Technical record 04 / System
Syfx — Provable Autonomy
An autonomous execution and verification architecture built around the principle that execution must be supported by verifiable evidence.
Record metadata
| Record | 04 / 16 |
|---|---|
| Classification | System |
| Development status | Implementation status not established in the published brief. |
| System scope | Provable Autonomy |
| Related disciplines | Autonomous Systems · Cryptographic Verification · Financial Infrastructure · Systems Engineering |
Problem domain
Automated decisions require a visible trust boundary between a proposed action and authorization to execute it.
Engineering objectives
- Bind policy and strategy identity to proposed intent.
- Require proof and authorization before external execution.
- Retain evidence through settlement and receipt verification.
Conceptual architecture
A policy and rulebook evaluate a strategy-identified signal and construct intent. A proof boundary separates intent construction from execution authorization; an evidence journal then supports receipt and settlement reconciliation.
Decision
- Rulebook
- Strategy identity
- Signal
Proof boundary
- Trade intent
- Cryptographic proof
- Execution authorization
After authorization
- Execution receipt
- Evidence journal
- Settlement verification
Processing / execution lifecycle
- Rulebook evaluation
- Signal generation
- Intent construction
- Proof generation
- Execution authorization
- Evidence journal and receipt verification
Technical principles
- Proof first. Real money second.
- Explicit authorization boundary
- Strategy identity bound to intent
- Reconciliation against execution receipts
Operational considerations
An unverified proof, missing authorization or absent receipt must remain a distinct state. Evidence and settlement should be reconciled rather than inferred from a submitted action.
Security, reliability & disclosure
Private keys, proprietary strategies and execution parameters are not disclosed.
Related engineering disciplines