Template:Configuration examples RUTOS: Difference between revisions
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{{#ifeq: {{{haslegacy}}} | 1 |* [[{{{name}}} Monitoring via Modbus RUTOS | Monitoring via Modbus]] |* [[{{{name}}} Monitoring via Modbus | Monitoring via Modbus]]}}<br> | {{#ifeq: {{{haslegacy}}} | 1 |* [[{{{name}}} Monitoring via Modbus RUTOS | Monitoring via Modbus]] |* [[{{{name}}} Monitoring via Modbus | Monitoring via Modbus]]}}<br> | ||
* [[Modbus custom register block]] | * [[Modbus custom register block]] | ||
==System upgrades== | ==System upgrades== | ||
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* [[Noip.com DDNS configuration RUTOS|noip.com]] | * [[Noip.com DDNS configuration RUTOS|noip.com]] | ||
* [[Dynu.com DDNS configuration RUTOS|dynu.com]]{{#ifeq: {{{usb}}} | 1 |<br> | * [[Dynu.com DDNS configuration RUTOS|dynu.com]]{{#ifeq: {{{usb}}} | 1 |<br> | ||
==USB== | ==USB== | ||
* [[How to set up a USB printer (Windows) RUTOS | How to set up a USB printer (Windows)]]{{ #ifeq: {{{rs232}}} | 1 | {{ #ifeq: {{{rs485}}} | 1 |<br> | * [[How to set up a USB printer (Windows) RUTOS | How to set up a USB printer (Windows)]]}}{{ #ifeq: {{{rs232}}} | 1 | {{ #ifeq: {{{rs485}}} | 1 |<br> | ||
==RS232/485== | ==RS232/485== | ||
*[[Bidirectional communication between two serial devices over TCP/IP]] | * [[Data transfer from Modbus TCP to Modbus RTU Gateway]] | ||
*[[Bidirectional communication between two serial devices over TCP/IP]]}}}} | |||
==Email== | ==Email== | ||
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===I/O Juggler=== | ===I/O Juggler=== | ||
* [[SMS and Email alerts Triggered by BAT120]]{{#ifeq: {{{wifi}}} | 1 |<br> | * [[SMS and Email alerts Triggered by BAT120]]}}{{#ifeq: {{{wifi}}} | 1 |<br> | ||
===WiFi=== | ===WiFi=== | ||
Revision as of 15:19, 26 January 2023
This page contains various configuration guides for the {{{name}}} router. Unlike the articles in the [[{{{name}}} Manual]], which provide more general knowledge on all of the router's features and functions, these guides are more in-depth and are usually focused on specific configuration scenarios with extensive explanations. While most of the guides apply to both Windows and Linux Operating Systems, some are exclusive to one OS and others aren't OS specific in any way and apply to any system.
[[Category:{{{name}}}]]
Router control and monitoring
- Configuration Backup
- Command line interfaces
- MQTT (Linux guide)
- UCI command usage
- Crontabs
- SSH RSA key authentication (Linux)
- SSH RSA key authentication (Windows)
- Blocking Internet Access for LAN Clients
- Monitoring with ThingsBoard IoT Platform
- DHCP relay
- Monitoring via JSON-RPC windows
- Monitoring via JSON-RPC linux
- VLAN Inter-Zone accessibility control configuration example
Modbus
- [[{{{name}}} Monitoring via Modbus | Monitoring via Modbus]]
- Modbus custom register block
System upgrades
VPN
- DMVPN
- OpenVPN configuration example
- IPsec cofiguration example
- ZeroTier One VPN configuration example
- L2TP configuration examples
- Overlapping subnets with IPsec solution
- GRE over IPsec Tunnel
- L2TP over IPsec RutOS
- Cisco IPsec
- Cisco GRE
- Mikrotik GRE over IPsec Tunnel
- Mikrotik SSTP
- Mikrotik OpenVPN
- Mikrotik L2TP over IPsec
- OpenVPN Access Server
- L2TP over IPsec VPN to a PC configuration example
- OpenVPN traffic split
- OpenVPN over Stunnel
DDNS
Camera
PC
Windows
- Static IP address setup (Windows 10)
- OpenVPN client on Windows
- OpenVPN server on Windows
- TLS certificates (Windows)
Linux
- Static IP address setup (Ubuntu 16)
- FTP server (Ubuntu 16)
- OpenVPN client on Linux
- TLS certificates (Ubuntu 18)
SNMP
Use cases
VPN
- Connecting two same subnet office networks using OpenVPN bridge (TAP)
- Connecting to the office network remotely from your home via VPN (L2TP over IPsec)
- Connecting to the office network remotely from your home via VPN (OpenVPN)
- Configuring clients to access internet through office's gateway from home using VPN
- Reaching your home network remotely with your Android device
- Bridged office network with a separate Guest WiFi
- Anonymous browsing from your home network using NordVPN
- Anonymous browsing from your home network using ExpressVPN
- L2TPv3 over IPsec configuration example