Research Roadmap

Institutional Roadmap

Our research timeline defines the progressive development of safety infrastructure, starting with local runtime containment (Anchor) and concluding with verifiable, mathematically-governed machine intelligence.

2026active
Program: Anchor

Deterministic Runtime Governance

Developing the layer-1 security runtime for autonomous systems. Enforcing compile-time Abstract Syntax Tree (AST) scanning, virtualized WebAssembly containment, and tamper-evident local therapy logs.

Key Milestones & Deliverables

  • //WASM sandbox isolation engine (Diamond Cage)
  • //Multi-language AST scan adapters (Python, JS, Rust)
  • //Decoupled edge Spoke telemetry synchronization
  • //Drafting and publishing the Anchor Whitepaper
2027planned
Program: ANIMUS

Deterministic Cognitive Reasoning

Investigating symbolic reasoning architectures and neural-symbolic cognitive boundaries. Moving past probabilistic text predictions to build agents whose cognitive steps are mathematically verifiable.

Key Milestones & Deliverables

  • //Symbolic path resolution compilers
  • //State-transition cognitive limiters
  • //Rigid logical constraint solver integration
  • //Pre-compilation reasoning path audits
2028planned
Program: Shadow Watch

Observability & Session Trust

Building decentralised observability infrastructure for forensic audit trails. Researching session trust, behavior drift detection, and automated recovery loops inside highly distributed system clusters.

Key Milestones & Deliverables

  • //Cryptographically chained session logs (Therapy Ledger)
  • //Zero-Knowledge telemetry validation proofs
  • //Real-time drift mitigation triggers
  • //Regulator oversight portals with temporal proofs
2030+long-term
Program: Governable Intelligence

Mathematical Safety Boundaries

Integrating runtime boundaries, deterministic reasoning paths, and immutable audit logs into a unified framework for legally-compliant machine intelligence operating inside critical infrastructure.

Key Milestones & Deliverables

  • //Formal specification verification proofs
  • //Legal-computational compiler layers
  • //Autonomous institutional agent containment
  • //Global federated safety networks