for recognizing the ACL entry. |\n|Protocol | Protocol type to match, such as All\/TCP\/UDP\/ICMP, etc.|\n|Action | raffic handling action, e.g., Accept (allow) or Deny (block).|\n| Source zone| Source security zone for traffic matching, e.g., any.|\n|Src.Addr | Source IP address or subnet to match; leave blank for any.|\n|Destination zone | Destination security zone for traffic matching, e.g., input.|\n|Dst.Addr | Destination IP address or subnet to match; leave blank for any.|\n| Save|Save the configured ACL rule and add it to the rule list. |\n| Cancel|Discard current changes and close the configuration window.|\n\n\n## ARP Guard\nARP Guard learns and maintains IP-MAC mappings of connected devices, supports enabling protection, IP-MAC binding\/filtering, batch bind and delete, prevents ARP spoofing and restricts network access to bound devices to enhance LAN security.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/49QYVt3E\/6a98cee57a9ae.png)\n\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| Enable|Toggle to enable or disable ARP Guard; when enabled, only devices with IP-MAC binding are allowed to access the Internet. |\n| Outgoing Interface|Select interfaces (e.g., lan1, wan1, or Select All) where ARP Guard\/IP-MAC binding applies. |\n|Select All | Check or uncheck all available outgoing interfaces at once.|\n| lan1 \/ wan1| Specific network interfaces included in the ARP Guard policy scope.|\n|Save Configuration |Apply and save the enabled state and selected interface settings. |\n|Search | Search\/filter entries in the ARP List by keyword.|\n|Add |Manually add an IP-MAC binding entry to the ARP List. |\n| Batch Bind|Bind multiple learned IP-MAC entries in bulk. |\n| Batch Delete| Remove multiple selected IP-MAC binding entries in bulk.|\n|Index |Sequential number identifying each entry in the ARP List. |\n|MAC Address | Hardware\/MAC address learned or bound for the device.|\n| IP Address| IP address associated with the MAC in the binding\/learned entry.|\n|Interface |Network interface where the IP-MAC mapping is learned\/active. |\n|Actions | Edit\/bind or manage the specific IP-MAC entry.|\n\n\n\n\n\n## MAC Filtering\n\nMAC Filtering enables MAC address-based filtering policies, using blacklist or whitelist types to control host network access permissions, and supports adding, deleting, searching and remark management of rules to restrict terminal access by physical address.\n\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n|Enable | Toggle to enable or disable MAC address filtering; when off, filtering is not applied.|\n| Filter Type| Filtering mode selection, e.g., BlackList to block matched MACs, or WhiteList to allow only matched MACs.|\n|BlackList | Deny\/block network access for hosts with MAC addresses in the rule list.|\n| WhiteList| Allow network access only for hosts with MAC addresses in the rule list; others are denied.|\n|Save | Save the enabled state and selected filter type configuration.|\n|Search | Search\/filter entries in the filtering rule list by keyword (e.g., MAC or remarks).|\n|Add | Add a new MAC filtering rule entry (MAC address and remarks).|\n|Delete |Delete selected MAC filtering rule entries from the list. |\n| Index| Sequential number identifying each rule entry in the list.|\n|MAC |MAC address used for filtering\/control. |\n|Remarks | Optional description\/note for the MAC rule to aid identification.|\n| Actions| Operation for the specific rule entry, e.g., edit\/delete or other management action.|\n\n\n## Local Safety\n\nLocal Safety controls local\/device access security by prohibiting Ping probes from LAN\/WAN and allowing configuration of administrator IP addresses, usernames, outbound interfaces and remarks to restrict management access sources and improve device management security.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/49QYVt3E\/6a98d145cb67f.png)\n\n**Add Local Safety**\nThe Admin IP\/access control add wizard is used to add local safety management entries by username and specified mode (IP address or outbound\/network interface) to restrict management access sources and improve device management security.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/49QYVt3E\/6a98d16323593.png)\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/49QYVt3E\/6a98d16a5099b.png)\n\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| Prohibit Ping|Enable blocking ICMP ping requests to the device\/management plane from selected directions. |\n| Prohibit LAN| Block ICMP ping requests from LAN-side sources to the device.|\n| Prohibit WAN| Block ICMP ping requests from WAN-side sources to the device.|\n| Save (top)| Save the prohibit-ping configuration settings.|\n|Admin IP Address |Section\/table for managing allowed administrator access sources (IP\/interface\/user). |\n| Search|Search\/filter admin IP address entries by keyword. |\n|Add |Open the add dialog to create a new admin access entry (username, IP or outbound interface). |\n|Delete | Remove selected admin IP\/access entries from the list.