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eftalyurtseven

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Thanks! The main advantage is simplicity. klaw is a single binary with zero dependencies, no k8s cluster required. For teams already running Kubernetes your operator makes a lot of sense, but most teams we've talked to managing AI agents don't have or want a k8s setup just for that. klaw gives them the same mental model without the infrastructure overhead.

On the license, fair question. The SaaS restriction is narrow, it only prevents someone from reselling klaw as a hosted orchestration service. Internal use, building on it, extending it is all fine. We looked at what Elastic and HashiCorp did and felt this was the right balance for now. Could it slow adoption? Maybe. But we'd rather start here and open up further based on how the community evolves.

the binary is built from the repo, it's Go so we distribute compiled binaries like most Go CLI tools (kubectl, terraform, hugo). All agent communication goes through your own configured LLM provider, klaw doesn't proxy or store any prompts.

Right now the controller can see secrets across namespaces, so that level of isolation isn’t there yet. It’s on the roadmap though. Namespace-scoped secrets where a controller agent can spawn agents but can’t read their secrets is the right model. No human approval flow yet either, agents create directly. Would you want something like klaw dispatch --approve that queues until a human confirms?

Makes sense, if your agents need full desktop and GUI automation VMs are the way to go. klaw is more on the headless side, agents talking to APIs, Slack, X, that kind of thing, so the lightweight binary model works. How many agents are you running on Proxmox?

Mostly the second, plus fleet management. Each agent runs in an isolated namespace with its own config, channels, and skills. You manage them declaratively like you would pods, but the unit of work is an AI agent instead of a container. The Kubernetes analogy is about the operational model: clusters for org isolation, namespaces for team isolation, declarative deploys, central monitoring. Not about hardware scheduling. I'll improve the README to make this clearer, good feedback.

Thanks! The "Kubernetes is scary" point is fair, that's why the CLI is designed to feel intuitive even if you've never touched kubectl. There's also a controller agent that manages the whole cluster from plain English.

On "what comes after", I think it's agents managing other agents. An AI SRE that watches load and spins up new agents automatically. The cluster/namespace model was designed with that direction in mind.

And yeah, not trying to replace OpenClaw, different layer.

OpenClaw defines what an agent does, klaw manages where and how many run. Complementary.

We partially fixed this problem with two actions in my current position.

The first one is the Documentation Owner, each person/team is responsible for some of the documentation and must keep it updated.

But we are documenting the features of the product parts. Like the NLP Search Engine and documenting why we are doing this and the project's scope.

for the coding part, I believe the code should not have any documentation it should be lean