Aegis-Agent Pattern
Conceptual Architecture: Stateful DAG supervisor with deterministic rollback safeguards
Context & Core Problem
Multi-agent frameworks often enter uncontrolled execution loops, hallucinatory tool chaining, or state corruption when an intermediate tool returns an unexpected payload or transient error.
Architectural Approach & Decisions
Engineered a conceptual stateful DAG supervisor design with snapshot-based state rollback, schema-enforced tool contracts, and an independent validator node that audits changes before committing to workspace state.
Verifiable Evidence & Observable Outcomes
Design Specification: Hard step budget with copy-on-write snapshot rollback designed to prevent unhandled mutation faults across injected fault scenarios.
Empirical Result
Architectural specification defining deterministic action isolation, state machine checkpoints, and pre-commit invariant audits.
System Architecture & Data Flow
User Intent
Decomposed into verifiable acceptance criteria & sub-goals
Supervisor Planner
Constructs topologically sorted execution graph
Isolated Worker
Executes atomic tool inside sandboxed context
Independent Gate
Audits diff & assertions before merging state
Technical Architecture Specifications
Transparent Limitations & Governance Boundaries
Conceptual reference architecture illustrating design patterns; not a commissioned client engagement.