About Mission Control

We build the governance + orchestration layer that lets companies trust autonomous agents with their spend.

The thesis

x402 solves the protocol question — how do agents pay APIs? The remaining question, the one that decides whether a CFO can sleep at night, is governance. Who authorized this spend? What was the audit trail? Was the result verified before we paid? Can we dispute a bad outcome? Can we halt every paid call across the org during an incident?

Mission Control answers all of those — once, in one platform, on one architectural rule: agent proposes, policy decides, signer signs, verifier validates, ledger records.

What we ship

  • A Mission Engine — durable state machine that owns a mission's lifecycle.
  • A deterministic Policy Engine — pure function, no LLM in the spend authorization path.
  • A Smart Router — explainable scoring across success rate, verification pass rate, latency, price.
  • An isolated Wallet Signer — production guard refuses env-key signers in mainnet mode.
  • A Result Verifier — schema, freshness, sources, cross-source consistency, plus an LLM evaluator signal.
  • A hash-chained audit ledger — verifyChain() detects tampering.
  • An approvals queue, a disputes flow, provider certification, webhooks, mission templates, kill switch.
  • SDKs in TypeScript, an MCP server, an OpenAPI 3.1 spec, and the open data formats llms.txt + AGENTS.md + /.well-known/agentic-market.json.

What we believe

The defensible moat is not the protocol — x402 is open and Linux-Foundation-hosted. The moat is the execution-data graph: which providers actually deliver high-confidence outcomes for which mission types, at what cost, with what reliability. That graph is built mission-by-mission and can't be copied.

We bet that companies will pay for the governance layer (policy, audit, verification, dispute, certification) more than they'll pay for the protocol or the discovery layer. That's why our pricing is orchestration-fee-based and our defensibility is data-driven.

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