|\n|Index |Sequential number identifying each admin access entry. |\n| Username| Identifier\/name associated with the administrator access entry.|\n|IP Address | Source IP address allowed to manage\/access the device (when IP mode is used).|\n|Outbound Interface |Interface\/source interface associated with allowed management access (when interface mode is used). |\n|Actions | Operation for the specific entry, e.g., edit\/delete or other management action.|","pure_content":"ACL Rules\nACL Rules are used to configure access control rules that permit or deny network traffic based on protocol, action, source\/destination zone, address and port conditions, with search, add, delete and entry management to implement basic network access permission and traffic filtering policies.\n\nAdd ACL Rules\nAdd ACL Rule is used to create an access control rule by specifying the rule name, protocol, action (accept\/deny), source\/destination security zones, and source\/destination IP addresses and ports as match conditions, and saving to achieve granular network access permission and traffic filtering control.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Name\n Rule name identifier, required for recognizing the ACL entry.\n\n\n Protocol\n Protocol type to match, such as All\/TCP\/UDP\/ICMP, etc.\n\n\n Action\n raffic handling action, e.g., Accept (allow) or Deny (block).\n\n\n Source zone\n Source security zone for traffic matching, e.g., any.\n\n\n Src.Addr\n Source IP address or subnet to match; leave blank for any.\n\n\n Destination zone\n Destination security zone for traffic matching, e.g., input.\n\n\n Dst.Addr\n Destination IP address or subnet to match; leave blank for any.\n\n\n Save\n Save the configured ACL rule and add it to the rule list.\n\n\n Cancel\n Discard current changes and close the configuration window.\n\n\n\nARP Guard\nARP Guard learns and maintains IP-MAC mappings of connected devices, supports enabling protection, IP-MAC binding\/filtering, batch bind and delete, prevents ARP spoofing and restricts network access to bound devices to enhance LAN security.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Enable\n Toggle to enable or disable ARP Guard; when enabled, only devices with IP-MAC binding are allowed to access the Internet.\n\n\n Outgoing Interface\n Select interfaces (e.g., lan1, wan1, or Select All) where ARP Guard\/IP-MAC binding applies.\n\n\n Select All\n Check or uncheck all available outgoing interfaces at once.\n\n\n lan1 \/ wan1\n Specific network interfaces included in the ARP Guard policy scope.\n\n\n Save Configuration\n Apply and save the enabled state and selected interface settings.\n\n\n Search\n Search\/filter entries in the ARP List by keyword.\n\n\n Add\n Manually add an IP-MAC binding entry to the ARP List.\n\n\n Batch Bind\n Bind multiple learned IP-MAC entries in bulk.\n\n\n Batch Delete\n Remove multiple selected IP-MAC binding entries in bulk.\n\n\n Index\n Sequential number identifying each entry in the ARP List.\n\n\n MAC Address\n Hardware\/MAC address learned or bound for the device.\n\n\n IP Address\n IP address associated with the MAC in the binding\/learned entry.\n\n\n Interface\n Network interface where the IP-MAC mapping is learned\/active.\n\n\n Actions\n Edit\/bind or manage the specific IP-MAC entry.\n\n\n\nMAC Filtering\nMAC Filtering enables MAC address-based filtering policies, using blacklist or whitelist types to control host network access permissions, and supports adding, deleting, searching and remark management of rules to restrict terminal access by physical address.\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Enable\n Toggle to enable or disable MAC address filtering; when off, filtering is not applied.\n\n\n Filter Type\n Filtering mode selection, e.g., BlackList to block matched MACs, or WhiteList to allow only matched MACs.\n\n\n BlackList\n Deny\/block network access for hosts with MAC addresses in the rule list.\n\n\n WhiteList\n Allow network access only for hosts with MAC addresses in the rule list; others are denied.\n\n\n Save\n Save the enabled state and selected filter type configuration.\n\n\n Search\n Search\/filter entries in the filtering rule list by keyword (e.g., MAC or remarks).\n\n\n Add\n Add a new MAC filtering rule entry (MAC address and remarks).\n\n\n Delete\n Delete selected MAC filtering rule entries from the list.\n\n\n Index\n Sequential number identifying each rule entry in the list.\n\n\n MAC\n MAC address used for filtering\/control.\n\n\n Remarks\n Optional description\/note for the MAC rule to aid identification.\n\n\n Actions\n Operation for the specific rule entry, e.g., edit\/delete or other management action.\n\n\n\nLocal Safety\nLocal Safety controls local\/device access security by prohibiting Ping probes from LAN\/WAN and allowing configuration of administrator IP addresses, usernames, outbound interfaces and remarks to restrict management access sources and improve device management security.\n\nAdd Local Safety\nThe Admin IP\/access control add wizard is used to add local safety management entries by username and specified mode (IP address or outbound\/network interface) to restrict management access sources and improve device management security.