01
Kubernetes Jobs
Heavy agent work becomes schedulable Jobs with isolation, placement, and concurrency controls.
Open source · Kubernetes operator
AnvilAgents
Agents as cluster jobs, not chatbots
Durable multi-harness agent loops on Kubernetes. Turn builds, suites, scans, indexes, and long research into isolated Jobs with composable profiles, durable storage, and an observable run record.
v0.1 livePersistentObservableRestartable
Why we built it
Leave the laptop behind
A chatbot answers a tenant question in seconds. Platform work — multi-file changes, test suites, security analysis, recurring maintenance — needs identity, capacity, isolation, and a result that remains useful after the conversation ends.
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Multi-harness
Codex, OpenCode, Hermes, OpenClaw, Grok Build, Pi, or a custom harness behind one run contract.
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Composable
Change a skill, tool, harness, profile, or schedule independently — keep change local.
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Standalone
No Anvil Primaris or control-plane lock-in required. Apache-2.0 operator you can run anywhere.
Composition model
Small objects. Local change.
The important design choice is not the model provider. It is the set of objects that describe what the work is, how it runs, and when it should start. Read the essay.
AgentRun
Append-only execution record. One run, one Job, one durable result. A retry is a new run.
AgentRunProfile
Reusable role: scope, policy, standing prompt, and composition for a worker without embedding pod details.
AgentHarnessProfile
Execution envelope: backend, image, identity, credentials, storage, limits, placement, timeout.
Skill & Tool Sets
Instructions stay separate from executables. Skills teach when; tools install and prove clients.
AgentSchedule
Cadence and launch policy for append-only runs — suspension, concurrency, named templates, backoff.
Optional OIDC API
Optional read API and live SSE logs so operators can inspect runs with their own OIDC-protected deployment.
Documentation
Install, compose, operate
Full operator docs live on this site — getting started, harnesses, security, streams, and more — with diagrams that match how the system actually runs.