Platform
Security
These limitations are documented intentionally and tracked publicly to prevent implicit safety assumptions.
Risk Philosophy
At Syntronus, risk is not avoided; it is assumed, precisely measured, and strictly compartmentalized. We operate under the axiom that market turbulence is inevitable, and therefore, protocol solvency must be prioritized over growth.
Safety Protocols
Legal State Enforcement
Forbids invalid transitions. Default is a declared legal state, not a probabilistic liquidation triggered by price feeds.
Bonded Accountability
Governance participants and team are subject to a 48-month lock-up. Participant access is gated by a 500k SYN bond.
Committed Lifecycle
No pooled liquidity. Capital is committed and drawn down per isolated mandate, aligning maturity with asset duration.
Authorized Data Push
Risk parameters are pushed by authorized professional entities via digital signatures, avoiding DEX-based oracle fragility.
Regulatory-Aware Design
Engineered for institutional compliance. Parameters are restricted by system-wide invariant limits.
Safety Layers
Our defensive architecture utilizes a cascading sequence to ensure the protocol remains 100% solvent. Crucially, the system does not utilize inflationary token minting to absorb losses.
Collateral Recovery
Declared defaults initiate legal recovery workflows to perfect security interests.
Vault-Specific Reserves
Fees generated by the specific Credit Vault act as the primary loss-absorption layer.
Structured Tranching
Losses are absorbed by Junior/Equities tranches before affecting Senior lenders.
Manual Intervention
Authorized Servicers execute subjective risk remediation via the state machine.
Structural Defenses
Non-Reflexive Design: $SYN is NOT used as an insurance backstop, preventing reflexive death spirals.
Legal Determinism: State transitions map 1:1 to off-chain legal reality and perfected collateral.
Vault Isolation: Risk is contained within the Credit Vault perimeter; liabilities do not bridge across the protocol.
Hard Limit Barriers
Maximum borrow capacities are architecturally capped and cannot be overridden by standard governance sessions.
Latency Control
Oracle price feeds utilize TWAP (Time-Weighted Average Price) to mitigate flash-loan induced manipulation attempts.
Pause Mechanisms
Automated circuit breakers trigger a 'Safe Mode' if volatility exceeds 10% in a single hour across tracked assets.
Governance Limitations
Permitted Actions
- Update interest rate curve parameters
- Authorize new collateral types (RWA)
- Adjust liquidation incentives
Strictly Forbidden
- Confiscation of user funds or principal
- Modification of interest rates for active loans
- Forced default on performing state machine loans
Stress Scenario Behavior
In the event of extreme market dislocation, the protocol enters a 'Deterministic Safe Mode'. This state prioritizes terminal durability and capital preservation over transaction throughput. Our model assumes that "Code Enforces Law"—the system acts as an immutable auditor of recovery, ensuring that even in terminal stress, the distribution of recovered assets adheres strictly to the pre-agreed legal waterfall.