What It's Built
From defense systems to protocol-heavy engineering, FORCE has already been used to ship real software across mission, science, security, and operations.
FORCE has already been used across mission command, intelligence fusion, autonomy assurance, and secure operations where visibility and coordination matter.
From spacecraft encryption to orbital mechanics and GPS-denied navigation, the fleet has already delivered on systems where correctness matters as much as speed.
FORCE has shipped across backend services, UI, analytics, automation, and operational software where many roles need to work in parallel.
Representative systems
These examples matter because they show the same multi-agent system can be applied across domains without changing the core runtime story.
Orbital mechanics and space-weather decision support for conditions where timing and interpretation matter.
Real-time intelligence, analysis, and tactical awareness systems built on top of coordinated autonomous work.
Security, compliance, and mission-assurance work in Rust where auditability and rigor matter.
Systems spanning DOE, operations, analytics, and research-heavy workflows that benefit from multi-agent execution.
Validation
These signals support the product story. They are evidence that FORCE has already been used under real execution pressure.
See it live
The best way to understand what FORCE can build is to see the hierarchy, the operator surface, and the runtime working through real tasks.