\n\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Prohibit Ping\n Enable blocking ICMP ping requests to the device\/management plane from selected directions.\n\n\n Prohibit LAN\n Block ICMP ping requests from LAN-side sources to the device.\n\n\n Prohibit WAN\n Block ICMP ping requests from WAN-side sources to the device.\n\n\n Save (top)\n Save the prohibit-ping configuration settings.\n\n\n Admin IP Address\n Section\/table for managing allowed administrator access sources (IP\/interface\/user).\n\n\n Search\n Search\/filter admin IP address entries by keyword.\n\n\n Add\n Open the add dialog to create a new admin access entry (username, IP or outbound interface).\n\n\n Delete\n Remove selected admin IP\/access entries from the list.\n\n\n Index\n Sequential number identifying each admin access entry.\n\n\n Username\n Identifier\/name associated with the administrator access entry.\n\n\n IP Address\n Source IP address allowed to manage\/access the device (when IP mode is used).\n\n\n Outbound Interface\n Interface\/source interface associated with allowed management access (when interface mode is used).\n\n\n Actions\n Operation for the specific entry, e.g., edit\/delete or other management action.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787661598","update_time":"1788400176"},"pure_content":"ACL Rules\nACL Rules are used to configure access control rules that permit or deny network traffic based on protocol, action, source\/destination zone, address and port conditions, with search, add, de"},{"id":"928004","string_id":"VRZ3U3zA","status":"1","parent_id":"927338","slug":"Docker-YHYn","order":"0","name":"Docker","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787661686","add_time":"1787661612","update_time":"1788761084","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"928004\", \"927338\"]","content":{"content_id":"928004","content":"- Docker transforms a dedicated routing system into a comprehensive platform capable of running multiple services simultaneously. It essentially allows your router to function as a lightweight home server.\n\n- Docker containers are lightweight, fast to start, and isolated from each other, making them ideal for running various microservices on resource-constrained embedded devices.\n\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/VRZ3U3zA\/6a9169eabca58.png)\n\n\n- **How to create a container**\n\n1. Click on **Image** to enter, then click **Pull** and enter the image name in the pop-up input box (e.g. nginx:latest),Last click **Pull directly** to start download the image.\n\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/VRZ3U3zA\/6a916c3fdf8cb.png)\n\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/VRZ3U3zA\/6a916d8ab8587.png)\n\n\n3. After the download is complete, click on action to start creating the container.\n\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/VRZ3U3zA\/6a91705c2da58.png)\n\n4. Enter the container name and click **Save** to complete the creation of the container.\n\n\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/VRZ3U3zA\/6a9171a4148e0.png)\n\n5. Click on the container to enter, then click on the action to start the container.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/VRZ3U3zA\/6a9172993024a.png)\n\n6. The container is already running, you can now click on the action icon to view detailed information.\n\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/VRZ3U3zA\/6a91734f8ee67.png)","pure_content":"Docker transforms a dedicated routing system into a comprehensive platform capable of running multiple services simultaneously. It essentially allows your router to function as a lightweight home server.\n\n\nDocker containers are lightweight, fast to start, and isolated from each other, making them ideal for running various microservices on resource-constrained embedded devices.\n\n\n\n\n\nHow to create a container\n\n\n\nClick on Image to enter, then click Pull and enter the image name in the pop-up input box (e.g. nginx:latest),Last click Pull directly to start download the image.\n\n\n\n\nAfter the download is complete, click on action to start creating the container.\n\n\n\nEnter the container name and click Save to complete the creation of the container.\n\n\n\n\nClick on the container to enter, then click on the action to start the container.\n\n\n\nThe container is already running, you can now click on the action icon to view detailed information.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787661612","update_time":"1788761084"},"pure_content":"Docker transforms a dedicated routing system into a comprehensive platform capable of running multiple services simultaneously. It essentially allows your router to function as a lightweight home se"},{"id":"928005","string_id":"kdVpntgl","status":"1","parent_id":"927338","slug":"Plugins-l8YK","order":"0","name":"Plugins","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787661688","add_time":"1787661625","update_time":"1788761086","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"928005\", \"927338\"]","content":{"content_id":"928005","content":"## Software Packages\nThe Software Packages page is used to manage software packages on the device. You can view information such as the package name, version, and size, and perform installation, update, and uninstallation operations.