ARIA OS Roadmap
Implementation-aligned roadmap reflecting verified system maturity and current hardware validation focus. This roadmap documents completed capabilities and ongoing work, not speculative features.
Completed Phases
Foundation, governance, and coordination layers are implemented and verified through operator console behavior, endpoint testing, and long-lived runtime validation.
Status: Implemented and operator-validated across macOS, Windows, and Linux deployments.
Note: Engineering Modeling and Simulation are internal validation tools used to stress runtime behavior under constrained conditions, not marketing demos.
- Core Governance Engine (v2): Weighted voting, proposal lifecycle, audit logging
- Agent Lifecycle Management: Supervisor-authorized spawn, retire, scale operations
- Mesh Admission Control: Deterministic DISCOVERED→ADMITTED→ACTIVE→QUARANTINED flow with operator control
- Context Kernel v2: State management, request routing, circuit breaking (5 failure threshold, 60s reset)
- Thread-Safe Memory Bus: Multi-domain visibility, cross-agent communication, retention policies
- Health Polling & Multi-Phase Recovery: Detection, isolation, diagnosis, action, verification
- Platform Profiles: macOS, Windows, and Linux with consistent governance semantics and operator console behavior
- Test Harness & Operational Tooling: Stress simulator, endpoint tests, UI frontend
- Engineering Modeling and Simulation: Parametric modeling with analysis and simulation integrated into the operator environment for hardware-constrained dynamics testing and replay verification
Validation Approach
- All components verified through observable operator console behavior and immutable audit trails
- See Current System State page for comprehensive component status
- Governance engine verified with full audit trail and immutable timestamp logging
- Recovery system: 5-phase implementation with multi-confidence diagnosis and verification paths
Current Focus – Hardware Validation
Active validation phase ensuring ARIA OS operates reliably across target deployment platforms.
Outcome: Verified performance and stability on production hardware.
- Multi-node mesh behavior under real power, thermal, and network constraints
- Certificate and trust hardening for node admission and mesh TLS validation
- Long-lived sessions with continuous operator activity and subsystem churn
- Replay and evidence capture for operator audit and validation runs
- Governance audit trail durability and integrity under sustained operation
Validation Timeline
Timelines are dependent on hardware availability and validation outcomes. No delivery dates are committed until validation data is complete.
Runtime Optimization (Post-Validation)
Scheduled after hardware validation phase completes. Optimizations will be informed by measurement data, not speculation.
Outcome: Platform-specific performance tuning based on validation results.
- Memory pathway optimization informed by hardware results
- Latency and scheduling refinements based on measured behavior
- Platform-specific tuning where justified by measurement data
Optimization Principle
No optimization claims are made prior to validation. All improvements will be measured and verified before release.
Security and Certification Readiness
Planned activities to prepare for operational certification and audit.
- Threat modeling and mitigation hardening based on operational scenarios
- Audit trail durability improvements for long-lived deployments
- Optional government-aligned security profiles and compliance documentation
- Certification pathway development for customer requirements
Future Capabilities (Conditional)
These items are conditional on validation results and represent exploratory work, not committed roadmap items.
- Optional specialized accelerator support (subject to hardware validation needs)
- Expanded agent specialization and domain-specific libraries
- Extended SDK and integration tooling for partners
- Advanced observability and custom dashboard frameworks
Conditional Status
These items are not part of the current validated system. They will be added to the roadmap only after feasibility validation and demonstration of customer need.
Implementation Maturity by Component
Current state of each major system component based on verified codebase analysis.
| Component | Maturity | Version | Status |
|---|---|---|---|
| Governance Engine | Production | v2.0 | Complete |
| Agent Lifecycle | Production | v2.6 | Complete |
| Mesh Admission | Production | v2.10 | Complete |
| Context Kernel | Production | v2.0 | Complete |
| Memory Bus | Production | v2.x | Complete |
| Recovery Strategy | Production | v2.6 | Complete |
| Health Monitoring | Production | v2.x | Complete |
| Platform Profiles | Active | v2.x | In Validation |
| Engineering Modeling & Simulation | Active | v2.x | Integrated |
| Hardware Abstraction | Basic | v2.x | Partial |
Component Notes
- Production: Code is complete, tested, and deployed in use
- Active: Component is implemented and in active validation or operation
- Basic: Core functionality exists but platform-specific optimization not yet implemented
- See Current System State for detailed component breakdown
Development Principles
How ARIA OS roadmap decisions are made and executed.
Verification First
Features are not added to the roadmap until code exists and validation begins. Marketing claims are never made prior to implementation.
Measurement-Driven
Optimization and performance claims are backed by measurement data, not speculation. No benchmark claims without reproducible data.
Operator-Centric
Features are designed to give operators explicit control. Autonomous behavior is bounded by governance decisions, not assumptions.
Audit-Ready
All claims on this roadmap are defensible against source code inspection. No aspirational or unverified features are promoted.
Roadmap Philosophy
This roadmap reflects implemented and actively validated capabilities only. Features are added to the roadmap after code exists and validation begins, never before.
- All claims are defensible against source code inspection
- No aspirational or speculative features are promoted
- Performance and capability claims are backed by measurement data
- Operator control and governance constraints are always documented
Explore Implementation Details
All completed capabilities are documented and verifiable.
Questions about roadmap priorities or validation timeline? Contact our team.