Architecture

AgentPlat's technical architecture is designed by Grishen (opens in a new tab). The architecture treats autonomous agents as an operational system: coordination is bounded, authority is explicit, failures are recoverable and consequential outcomes are evidenced.

Architectural principles

• Local coordination over unrestricted broadcast: peers operate through bounded views and policy-approved state.
• Recovery as a first-class concern: assignments, teams, missions and peer state can pause, recover or replan after failure.
• Governed evolution: Agent Morphogenesis changes operational form through explicit proposals, decisions, fences and subsystem receipts.
• Authority separation: planning, coordination, execution and external effects have distinct boundaries.
• Protected effects: leases, fencing, identity and policy are revalidated before consequential actions.
• Evidence by construction: decisions, membership changes, recoveries and outcomes retain causal context.
• Provider-neutral composition: model providers, transports, persistence and deployment environments remain replaceable adapters.

Architecture layers

Applications and missions
        ↓
Collective Runtime: planning · teams · execution · recovery
        ↓
Agent Morphogenesis: governed organizational evolution
        ↓
Agent Mesh: peers · membership · causal sync · quorum · sparse views
        ↓
Safety and Evidence: policy · authority · fencing · audit · trust
        ↓
Adapters: models · tools · PostgreSQL · transport · deployment

This architecture defines the public contracts. A deployment still requires the adopting organization to configure its infrastructure, policies, credentials, model providers and operational controls.

Related technical references

• Core Concepts
• Collective Runtime
• Agent Morphogenesis
• Agent Mesh
• Safety and Governance
• Evidence and Operations
• Grishen (opens in a new tab)