\n\nThe page supports filtering by software package status. You can also quickly find a specific software package by using the search box or the first-letter categories. Click Refresh to refresh the software package list and related information.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/kdVpntgl\/6a97ff8a3b363.png)\n\n\n**Main features include:**\n- Software package list: Displays information such as software package name, version, and size.\n- Search and filtering: Supports keyword search, status filtering, and quick lookup by first letter.\n- Install software package: Click the download button in the Actions column to install the corresponding software package.\n- Update software package: Click the refresh button in the Actions column to update the corresponding software package.\n- Uninstall software package: Click the Uninstall button in the Actions column to uninstall the corresponding software package.\n- Software source management: Open the software source management page through Manage Software Sources to configure software sources.\n- Pagination: When there are many software packages, you can browse them by page number, jump to a specific page, or adjust the number of items displayed per page.\n\n**Update Software Packages**\nAfter the device is connected to the internet, click the Refresh button shown in the figure to obtain the latest software package list.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/kdVpntgl\/6a97ff8a3b363.png)\n\nThe updated software package list is shown in the figure below:\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/kdVpntgl\/6a98013d9e4d1.png)\n\n**Download Software Packages**\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/kdVpntgl\/6a98017304894.png)\n\n**Add Software Packages to the Favorite Packages List**\nFind the software package you want to add to the favorites list, then click the Add button to add it to the Favorite Packages list.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/kdVpntgl\/6a980356b9b44.png)\n\n\n\nAfter adding it, you can see the added software package in the Favorite Packages list.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/kdVpntgl\/6a980474847c2.png)\n\n\n\n**Add Custom Software Sources**\nOn the Software Packages page, click Manage Software Sources to open the custom software source management window. By adding custom software sources, you can obtain more available software packages from specified software source addresses.\n\nWhen adding a software source, you need to enter the following information:\n- Name: Enter the software source name to distinguish it from other software sources.\n- URL: Enter the access address of the software source.\n- Add (+): After entering the name and URL, click \"+\" to add the software source to the list.\n- Apply: Save and apply the software source configuration.\n- Cancel: Cancel the current operation and close the window.\n\nThe bottom of the page displays the currently configured software sources, including the software source name, URL, and other information. Built-in system software sources are identified by the System label.\n\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/kdVpntgl\/6a9804857ffdd.png)\n\n\n**Note:** When adding a custom software source, make sure that the software source is compatible with the current device system version and hardware architecture. If an incompatible software source is used, software packages may fail to install, dependency conflicts may occur, or packages may not run properly after installation. Confirm compatibility before adding the source and installing related software packages.\n\n## Favorite Packages\nThe Favorite Packages page centrally displays and manages commonly used software packages on the device, making it easier for users to quickly view package information, open a package management page, or remove or uninstall a package.\n\nThe page displays each software package as a card and shows basic information such as the package name, version, and size. Current favorite packages include AdGuard Home, TTYD, Commands, SmartDNS, Watchcat, Aria2, QoS, and others.\n\nEach software package provides the following operations depending on its actual status:\n- Manage: Click the Manage button to open the management interface for the corresponding software package. Some packages provide an independent configuration or management page where related functions can be configured. Packages without an independent management interface may not provide this operation.\n- Remove: Remove the software package from the Favorite Packages page. This only removes it from the favorites display and does not uninstall the package itself.