Defense vertical
Autonomous mission systems
with a visible chain of command.
Built on FORCE COMMAND, this is not a static trust dashboard for defense. It is the runtime and operator surface behind mission, intelligence, and autonomy platforms built to run in real environments.
Why this matters
Defense autonomy fails when operators cannot see the system.
FORCE brings hierarchy, concurrency, replayability, and operator visibility into the same surface so autonomous work can be inspected while it is happening instead of only after the fact.
- multi-agent work exposed in a real operator console
- mission systems built on top of the same runtime
- portable across cloud, on-prem, and isolated environments
Showcase systems
ARCHON and WATCHMAN anchor the defense story.
These are not concept names. They are the clearest proof that FORCE already runs at the command, intelligence, and operator-surface layer defense buyers actually care about.
ARCHON turns vendor-specific autonomy into one governed command layer.
ARCHON sits above the control systems, adapters, and mission apps you already have so heterogeneous fleets can be tasked through one operational picture instead of siloed consoles.
- 23 protocol adapters spanning air, surface, subsurface, ground, and partner systems
- cryptographic governance, DDIL authority decay, and replayable command decisions
- web and Unreal Command Theater surfaces built for RAS-style operations
WATCHMAN closes the loop between sensing, prediction, and tasking.
WATCHMAN fuses live signals, scores uncertainty, and pushes operationally useful intelligence back into the mission stack instead of stopping at dashboards and brief slides.
- 40+ intelligence pipelines across 7 INT domains feeding live assessments
- 115 hypotheses across 18 theaters with calibrated Bayesian forecasting
- outputs built for TAK, Lattice, Palantir, and Navy watch-floor workflows
Defense portfolio
The broader stack proves range, not just one demo.
Around the two flagships is a wider portfolio covering autonomy assurance, mission assurance, coalition release, explainability, and space-weather operations.
AURORA
Space-weather and orbital decision support for degraded conditions where timing, operational interpretation, and edge resilience matter more than static dashboards.
AEGIS
Autonomy testing, evaluation, and adversarial validation designed to pressure systems before deployment and surface failure modes early.
FORTRESS
Mission assurance, cATO-oriented compliance automation, and structured evidence generation built around secure and constrained environments.
COALITION / ARSENAL / EXPLAIN
Coalition release management, supply-chain intelligence, and explainability layers that round out the portfolio around the core fleet runtime.
Why FORCE fits defense
Built for heterogeneous, operator-owned environments.
The strongest defense story is not that FORCE is “governance software.” It is that FORCE makes autonomous mission work visible, coordinated, and structurally understandable.
Autonomy needs a real chain of command
FORCE gives mission systems a visible hierarchy instead of a black box of loosely connected agents.
Operators need the surface, not just the result
The same runtime that executes the work exposes progress, terminals, status, and intervention points as the mission moves.
Heterogeneous systems are the real environment
Defense stacks are not single-vendor. FORCE is strongest when multiple tools, models, and systems have to work together cleanly.
Deployments can stay constrained
Cloud, on-prem, and air-gapped paths remain part of the story for teams that need isolation without losing operator visibility.