Impelmenting a TUN network adapter to send data over Faraday allows computers communicating over Faraday to utilize existing network protocols and functions. This allows TCP/UDP to be passed through Faraday.
It is useful for HAB 3 to send live images. It is also useful to Faraday users for general data sharing, digital voice, etc...
https://github.com/kb1lqd/Faraday-Software/tree/tunadapter1/Applications/Data/TUN_ADAPTER
The path for Linux development with TUN seems to be documented and in my fork of this repository I implemented a basic TUN adapter for Faraday (needs fixing though).
Windows TUN/TAP
Windows is a tougher beast to find documentation on but I did find great info/resources on the OpenWSN website!
https://openwsn.atlassian.net/wiki/spaces/OW/pages/5373971/tun+tap+in+Windows
- OpenWSN TunTap program to create a virtual interface
- Python script to interact
It may not be as scriptable or seemless (yet or at first glance) but it is a great step forward!
Impelmenting a TUN network adapter to send data over Faraday allows computers communicating over Faraday to utilize existing network protocols and functions. This allows TCP/UDP to be passed through Faraday.
It is useful for HAB 3 to send live images. It is also useful to Faraday users for general data sharing, digital voice, etc...
https://github.com/kb1lqd/Faraday-Software/tree/tunadapter1/Applications/Data/TUN_ADAPTER
The path for Linux development with TUN seems to be documented and in my fork of this repository I implemented a basic TUN adapter for Faraday (needs fixing though).
Windows TUN/TAP
Windows is a tougher beast to find documentation on but I did find great info/resources on the OpenWSN website!
https://openwsn.atlassian.net/wiki/spaces/OW/pages/5373971/tun+tap+in+Windows
It may not be as scriptable or seemless (yet or at first glance) but it is a great step forward!