\n- Uninstall: Uninstall the corresponding software package from the device. After uninstallation, the functions related to this package will no longer be available.\n\nThis page is mainly used to centrally display frequently used software packages on the device, reducing the steps required to find packages and making it easier to quickly access package functions and perform routine management.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/kdVpntgl\/6a98055fa57c2.png)","pure_content":"Software Packages\nThe Software Packages page is used to manage software packages on the device. You can view information such as the package name, version, and size, and perform installation, update, and uninstallation operations.\nThe page supports filtering by software package status. You can also quickly find a specific software package by using the search box or the first-letter categories. Click Refresh to refresh the software package list and related information.\n\nMain features include:\n\nSoftware package list: Displays information such as software package name, version, and size.\nSearch and filtering: Supports keyword search, status filtering, and quick lookup by first letter.\nInstall software package: Click the download button in the Actions column to install the corresponding software package.\nUpdate software package: Click the refresh button in the Actions column to update the corresponding software package.\nUninstall software package: Click the Uninstall button in the Actions column to uninstall the corresponding software package.\nSoftware source management: Open the software source management page through Manage Software Sources to configure software sources.\nPagination: When there are many software packages, you can browse them by page number, jump to a specific page, or adjust the number of items displayed per page.\n\nUpdate Software Packages\nAfter the device is connected to the internet, click the Refresh button shown in the figure to obtain the latest software package list.\n\nThe updated software package list is shown in the figure below:\n\nDownload Software Packages\n\nAdd Software Packages to the Favorite Packages List\nFind the software package you want to add to the favorites list, then click the Add button to add it to the Favorite Packages list.\n\nAfter adding it, you can see the added software package in the Favorite Packages list.\n\nAdd Custom Software Sources\nOn the Software Packages page, click Manage Software Sources to open the custom software source management window. By adding custom software sources, you can obtain more available software packages from specified software source addresses.\nWhen adding a software source, you need to enter the following information:\n\nName: Enter the software source name to distinguish it from other software sources.\nURL: Enter the access address of the software source.\nAdd (+): After entering the name and URL, click \"+\" to add the software source to the list.\nApply: Save and apply the software source configuration.\nCancel: Cancel the current operation and close the window.\n\nThe bottom of the page displays the currently configured software sources, including the software source name, URL, and other information. Built-in system software sources are identified by the System label.\n\nNote: When adding a custom software source, make sure that the software source is compatible with the current device system version and hardware architecture. If an incompatible software source is used, software packages may fail to install, dependency conflicts may occur, or packages may not run properly after installation. Confirm compatibility before adding the source and installing related software packages.\nFavorite Packages\nThe Favorite Packages page centrally displays and manages commonly used software packages on the device, making it easier for users to quickly view package information, open a package management page, or remove or uninstall a package.\nThe page displays each software package as a card and shows basic information such as the package name, version, and size. Current favorite packages include AdGuard Home, TTYD, Commands, SmartDNS, Watchcat, Aria2, QoS, and others.\nEach software package provides the following operations depending on its actual status:\n\nManage: Click the Manage button to open the management interface for the corresponding software package. Some packages provide an independent configuration or management page where related functions can be configured. Packages without an independent management interface may not provide this operation.\nRemove: Remove the software package from the Favorite Packages page. This only removes it from the favorites display and does not uninstall the package itself.\nUninstall: Uninstall the corresponding software package from the device. After uninstallation, the functions related to this package will no longer be available.\n\nThis page is mainly used to centrally display frequently used software packages on the device, reducing the steps required to find packages and making it easier to quickly access package functions and perform routine management.