Control Plane
Many agents. One organization.
Coordinate work across agents, humans, and teams. Keep ownership, delegation, approvals, and handoffs in a common organizational context.
Explore Control Plane ↗Humans.
Agents.
Shared work.
One control plane for humans, AI agents, and infrastructure.
Coordinate work across teams and environments. Keep identity, authority, and evidence connected from development to production.
Infrastructure for platform and security teams working with autonomous agents.
A developer asks an agent to fix a service. Code goes to a repository, tests run in CI, and a deployment uses cloud credentials to change a cluster.
Each tool understands its part. The relationship between the request, the permission to act, and the result can be lost between them.
People reconstruct context by hand. Agents can duplicate work, permissions can exceed the task, and handoffs can lose decisions. When something fails, the supporting records are scattered.
Everyone involved in a task needs to know what was requested, who is responsible, what has been approved, and what still needs to happen.
False Systems is designed to connect assignments, decisions, permissions, and results across tools and handoffs. Teams should be able to continue the task without reconstructing its history from separate conversations.
One piece of work · shared context across all three
Coordinate work across agents, humans, and teams. Keep ownership, delegation, approvals, and handoffs in a common organizational context.
Explore Control Plane ↗Run work across execution environments. Give the task an identity, bounded authority, and retained results independent of a particular worker.
Explore Habitat ↗Connect observed actions to their actors, grants, and history. Make the supporting records checkable and the uncertain outcomes visible.
Explore Evidence ↗Product responsibilities, not a synchronous execution stack. Coordination and evidence publication are separate from the local execution path.
Your agents can use different harnesses. Your organization still needs one way to coordinate their work.
An agent harness manages how an agent works. An organizational harness manages how agents and humans work together: shared context, ownership, dependencies, approvals, and handoffs.
Control Plane is designed to provide that layer across tools such as Claude Code, Codex, and Pi, and workflows involving GitHub, cloud infrastructure, and Kubernetes. These illustrate the intended scope, not a verified integration list.
Explore Control Plane ↗Humans · Teams · Policies
Shared work · Ownership · Delegation · Approvals · Handoffs
HabitatOperations · Workers · Hosts
EvidenceActors · Grants · Observations · Outcomes
One request. Several workers. A human decision before the privileged step.
Illustrative workflow / Not a live connected demonstration
Control Plane relates the request to its owner, intended result, and scope.
The agent uses its own harness. Habitat associates execution with an Operation and its permitted resources.
One runs tests; another examines an infrastructure dependency. Their work and handoffs stay related to the original request.
Production access requires a separate decision. Approval concerns the specific action and scope, not unrestricted credentials for the agent.
Habitat checks runtime authority. Evidence connects observations to the worker, grant, and work; an unconfirmed external outcome stays unconfirmed.
Control Plane coordinates decisions. Habitat manages execution. Evidence supports checking the account. This example describes the intended product relationship, not universal integrations or production-wide enforcement.
False Systems addresses the relationship between organizational work, authority, and outcomes across existing systems. The categories overlap; each still has a job to do.
What should survive when the worker disappears? An investigation of work identity, authority, and responsibility, informed by systems history.
Linux/eBPF and BPF-LSM enforcement, with explicit capture and enforcement limits. The public project documents its reproducible privileged verification gates ↗ and required Linux environment.
A separate experiment in execution infrastructure on the BEAM. Read the question and its limits in the Journal, then inspect the public source ↗.
Journal essays explain the thinking; independent research tests particular ideas. Neither establishes complete commercial-platform guarantees. Syvä and Sykli are distinct projects, not required platform components. Read the historical execution research ↗
Working with agents across development, infrastructure, or production? Let’s examine where coordination, authority, and evidence become difficult.
Talk with False Systems ↗