Transforming Microsoft's "18-Month Bankruptcy Theory" into a programmable on-chain survival system
Three interconnected layers that form the core of the PhoenixLock survival mechanism
The immutable smart contract foundation that governs the lock/release cycles
contract PhoenixLock { struct Cycle { uint256 lockedAmount; uint256 ignitionTime; uint256 rebirthWindow; bool isNirvana; } mapping(address => Cycle[]) public vaults; }
The redemption layer for underperforming capital allocations
Unclaimed funds automatically flow into the Ash Pool, with partial redemption available after zero-knowledge proof verification.
Continuous monitoring of three vital signs for survival assessment
GitHub commits, patent filings, R&D expenditure
Cash flow coverage, burn rate, runway
NPS score, customer retention, brand sentiment
Critical decision points in the 18-month survival cycle
Comprehensive health check with weighted scoring across all vital signs
Extreme scenario modeling with Monte Carlo simulations
Automatic execution of the survival contract terms
Immortalizing survival achievements as on-chain artifacts
Specialized implementations for organizational survival
Prove resilience before major decisions
Ensure sufficient healthy capital
3/5 oracles must confirm strategic safety
Real-world stress test of the PhoenixLock mechanism
Actual completion: 97% at audit
Achieved 20.1% margin
"In silicon-based civilization, death is no longer an endpoint but a version number's decimal point—PhoenixLock keeps organizations eternally iterating at v0.18"