Product

The infrastructure layer
for autonomous AI.

FORCE sits between your agents and production. It is not an agent framework. It is the operational infrastructure that makes autonomous systems reliable, accountable, and deployable.

FORCE operator surface runtime live
FORCE operator surface showing the live hierarchy, terminals, and progress rollups
44 production agents running today inside the live FORCE triad
5 tiers of command council through workers in one visible organizational runtime
YAML fleet shape providers, squadron count, lanes, and depth are configurable
7+ mo continuous runtime the multi-agent system has been operating since July 2025

Core capabilities

What FORCE actually does.

FORCE does not just host agents. It turns autonomous work into an organizational system with visibility, memory, replay, and governance built into the runtime itself.

Fleet orchestration

Hierarchical delegation runs from APEX through squadrons, teams, and specialized workers so complex work can move in parallel without dissolving into chaos.

  • five-tier chain of command
  • parallel work with clean escalation paths
  • runtime shaped by mission rather than hard-coded roles

Multi-model verification

Independent model lanes and specialist roles cross-check each other before work propagates. Reliability comes from structure, not one model pretending to do everything.

  • vendor-neutral verification
  • structural review across the hierarchy
  • confidence and oversight built into execution

Journal + replay

Every action can be traced, inspected, and replayed when teams need to know what happened, why it happened, and what the fleet actually did.

  • replayable execution and forensics
  • operator visibility during execution
  • durable context across longer-running operations

Durable execution

Runs survive interruptions and resume without losing the fleet’s place. FORCE is built for work that spans sessions, teams, and longer operational windows.

  • persistent fleet memory
  • structured tool execution
  • controls, kill-switches, and intervention pathways

Under the hood

Built for real runtime depth.

The hierarchy gets the attention first. Underneath it is the systems layer needed to preserve context, route work, expose operations, and survive real execution pressure.

Runtime

Rust core

Built in Rust with async orchestration for long-running autonomous work rather than thin wrappers around prompt chains.

Memory

Persistent knowledge

Graph-backed memory and hybrid recall let fleets keep context across sessions instead of restarting from zero every time.

Tooling

Typed execution layer

Agents read, edit, run, validate, inspect, and coordinate through structured tools with permissions and auditability.

See it running

See the fleet work live.

The best walkthrough is the product itself: live hierarchy, active terminals, real delegation, and a system that can be inspected while it runs.