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787661625","update_time":"1788761085"},"pure_content":"Software Packages\nThe Software Packages page is used to manage software packages on the device. You can view information such as the package name, version, and size, and perform installation, update,"},{"id":"928006","string_id":"YoQPb6gs","status":"1","parent_id":"927338","slug":"Diagnostic-AC5i","order":"0","name":"Diagnostic","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787661690","add_time":"1787661639","update_time":"1788761088","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"928006\", \"927338\"]","content":{"content_id":"928006","content":"## Network Tools\n**Ping**\nNetwork Tools provides network diagnostics, supporting PING and related tools to test reachability of a specified IP address or domain, with configurable probe count and packet size, plus start\/stop control and result display to help troubleshoot network reachability and latency.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/YoQPb6gs\/6a992c0ee2e6b.png)\n\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n|PING | Send ICMP echo requests to test destination reachability, latency and packet loss.|\n|IP Address or Domain | Target IP address or domain name to be tested (required).|\n|Ping Count |Number of ICMP echo packets to send during the PING test. |\n|Packet Size | Size of the ICMP payload\/packet in bytes for the PING test.|\n| Start| Begin the PING diagnostic test.|\n|Stop |Stop or cancel the running diagnostic test. |\n|Result |Display area for PING test output, responses, statistics and errors. |\n\n**Traceroute**\nNetwork Tools provides Traceroute diagnostic capability to probe the routing path and per-hop information toward a specified IP address or domain, with configurable maximum TTL and start\/stop control, displaying results to help identify forwarding paths, routing anomalies and connectivity issues.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/YoQPb6gs\/6a992c8211050.png)\n\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Traceroute | Trace the network route\/hops and latency from source to destination.|\n|IP Address or Domain |Target IP address or domain name to be traced (required). |\n| Max TTL| Maximum Time To Live value to limit the trace depth\/hop count.|\n\n**DNS Lookup**\nNetwork Tools provides DNS Lookup diagnostic capability to query DNS records for a specified domain name or IP address, resolving domain-to-IP mappings or performing reverse lookup, with start\/stop control and result display to help troubleshoot DNS resolution failures, response issues and related reachability problems.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/YoQPb6gs\/6a992d1a61caa.png)\n\n\n\n\n## Packet capture\n\nPacket capture provides network packet capturing and PCAP file generation with filtering by interface, protocol, IP address, file size and packet count limits, plus start\/stop control, to analyze traffic patterns, protocol interactions and network issues.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/YoQPb6gs\/6a992d35b2424.png)\n\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Interface | Specifies the network interface for packet capture; ALL captures on every available interface, or select a specific one such as lan1, sfp1, wan1.|\n|Protocol | Filters captured packets by protocol; ALL means no protocol filter, or choose TCP, UDP, ICMP, ARP, IP.|\n| IP Address|Filters captured packets by source or destination IP address. |\n|File Size Limit |Sets the maximum PCAP capture file size limit. |\n| Packet Count Limit| Sets the maximum number of packets to capture; Unlimited means no packet count restriction.|\n| PCAP File| Generated packet capture file in PCAP format for download and analysis.|\n\n## Discovery\nDiscovery automatically detects and lists online devices on the network, displaying host name, device type, IP address, MAC address, product name and software version, with search and pagination for quick identification and management of connected devices.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/YoQPb6gs\/6a992ded7a2d8.png)\n\n**Parameter Description:**\n \n| Parameter |Description |\n| - | - |\n|Discovery | Automatically discovers online devices on the network and presents their information.|\n|Search |Search\/filter discovered device entries by keyword. |\n|Host Name |Device host name identifier. |\n|Device Type | Type\/category of the discovered device, e.g., ROUTER.|\n|IP Address |IP address of the discovered device. |\n|Mac Address | MAC address of the discovered device.|\n|Product Name |Product name\/model identifier of the discovered device. |\n|Software Version | Software\/firmware version running on the discovered device.|\n\n\n\n## Log\nSystem Log is used to view, search, refresh, clear and export device runtime logs, supports filtering by log type and keyword search, and displays timestamps, modules and event information with pagination for operations monitoring and troubleshooting.