OpenWrt is an open source project for embedded operating systems based on Linux, primarily used on embedded devices to route network traffic.
Why this server?
Enables remote management of OpenWrt routers via SSH, providing tools for system monitoring, network configuration, WiFi management, firewall rules, DHCP leases, package management with opkg, and OpenThread Border Router configuration for Thread/Matter networks.
Why this server?
Allows an AI assistant to monitor and control OpenWrt-based WiFi routers, including listing connected devices, inspecting WiFi networks, checking WAN status, changing SSIDs, and rebooting the router.
Why this server?
Provides comprehensive read-only monitoring of OpenWRT/iStoreOS routers, including system status, network info, logs, and plugin status.
Why this server?
Provides SSH command execution and management for OpenWrt devices, with support for BusyBox ash shell completion detection.
Why this server?
Provides tools for managing OpenWrt routers via SSH, including UCI configuration, network management, system administration, file operations, and package management.
Why this server?
Provides tools for managing OpenWrt routers, including reboot, system and network status retrieval, log reading, and LED control.
Why this server?
Provides read-only access to OpenWrt router status through the LuCI ubus JSON-RPC interface, including system info, network interfaces, routes, Wi-Fi clients and scans, DHCP leases, firewall status, logs, storage, packages, and security auditing.
Why this server?
Provides read-only network diagnostics for OpenWrt routers, including system snapshots, config state inspection, DNS tracing, client observation, flow inspection, bounded packet capture, subscription status, log reading, and snapshot comparison.
Why this server?
Provides full administrative control of OpenWRT routers over SSH, with typed tools for system info, network interfaces, DHCP leases, Wi-Fi, firewall, package management, services, logs, and UCI configuration, along with a preview-then-confirm safety model for mutating operations.