TITAN
See HELM under load.
TITAN is the proof case for HELM. It shows the boundary inside a harder system with replay, receipts, and controlled failure handling.
What TITAN shows
- Harder system, same HELM boundary.
- Receipts and replay stay visible.
- Public views can be delayed or sanitized when needed.
System layers
See the stack.
The layer explorer shows where sensing, policy, execution, and reconciliation live inside TITAN.
Public proof feed
Check receipts and replay.
Follow the public receipt feed, then replay a governed chain step by step.
Loading HELM governed receipts...
// REPLAY SANDBOX
1read_market_dataa1b2c3d4e5f67890ALLOW
2compute_signalb2c3d4e5f6789012ALLOW
3execute_tradec3d4e5f678901234DENY
4risk_checkd4e5f67890123456ALLOW
5place_ordere5f6789012345678ALLOW
Failure handling
Fail with control.
TITAN shows how the system tightens limits when conditions deteriorate.
NORMAL
All systems operating within parameters. Full position capacity and leverage available.
Position Limit
100%
Max Leverage
10×
New Positions
ALLOWED
What TITAN proves
HELM stays on the path.
TITAN matters because it keeps HELM on the action path even when the system gets harder.
Execution Boundary Invariant
The Rust engine is the only component that can place orders. TypeScript proposes, Rust executes.
TS Brain
Boundary
Rust Engine
Invariant boundary
Why it matters
Check three things.
- HELM remains on the action path even when the system gets more complex.
- Failure handling still fails with control.
- Proof still survives the run.