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/YoQPb6gs\/6a992e8f9d340.png)\n\n**Parameter Description:**\n\n|Parameter | Description|\n| - | - |\n|Log Type | Filter system log entries by severity or category such as Default, Debug, Info, Notice, Warning, Error, Critical, Alert, Emergency.|\n|Search |Search log content by keyword. |\n|Refresh | Reload and display the latest system log entries.|\n| Clear|Clear current displayed\/system log records. |\n|Download | Export\/save system log contents.|","pure_content":"Network Tools\nPing\nNetwork Tools provides network diagnostics, supporting PING and related tools to test reachability of a specified IP address or domain, with configurable probe count and packet size, plus start\/stop control and result display to help troubleshoot network reachability and latency.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n PING\n Send ICMP echo requests to test destination reachability, latency and packet loss.\n\n\n IP Address or Domain\n Target IP address or domain name to be tested (required).\n\n\n Ping Count\n Number of ICMP echo packets to send during the PING test.\n\n\n Packet Size\n Size of the ICMP payload\/packet in bytes for the PING test.\n\n\n Start\n Begin the PING diagnostic test.\n\n\n Stop\n Stop or cancel the running diagnostic test.\n\n\n Result\n Display area for PING test output, responses, statistics and errors.\n\n\n\nTraceroute\nNetwork Tools provides Traceroute diagnostic capability to probe the routing path and per-hop information toward a specified IP address or domain, with configurable maximum TTL and start\/stop control, displaying results to help identify forwarding paths, routing anomalies and connectivity issues.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Traceroute\n Trace the network route\/hops and latency from source to destination.\n\n\n IP Address or Domain\n Target IP address or domain name to be traced (required).\n\n\n Max TTL\n Maximum Time To Live value to limit the trace depth\/hop count.\n\n\n\nDNS Lookup\nNetwork Tools provides DNS Lookup diagnostic capability to query DNS records for a specified domain name or IP address, resolving domain-to-IP mappings or performing reverse lookup, with start\/stop control and result display to help troubleshoot DNS resolution failures, response issues and related reachability problems.\n\nPacket capture\nPacket capture provides network packet capturing and PCAP file generation with filtering by interface, protocol, IP address, file size and packet count limits, plus start\/stop control, to analyze traffic patterns, protocol interactions and network issues.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Interface\n Specifies the network interface for packet capture; ALL captures on every available interface, or select a specific one such as lan1, sfp1, wan1.\n\n\n Protocol\n Filters captured packets by protocol; ALL means no protocol filter, or choose TCP, UDP, ICMP, ARP, IP.\n\n\n IP Address\n Filters captured packets by source or destination IP address.\n\n\n File Size Limit\n Sets the maximum PCAP capture file size limit.\n\n\n Packet Count Limit\n Sets the maximum number of packets to capture; Unlimited means no packet count restriction.\n\n\n PCAP File\n Generated packet capture file in PCAP format for download and analysis.\n\n\n\nDiscovery\nDiscovery automatically detects and lists online devices on the network, displaying host name, device type, IP address, MAC address, product name and software version, with search and pagination for quick identification and management of connected devices.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Discovery\n Automatically discovers online devices on the network and presents their information.\n\n\n Search\n Search\/filter discovered device entries by keyword.\n\n\n Host Name\n Device host name identifier.\n\n\n Device Type\n Type\/category of the discovered device, e.g., ROUTER.\n\n\n IP Address\n IP address of the discovered device.\n\n\n Mac Address\n MAC address of the discovered device.\n\n\n Product Name\n Product name\/model identifier of the discovered device.\n\n\n Software Version\n Software\/firmware version running on the discovered device.\n\n\n\nLog\nSystem Log is used to view, search, refresh, clear and export device runtime logs, supports filtering by log type and keyword search, and displays timestamps, modules and event information with pagination for operations monitoring and troubleshooting.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Log Type\n Filter system log entries by severity or category such as Default, Debug, Info, Notice, Warning, Error, Critical, Alert, Emergency.\n\n\n Search\n Search log content by keyword.\n\n\n Refresh\n Reload and display the latest system log entries.\n\n\n Clear\n Clear current displayed\/system log records.\n\n\n Download\n Export\/save system log contents.