This is not a complete implementation of WireGuard. If you're interested in using WireGuard, use the implementation for Linux found here and described on the main wireguard website. There is no group of users that should be using the code in this repository here under any circumstances at the moment, not even beta testers or dare devils. It simply isn't complete. However, if you're interested in assisting with the Haskell development of WireGuard and contributing to this repository, by all means dig in and help out. But users: stay far away, at least for now.
Only Linux and macOS are supported at this moment.
To build nara, download and install haskell-stack first.
$ stack setup # This will download and install GHC in a sandboxed environment, # optional if stack has been configured to use global GHC. $ stack install
The following command will create a TUN device named
wg0 and then daemonize
to background. On macOS, the device name has to be like
Root privilege is also required.
# nara wg0
After that, use the usual
wg tool to configure the device. For most
distributions it's in the
wireguard-tools package. Check the manpage
wg for details.
Currently this is just a prototype, and there are still a lot to be done.
- [ ] Documents and test coverage
- [ ] Receiver-side nonce deduplicate
- [ ] Logging and better exceptions handling
- [ ] Cookie support to prevent DDOS attack
- [ ] Full IPv6 support
- [ ] An accurate timer based approach to manage lifetimes
- [ ] Send ICMP packets back in case of unreachable hosts
- [ ] Persistent-keepalive
- [ ] Per-host packet queue
- [ ] Benchmark, and performance optimization
- [ ] FreeBSD support (perhaps Windows support as well)
- [ ] MTU discovery and setting
This software is licensed in GPLv3+.