What it is: A lightweight OpenStack-compatible environment for testing, learning, CI/CD, and edge labs.What it is not: Not a production OpenStack replacement today. Not a full existing-cluster migration or upgrade tool.Why we built it: OpenStack is powerful, but too heavy to quickly start, test, learn, or use in small automation scenarios.
I think the more important layer is actually SPEC and MEMORY.
That is the idea behind this repo:
Ultimate Project combines two separate disciplines:
Beastmode -> the software engineering discipline
spec-kit -> the structure and organization of specs
Beastmode gives the engineering workflow. spec-kit gives the project a clear spec foundation.
Putting them together creates a development loop where the system starts from specs, keeps context in memory, and follows a more structured implementation lifecycle.
Combination Repo: https://github.com/senolcolak/ultimate-project
beastmode: https://github.com/BugRoger/beastmode spec-kit: https://github.com/github/spec-kit
For small project, a simple history file ./store-my-history in a dir works. For bigger projects, I think structured specs + engineering memory matter much more than prompt files alone.
I’d be curious how others here are handling spec organization, memory, and iteration flow in agent-driven development.
Rook simplifies the operational overhead of Ceph quite a lot, especially in Kubernetes-native stacks. For teams with large data and HA requirements, it's been a solid on-prem alternative. SLA-backed managed services are also becoming more common, which helps reduce the operational burden even further.
Wouldn’t that make it safer to share photos with a parent group at your child’s school in a fully isolated network. Share documents with your company’s private, and encrypted internet network of two hundred other peers only?