RustFS is a production-grade, S3-compatible distributed object storage server implemented in Rust. The core system provides erasure-coded storage with healing, bitrot detection, bucket versioning, object locking, lifecycle management, replication (bucket and site), tiering to remote S3-compatible backends, KMS integration, IAM/OIDC/Keystone authentication, audit logging, event notifications, and an extensive observability layer. It also exposes non-S3 protocols including OpenStack Swift, SFTP, FTPS, and WebDAV, plus an admin/console API and an embedded server library for in-process testing and integration. The repository is a large Cargo workspace of roughly 50 crates, with the main `rustfs` binary orchestrating startup, HTTP/gRPC servers, background services, and protocol servers, while domain subsystems such as `ecstore`, `heal`, `scanner`, `replication`, `notify`, `kms`, `iam`, `obs`, and `targets` are isolated behind trait-based contracts and runtime-boundary modules.
This repository provides Docker Compose and Kubernetes configuration files for deploying a variety of self-hosted applications and system services. It serves as a template repository for deploying services like AdGuard Home, Bitwarden, MinIO, Traefik, and others, as well as system tools like Fail2ban and acme.sh for certificate management. The architecture is modular, with each application having its own directory containing deployment configurations (docker-compose.yml, Helm charts, Kubernetes manifests). There is no single unified application; instead, it offers reusable deployment patterns for individual services. Key entry points are the docker-compose.yml or Helm chart files within each application's directory. The repository relies on external dependencies like Docker, Kubernetes, and Helm for deployment, and the applications themselves depend on their respective upstream container images.