Governed Autonomy GCS

Deterministic governance for autonomous drone operations.

Flightworks Control is an open-source ground control station that makes AI-assisted drone operations auditable, replayable, and defensible. Built on SwiftVector deterministic control patterns.

Technology

Core technology

Three pillars of governed autonomy for safety-critical drone operations.

Flightworks Control

Governance-first ground control station with deterministic reducers, explicit approvals, and audit-ready workflows.

Learn more

Governed Autonomy

Deterministic state control where AI agents propose and reducers authorize. Every decision is auditable and replayable.

Learn more

Fire Perimeter Monitoring

Overnight wildfire monitoring with multi-asset governance, escalation tiers, and degraded mode discipline. Lead demo target.

Learn more
Lead Use Case

Overnight wildfire perimeter monitoring

FireLaw is the first jurisdiction to exercise multi-asset governance, extended autonomous operations, and escalation-tier authority — the hard problem where deterministic governance justifies its architectural cost.

Multi-asset task leases

Fleet-wide coordination through bounded, revocable task assignments. No authority escalation through delegation.

4-tier escalation model

Deterministic escalation from Routine through Emergency. Same inputs always produce the same tier. No silent drops.

Degraded mode discipline

Less information means less authority, never more. When comms fail, the autonomy envelope contracts.

Evidence-first audit

SHA256 hash chain, deterministic replay, and complete after-action evidence packages for post-incident review.

Explore fire monitoring architecture
Architecture

Built on SwiftVector

Deterministic control patterns for safety-critical AI systems. Agents propose, reducers authorize, state is truth.

State Agent Action Reducer New State

Read the SwiftVector Whitepaper →

Interested in SBIR collaboration?

We support technical evaluation with governance-first artifacts, evidence bundles, and clear integration boundaries.