Description:
Deskflow lets you share one mouse and keyboard between multiple computers on Windows, macOS and Linux. It’s like a software KVM (but without video).
isd
Description:
isd (interactive systemd) – a better way to work with systemd units
Earthstar
Description:
A database for private, distributed, offline-first applications.
Perforator
Description:
Perforator is a modern profiling tool designed for large data centers. Perforator can be easily deployed onto your Kubernetes cluster to collect performance profiles with negligible overhead. Perforator can also be launched as a standalone replacement for Linux perf without the need to recompile your programs. The profiler is designed to be as non-invasive as possible using beautiful technology called eBPF. That allows Perforator to profile different languages and runtimes without modification on the build side. Also Perforator supports many advanced features like sPGO or discriminated profiles for A/B tests.
BSD Router Project
Description:
The BSD Router Project (BSDRP) is a free, open-source router distribution based on FreeBSD. It includes software like: FRRouting, Bird, ExaBGP, OpenVPN and strongSwan.
PebbleOS
Description:
This is the latest version of the internal repository from Pebble Technology providing the software to run on Pebble watches. Proprietary source code has been removed from this repository and it will not compile as-is. This is for information only.
rEFInd
Description:
rEFInd is a fork of the rEFIt boot manager. Like rEFIt, rEFInd can auto-detect your installed EFI boot loaders and it presents a pretty GUI menu of boot options. rEFInd goes beyond rEFIt in that rEFInd better handles systems with many boot loaders, gives better control over the boot loader search process, and provides the ability for users to define their own boot loader entries.
openFyde
Description:
openFyde is the open-source version of FydeOS, based on Chromium OS.
Orochi
Description:
Orochi is a library loading HIP and CUDA APIs dynamically, allowing the user to switch APIs at runtime. Therefore you don’t need to compile two separate implementations for each API. This allows you to compile and maintain a single binary that can run on both AMD and NVIDIA GPUs. Unlike HIP, which uses hipamd or CUDA at compile-time, Orochi will dynamically load the corresponding HIP/CUDA shared libraries depending on your platform. In other words, it combines the functionality offered by HIPEW and CUEW into a single library.