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787661639","update_time":"1788761087"},"pure_content":"Network Tools\nPing\nNetwork Tools provides network diagnostics, supporting PING and related tools to test reachability of a specified IP address or domain, with configurable probe count and packet size"},{"id":"928007","string_id":"LrFyO1eK","status":"1","parent_id":"927338","slug":"System-mZfh","order":"0","name":"System","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787661692","add_time":"1787661655","update_time":"1788765920","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"928007\", \"927338\"]","content":{"content_id":"928007","content":"On the system page, you can configure the system, change password, upgrade firmware, backup or import configurations, and restart the device.\n\n## System Settings\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/LrFyO1eK\/6a9174e3c90b1.png)\n\n| Parameter | Description|\n| - | - |\n| **Hostname**|System name of the device |\n| **Web sever**|Supports HTTP and HTTPS, with customizable the server port |\n|**Logging** |Set the size of the log cache. Configure remote syslog server and port. Set the level of log output |\n\n\n## Time settings\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/LrFyO1eK\/6a9177867a231.png)\n\n\n| Parameter | Description|\n| - | - |\n|**System time** |Click to synchronize Internet time|\n|**Time Zone**| Set time zone|\n|**NTP Sever** |Synchronize system time through NTP server |\n|**Maual Configuration** |Manually set the system time |\n\n## Login Password\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/LrFyO1eK\/6a9178fe9acb0.png)\n\n## Upgrade Firmware\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/LrFyO1eK\/6a91791fc8dc6.png)\n\n## Backup And Restore\n### Back\nClick \"Back\" to generate a backup file and save it to the list. Download it to your local machine whenever needed, so you can restore the configuration later.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/LrFyO1eK\/6a9e5e39bee01.png)\nTo restore the system configuration, first upload the local backup file via the Select File button, and then click OK to import it into the list box.\n\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/LrFyO1eK\/6a9e5f99b5f9b.png)\n\n### Reset\nClick the Reset button to restore the device system configuration to factory defaults.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/LrFyO1eK\/6a9e60b5549f2.png)\n\n## Reboot\n### Perform Reboot\nSimply click the Perform reboot button, and the software system will restart immediately.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/LrFyO1eK\/6a9e62d147c36.png)\n\n\n### Scheduled Reboot\n\nClick the Enable button to turn on the Scheduled Reboot feature, after which you can modify the time and day settings.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/LrFyO1eK\/6a9e66411a7a1.png)","pure_content":"On the system page, you can configure the system, change password, upgrade firmware, backup or import configurations, and restart the device.\nSystem Settings\n\n\n\n\n Parameter\n Description\n\n\n\n\n Hostname\n System name of the device\n\n\n Web sever\n Supports HTTP and HTTPS, with customizable the server port\n\n\n Logging\n Set the size of the log cache. Configure remote syslog server and port. Set the level of log output\n\n\n\nTime settings\n\n\n\n\n Parameter\n Description\n\n\n\n\n System time\n Click to synchronize Internet time\n\n\n Time Zone\n Set time zone\n\n\n NTP Sever\n Synchronize system time through NTP server\n\n\n Maual Configuration\n Manually set the system time\n\n\n\nLogin Password\n\nUpgrade Firmware\n\nBackup And Restore\nBack\nClick \"Back\" to generate a backup file and save it to the list. Download it to your local machine whenever needed, so you can restore the configuration later.\n\nTo restore the system configuration, first upload the local backup file via the Select File button, and then click OK to import it into the list box.\n\nReset\nClick the Reset button to restore the device system configuration to factory defaults.\n\nReboot\nPerform Reboot\nSimply click the Perform reboot button, and the software system will restart immediately.\n\nScheduled Reboot\nClick the Enable button to turn on the Scheduled Reboot feature, after which you can modify the time and day settings.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787661655","update_time":"1788765920"},"pure_content":"On the system page, you can configure the system, change password, upgrade firmware, backup or import configurations, and restart the device.\nSystem Settings\n\n\n\n\n Parameter\n Description\n\n\n\n\n Hostname"}],"content":{"icon":"","desc":"<\/colgroup>\n\n\n\n\n\n

Supported product models<\/strong><\/td>\n<\/tr>\n

BE6<\/td>\n

E2<\/td>\n

BE5-120<\/td>\n<\/tr>\n

<\/td>\n

<\/td>\n<\/tr>\n

<\/td>\n

<\/td>\n<\/tr>\n<\/tbody>\n<\/table>","content_id":"927338","add_time":"1787570047","update_time":"1788768604","content":"<\/colgroup>\n\n\n\n\n\n

Supported product models<\/strong><\/td>\n<\/tr>\n
BE6<\/td>\n	E2<\/td>\n	BE5-120<\/td>\n<\/tr>\n
<\/td>\n	<\/td>\n	<\/td>\n<\/tr>\n
<\/td>\n	<\/td>\n	<\/td>\n<\/tr>\n<\/tbody>\n<\/table>","is_traffic_less":"0","file_type":""},"hot_list":[],"user_read_num":"0","is_auth":"0"},"msg":"Success","code":200}

Supported product models
BE6	E2	BE5-120