stretchr/objx

Awesome Go, maintained at avelino/awesome-go, groups Go frameworks, libraries, and software into topic categories including Actor Model, Artificial Intelligence, Audio and Music, Authentication and Authorization, Blockchain, Bot Building, and Build Automation. Every linked entry gets a short description instead of a bare URL. The repository carries an MIT license and takes new entries through pull requests reviewed against its own contribution guidelines, which makes it a common bookmark for day-to-day Go development.

golang/go is the open source repository behind The Go Programming Language, holding the compiler, runtime, and standard library source that Go's official binaries are built from. The README frames Go's purpose as building software that is simple, reliable, and efficient, credits the project to thousands of contributors, and notes that this GitHub repo mirrors the canonical Git repository at go.googlesource.com/go.

Caddy is an HTTP/1-2-3 web server, written in Go, which provides automatic HTTPS by default, utilizing services like ZeroSSL and Let's Encrypt for public names or a local CA for internal ones. It supports flexible configuration through its native JSON API, a Caddyfile, or various other formats via config adapters. The project highlights a modular architecture for extensibility, runs on multiple platforms without external dependencies, and benefits from Go's memory safety features. The README indicates it has served trillions of requests and managed millions of TLS certificates, scaling to hundreds of thousands of sites in production. Caddy began development in 2014 and was an early adopter of automatic HTTPS by default.

Moby is the open-source project moby/moby on GitHub, created by Docker to package the pieces of a container system, build tools, a registry, orchestration tools, and a runtime, as separate, well-defined components developers can assemble or swap. It is written in Go, and ships under the Apache-2.0 license. Docker uses Moby as the upstream for Docker Engine, and the two supported Go modules, client and api, are how other Go programs talk to Docker Engine's API.