>/577 Industries
The Agent-Legible Operating System

Deploy AI That Survives the Real World.

FORGE OS turns foundation models into governed, deployable AI systems across edge, cloud, and air-gapped environments. One Intelligence Engine orchestrates four subsystems through Forge Cortex, the orchestration layer for MLOps that unifies routing, identity, policy, and execution.

The 577i Advantage

Why Teams Choose 577 Industries

Model-Agnostic Intelligence

Run commercial or open-source foundation models behind one interface. Swap models without rebuilding your entire workflow stack.

Powered by FORGE Intelligence Engine

Governance Built In

Citations, provenance, and thread reconstruction are native platform behaviors so teams can audit outcomes, not just outputs.

Powered by FORGE Memory

Mission-Ready Deployment

Deploy across tactical edge, private cloud, and air-gapped environments with one architecture spanning robotics and advanced computing.

Powered by FORGE Kinetic + QBit
3-0x
Faster to Field
vs. custom builds
60-0%
Faster Delivery
with COTS-first deployment
0
FORGE Subsystems
orchestrated by one engine
FORGE OS Architecture

One Brain. Four Subsystems. One Agent-Legible Operating System.

Start with the subsystem you need now, then expand without re-architecture. FORGE OS gives teams one operating system for model routing, governance, memory, robotics, advanced computing, and modernization workflows.

THE BRAIN

FORGE Intelligence Engine

Central orchestration for enterprise AI operations: model routing, shared ontology management, and post-training pipelines across every subsystem.

Model RoutingPost-Training PipelineShared Ontology Management
3-5xFaster inference
Explore the Engine

FORGE CORTEX · ORCHESTRATION LAYER FOR MLOPS

Forge Cortex, the orchestration layer for MLOps, links every subsystem through shared identity, policy, and event routing so FORGE OS behaves as one system.

Engagement Model

Three Phases to Deployment

01

Platform Assessment

Evaluate existing infrastructure, identify integration points, define success metrics and deployment constraints.

02

Prototype & Integration

Rapid prototyping on COTS platforms, iterative refinement with operational feedback, edge optimization.

03

Field Validation

Deployment to operational environments, performance validation against real-world conditions, handoff to operators.

Trusted by defense, research & industry leaders

U.S. ArmyU.S. NavyU.S. Air ForceU.S. Space ForceSOCOMNSADARPAAFRLCISANVIDIABattelleOak Ridge National LabOhio State UniversityRogue FitnessNationwideMt. Carmel HealthPort of Cleveland