From charlesreid1

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2016-2017 UGR wifi project made use of [[Stunnel]] to bypass a network firewall that restricted traffic to ports 80 and 443 only and allow Raspberry Pi computers to communicate with a central command-and-control server.
2016-2017 UGR wifi project made use of [[Stunnel]] to bypass a network firewall that restricted traffic to ports 80 and 443 only and allow Raspberry Pi computers to communicate with a central command-and-control server.
See [[Docker/Boats/Wifi]]


=Older=
=Older=

Revision as of 23:27, 29 March 2017

Newer (2017)

Am in the midst of building stunnel docker container.

Eventually this will be summarized on Stunnel/Docker

But until then the notes are taking shape at Docker/Boats/Wifi

Installing

Installing: Stunnel/Installing

Running Client/Server

Running stunnel as a server: Stunnel/Server

Running stunnel as a client: Stunnel/Client

Troubleshooting Stunnel: Stunnel/Troubleshooting

Running Services Over Stunnel

Running SSH over Stunnel: RaspberryPi/SSH Stunnel

Running HTTP over Stunnel: Stunnel/HTTP

Case Studies

2016-2017 UGR wifi project made use of Stunnel to bypass a network firewall that restricted traffic to ports 80 and 443 only and allow Raspberry Pi computers to communicate with a central command-and-control server.

See Docker/Boats/Wifi

Older

Building an Stunnel to carry SSH traffic: RaspberryPi/SSH Stunnel

Building an Stunnel to carry a reverse SSH connection: RaspberryPi/Reverse SSH Stunnel

Running OpenVPN through Stunnel: OpenVPN/Stunnel

Stunnel alternatives: Stunnel_Alternatives


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