ARIA OS Roadmap
Operational milestones for a sovereign intelligence system built for denied and contested environments.
Phase 1: Substrate Stabilization
Foundation layer validated through rigorous stress testing and chaos engineering.
Outcome: A substrate that does not drift under adversarial load.
- Core kernel integrity checks under adversarial load
- Identity continuity and state durability verification
- Recovery logic, event routing, and boundary enforcement
- 705+ validated endpoints under mixed payload conditions
Phase 2: Multi-Agent Intelligence
Coordinated reasoning across specialized autonomous agents.
Outcome: Agents that coordinate without central orchestration.
- Coordinated reasoning across autonomous agents
- Distributed memory graph expansion
- Adversarial simulation under 50-100 RPS mixed chaos runs
- Operator, hybrid, fusion, and autonomous modes refinement
Phase 3: Sovereign Autonomy
Full independence from external infrastructure and human intervention.
Outcome: A system that operates indefinitely without human intervention.
- Self-directed mission execution
- Adaptive recovery without human intervention
- Mesh level coordination across distributed nodes
- Full system operation without cloud reliance
Phase 4: Deployment Readiness
Hardware validation and operational profile certification.
Outcome: Validated deployment packages for edge hardware.
- Validation on NVIDIA Jetson class and similar hardware
- Apple Silicon optimization for field devices
- Offline and air-gapped operational profiles
- Deployment pathways for defense, emergency response, and robotics
Phase 5: Field Certification and Adoption
Production deployment in denied and degraded environments.
Outcome: Certified autonomous intelligence for contested operations.
- End-to-end validation in denied and degraded environments
- Partner integrations for major hardware and cloud vendors where appropriate
- Alignment with DARPA and DoD style operational requirements
- Full sovereign autonomy certification package for mission systems
Feature Development by Category
Core Kernel
- Kernel hot-patching
- Zero-downtime upgrades
- Extended state compression
- Hardware security module integration
Agent System
- Agent marketplace
- Custom agent SDK
- Agent versioning
- A/B testing framework
Hardware Support
- Intel Gaudi support
- AMD ROCm support
- FPGA acceleration
- Custom ASIC integration
Security
- FedRAMP certification path
- Zero-trust architecture
- Encrypted state storage
- Tamper-evident logging
Observability
- Distributed tracing
- Custom dashboards
- Alerting framework
- Cost attribution
Integration
- ROS 2 integration
- MQTT/DDS support
- OPC UA connector
- Cloud sync (optional)
Research Initiatives
Active research areas informing future development.
| Initiative | Focus Area | Status | Target Version |
|---|---|---|---|
| Neuro-Symbolic Integration | Hybrid neural-symbolic reasoning | Active Research | v5.0+ |
| Adaptive Compute | Dynamic resource allocation based on task complexity | Prototyping | v3.5 |
| Secure Aggregation | Privacy-preserving multi-party computation | Active Research | v4.0 |
| Temporal Reasoning | Time-aware planning and prediction | Conceptual | v5.0+ |
| Edge-Cloud Continuum | Seamless workload migration | Prototyping | v4.0 |
Validate the Claims
All roadmap phases are backed by live stress test data and repeatable runs.
Interested in partnership or deployment discussions? Contact our team.