Sovereign Autonomous Intelligence
for Denied & Contested Environments
Built for field reality. Stress-tested across 705+ endpoints. Designed for defense, robotics, emergency response, and mission-critical systems that cannot afford to fail.
Core Capabilities
Purpose-built for environments where connectivity is a liability and failure is not an option.
Kernel Integrity Under Chaos
Context Kernel v3 maintains deterministic state management through agent crashes, memory pressure, and network partitions. Verified through 705+ endpoint stress tests.
Multi-Agent Orchestration
Coordinate specialized AI agents for perception, planning, execution, and recovery. Each agent operates independently with shared context through the memory bus.
Deterministic Recovery Paths
Autonomous healing loops detect anomalies, isolate failures, and restore operations without human intervention. Recovery time measured in milliseconds, not minutes.
Offline-First Autonomy
Zero cloud dependencies. Full operational capability in denied, disconnected, intermittent, and limited (DDIL) environments. Your data never leaves your hardware.
Sovereign Compute Principles
Hardware-agnostic deployment across Apple Silicon (MLX), NVIDIA (CUDA/TensorRT), and x86. Optimized for edge deployment with predictable resource utilization.
Pre-LLM Compliance Layer
Policy enforcement happens before model inference. Unsafe operations are blocked at the kernel level, ensuring alignment with mission parameters and ROE.
System Architecture
A unified framework for autonomous intelligence that doesn't depend on hope.
High-level architecture showing the Context Kernel, Memory Bus, and Agent Orchestration layers.
Mission Profiles
ARIA operates across domains where autonomous intelligence is mission-critical.
Defense & Intelligence
Tactical autonomy for unmanned systems, ISR processing, and multi-domain C2. Operates in DDIL environments without reach-back requirements.
Robotics & Automation
Embedded intelligence for autonomous vehicles, industrial robotics, and warehouse automation. Real-time decision making at the edge.
Emergency Response
First responder support systems for disaster scenarios. Operates when infrastructure fails and connectivity cannot be assumed.
Ready to Explore?
Dive into the technical documentation or connect with our team.