Autonomy Core
A mission-state runtime pattern for bounded planning, task sequencing, mode transitions, contingency logic, and deterministic policy checks around adaptive components.
SOFTWARE
The public site describes software capability modules, not downloadable weapon-control software. Program implementations are tailored to customer systems, security boundaries, authorities, and accredited environments.
No. The public site describes software architecture and services. Operational implementations are delivered only within authorized government or contractor program channels and are not distributed publicly from this website.
A mission-state runtime pattern for bounded planning, task sequencing, mode transitions, contingency logic, and deterministic policy checks around adaptive components.
An independent enforcement layer for mission limits, authorization state, system health, time/geographic boundaries, allowed actions, and safe-state transitions.
A machine-readable representation of objectives, dependencies, resources, authorities, state transitions, and alternative mission paths.
A typed adapter boundary between autonomy software and platform, sensor, C2, telemetry, logging, and customer-owned interface layers.
Scenario playback, synthetic inputs, fault injection, seeded runs, event capture, replay, and comparison across software versions.
Tamper-evident decision/event records, configuration fingerprints, model versions, policy state, test provenance, and release evidence for assurance cases.
SUPPLY CHAIN
We prefer local, customer-owned, or first-party components; explicit software inventories; locked versions; reproducible builds; testable update paths; and deployment environments that do not require hidden runtime services. Public web assets are likewise same-origin and dependency-free.
ENGAGEMENT
Start with unclassified business context. Controlled technical exchange begins after the correct program, contractual, and security channels are established.
Contracting information