One Operator. One Screen. Every Domain.

• Operator readiness in under 40 hours of classroom instruction
• Cognitive bandwidth when one operator manages six or more vehicles simultaneously
• Forensic audit trails that survive the loss of the central coordinator
• Cryptographically signed proof that an action was authorized - by whom - and what occurred
• Airframe and inference flexibility (most systems lock the program office to a single vendor stack)

The result: small talent pools, slow operations under pressure, and audit trails that depend on the integrity of the system that wrote them.

The Hive runs as a FastAPI/Python service on a dedicated AIL server. 

78+ REST endpoints. 

• WebSocket StreamRelay for real-time channels. 
• Task queue with OS-aware routing. 
• Circuit-breakers. 
• Prometheus metrics. 
• Lucile enforcement middleware on every privileged path.

The authoritative store is SQLite - not PostgreSQL. This is a deliberate architectural decision: PostgreSQL downtime does not block ledger writes. PostgreSQL is kept as an eventually-consistent analytics cache only.

Every operator command and every node-executed action is written to a SHA-256 hash-chained, SQLite-authoritative, per-node-replicated immutable ledger.

• Block hashes are byte-identical across the Python and Rust implementations. CI golden-vector tests turn cross-language drift into a build failure rather than a silent audit-corruption mode.
• Every admitted node holds a full local replica. Verifies the chain independently every 15 minutes.
• Loss of the coordinator does not erase authority grants, mission configurations, or safety envelopes - they are on disk at every node.
• A compromised hive cannot silently rewrite history. Divergence is detected on the next verify cycle, by every participant in the swarm.

For an evaluator, the practical consequence is direct: a post-mission forensic pivot on any single ULID correlation ID can reconstruct the full chain - operator click to kinetic result - with cryptographic certainty.

Bring us specs, a device driver, and a connection method. We integrate lucy-node and the platform; air, ground, surface, or sub-surface becomes a first-class Nexus asset under the same cryptographic audit trail as every other node in the swarm.

Every asset, regardless of domain, lives under one Lucile identity envelope and one operator workstation.

• Production today, simulation-validated on real hardware: not slideware
• CMMC Level 2 self-attested with Purdue MEP support
• Cleared personnel for sensitive integration work
• Cross-language ledger verifiability: Rust + Python compute byte-identical SHA-256 hashes
• No vendor lock-in: airframe-agnostic, LLM-agnostic, cloud-agnostic
• Zero active partnerships at submission time: we name no prime, fully open for teaming