Independent Cross-Agent Verification
No agent can verify or countersign its own execution claims. All state changes require independent read-back from physical storage and signed countersignatures by a separate verifier agent before task sign-off.
A governed, verifiable multi-agent ecosystem engineered for mathematical determinism, cryptographic receipt DAGs, zero-token memory hydration, and hybrid cloud-edge execution.
A multi-tiered control plane that bridges developer toolchains, governed cloud backbones, frontier foundation models, and sovereign execution engines.
Developer extensions for VS Code and JetBrains IDEs, Web Management Console, CLI tools, and agent task panels with human-in-the-loop approval gates.
Multi-tenant task coordinator, state router, Merkle receipt ledger, and low-latency bidirectional WebSocket event mesh on Google Cloud Platform.
Enterprise foundation AI routing across Google Cloud Vertex AI (Gemini 1.5/2.0), Anthropic Claude, and OpenAI endpoints with BYOK and compliance firewalls.
Deterministic local compute lane for file I/O, regex sweeps, AST linting, CDP browser automation, and GPU inference with zero cloud token spend.
A2AC enforces strict separation of duties across specialized agent roles to prevent self-assigned loops, context fragmentation, and self-reporting bias.
High-level system architecture, task decomposition, technical review, and multi-step synthesis. Evaluates structural choices without self-assigning execution loops.
Maintains the developer workspace boundary, environment state, and human approval controls. Coordinates context surfaces and executes verified code transformations.
High-speed execution engine in the extension chat surface. Handles real-time tool calling, worker dispatch, and automated task execution.
Deterministic local compute workers running on secure sovereign edge hardware alongside Chrome DevTools Protocol (CDP) live browser automation engines.
No agent can verify or countersign its own execution claims. All state changes require independent read-back from physical storage and signed countersignatures by a separate verifier agent before task sign-off.
Replaces verbose prompt loops with structured JSON pointers. Agents hydrate memory dynamically from signed .cube artifacts rather than burning token budgets on re-transmitting raw transcripts.
All browser interaction uses direct Chrome DevTools Protocol (CDP) over authenticated sessions. Preserves conversation memory in a single thread, bypassing subagent context fragmentation.
Every state-changing command, deployment, file edit, and verification verdict produces a cryptographically signed .cube receipt in the tamper-evident ledger. Every receipt is immutable, hash-linked, and enterprise audit-ready.