#Autossh reverse tunnel raspberry pi full

If you have a better solution, let me know.ĭieser Beitrag wurde am 17. usr/bin/autossh -f -M 0 remote -l remoteuser -N -o 'ServerliveInterval 60' -o 'ServerAliveCountMax 3' -R LOCALPORT:localhost:PORT In the end I modified the bash script to use autossh. systemd: Starting reverse ssh tunnel.Īutossh: port set to 0, monitoring disabled Executing the command manually works fine. Looking at journalctl, I can see the exit but no reason. $ cat /etc/systemd/system/rviceĮxecStart=/usr/bin/autossh -f -M 0 remote -l remoteuser -N -o 'ServerliveInterval 60' -o 'ServerAliveCountMax 3' -R LOCALPORT:localhost:PORT I tried to get it working with systemd, but without any success. Aborting.'īut I just found out about autossh. Ssh -Nf -R LOCALPORT:localhost:PORT 'Tunnel already exists. #!/bin/bashĬOUNT=$(ps ax | grep 'ssh -Nf -R' | wc -l) You can write a very simple script like this and use a cronjob to execute it. Since wifi is a little bit flaky, I need to make sure, that the ssh connection is reopened when there is a connection loss. Logged in on the server I can connect to a local port and get forwarded to the raspberry. The raspberry pi inside my home network connects to my public server via ssh.

The simplest solution was to create a reverse ssh tunnel.

#Autossh reverse tunnel raspberry pi full

I don’t need a full vpn solution, but sometimes I just want to ssh home to check a file etc. Popular solutions can be found at Wireguard, or OpenVPN, or PiVPN.My ISP started to roll out broken IPv6 for home users, so my services aren’t available from outside anymore. You should look for a solution with a VPN. There are better well known solutions to get secure access to remote networks, called Virtual Private Network. it does not correspond to the nature of an SSH tunnel. It may be conceivable but I haven't seen a solution this way. Your idea now is to have a proxy on the RasPi that have made all SSH tunnels to each resource on the home network and will these serve to the devices on the access point, so only the proxy have to made all SSH tunnels and not each device by itself. So each device connected to the access point on the RasPi must use an SSH tunnel to the resource on the home network, one tunnel to the webserver, one to the printer and so on. You are using an SSH tunnel which is in principle an end to end connection between distinct devices using source and destination ports. webserver, fileserver, database server, printer and so on. All devices connected to the access point should be able to use the resources on the home network, e.g. I am able to connect the tunnel but the proxy is the tricky part.Īs far as I understand you have a Raspberry Pi anywhere outside on the internet and want to connect in a secure way to your home network to use its resources. The endpoint of the tunnel is wlan1 and the other end of the tunnel is a computer on my home network.

Yes, they are in fact called wlan0 and wlan1, 0 is for the access point and 1 is for uplink. I need an SSH tunnel to access resources inside my home network. Not all of my devices on the access point can do ssh/proxying, so I need it to happen between the tunnel and the access point.

Does this make sense? I am fairly new at this kind of stuff, so any help is appreciated. My goal here is to setup an SSH Tunnel leaving the Raspberry Pi, and on the Raspberry Pi set a system wide SOCKS proxy as 127.0.0.1, to then proxy all requests entering the Pi's access point over towards my home Wi-Fi. I have successfully gotten an access point running on one Wi-Fi USB chip, and using another Wi-Fi USB chip I connected to the public Wi-Fi. I have a Raspberry Pi 3B+ that I'm using as a Wi-Fi hotspot.