TITAN
Multi-vendor agent ecosystems governed by a shared trust envelope and cryptographic accounting.
The Rust Execution Boundary
TITAN enforces a strict separation of concerns: the TypeScript "brain" can only propose strategies, but all state mutations and exchange trades must be cryptographically signed and executed by the Rust kernel.
Architecture
Click any layer to explore its capabilities in detail.
Core Properties
Fail-Closed Execution
Every multi-agent interaction is governed by the same kernel invariants as single-agent HELM.
Circuit Breaker
Automatic isolation of failing agents with graceful degradation across the ecosystem.
Cryptographic Reconciliation
Cross-agent ledger reconciliation using hash-linked receipt chains.
4-state graceful degradation
Click a state or use the controls to see how TITAN degrades gracefully under stress.
All systems operating within parameters. Full position capacity and leverage available.
Replay verification
Replay the receipt chain to verify every hash matches. This is the same verification that runs offline.
Organism Topology
TypeScript brain proposes strategies. Rust engine owns execution. Every decision produces proof.
Execution Boundary Invariant
The Rust engine is the only component that can place orders. TypeScript proposes, Rust executes.
Decision & Risk Gate Timeline
Every trading decision flows through risk gates before reaching the execution boundary.
Technology Stack
| Layer | Technology | Capability |
|---|---|---|
| Execution | HELM Kernel (Go) | Deterministic execution, proofs |
| Intelligence | Multi-vendor LLM fabric | Model selection, cost optimization |
| Messaging | NATS JetStream | Async event processing |
| Persistence | PostgreSQL + EventStore | Event sourcing, CQRS |
| Deployment | Kubernetes + Istio | Multi-cluster, multi-region |
TITAN architecture is detailed in our research publications. The same proof-first principles power HELM.