







A container-based solution for automating Docker container base image updates.
ATCR - Distributed Container Registry
Push and pull Docker images on the AT Protocol. Same Docker, decentralized.
Seamark - Distributed Container Registry
Push and pull Docker images on the AT Protocol. Same Docker, decentralized.
Post: Docker Not Ready for Prime Time
I love Docker. It's so freakin' useful for distributing predictable runtime environments.
Docker: Accelerated Container Application Development
Docker is a platform designed to help developers build, share, and run container applications. We handle the tedious setup, so you can focus on the code.

The Industry-Leading Container Runtime | Docker
Read about our industry-leading Docker container runtimes. Docker Engine allows containerized apps to run consistently on any infrastructure — from anywhere.

The World's Largest Public Container Registry | Docker
Docker Hub is the world's largest registry for images, models, and MCP servers, with curated content and governance that developers and teams can rely on.

Publish docker images · cloudendpoints/esp@ec6a70d
Extensible Service Proxy. Contribute to cloudendpoints/esp development by creating an account on GitHub.
dockercon 2020–the end of containers
This is my 5th time at dockercon. It’s half empty, people here are not coming driven by excitement anymore but by the fact that they still…

Apptainer - Portable, Reproducible Containers
Apptainer is an open source container platform designed to run complex applications on high-performance computing (HPC) clusters in a simple, portable, and reproducible way.
alpine / cloud / alpine-cloud-images · GitLab
Official Alpine Linux Cloud Image Build System
Docker Sandboxes: Run Agents in YOLO Mode, Safely | Docker
Learn from Docker experts to simplify and advance your app development and management with Docker. Stay up to date on Docker events and new version


State of My Homelab 2025
An overview of my current homelab architecture, focusing on a transition from complex orchestration to a simplified Docker Compose-based setup.

Getting Forked by Microsoft
Three years ago, I was part of a team responsible for developing and maintaining Kubernetes clusters for end user customers. A main source for downtime in customer environments occurred when image registries went down. The traditional way to solve this problem is to set up a stateful mirror, however we had to work within customer budget and time constraints which did not allow it. During a Black Friday, we started getting hit with a ton of traffic while GitHub container registries were down. This limited our ability to scale up the cluster as we depended on critical images from that registry. After this incident, I started thinking about a better way to avoid these scalability issues. A solution that did not need a stateful component and required minimal operational oversight. This is where the idea for Spegel came from.