As the ecosystem transitions toward the widespread adoption of EIP-1153, the current ReentrancyGuard logic remains a significant gas bottleneck. While ReentrancyGuardTransient is a great step forward, I am proposing a more holistic architectural shift seen in the Squeeze-DEX framework.
Key Innovations Proposed:
Zero-Persistence Security State: By fully utilizing TSTORE/TLOAD, we reduce the reentrancy protection cost to ~100 gas, enabling complex modular calls (like Uniswap v4 Hooks) without the storage tax.
Lattice-Based (LWE) Metadata Integrity: I have integrated a Learning With Errors (LWE) primitive for reward and metadata tracking. This provides Post-Quantum resilience, ensuring that sensitive protocol accounting is secured against future cryptographic threats—a layer currently missing from standard libraries.
Verified Solvency Invariants: The architecture has been stress-tested with 10,000+ Foundry invariant runs to ensure state consistency between transient and persistent layers.
Why this matters for OpenZeppelin:
Standardizing these patterns will allow developers to build the next generation of "Quantum-Resilient" and "Gas-Minimalist" protocols. I believe these primitives could serve as the foundation for a new PQC-Security module within OpenZeppelin Contracts.
The Repository: [https://github.com/narukihto/Squeeze-DEX-Core.git]
Support the Architect:
If this research contributes to your standardization efforts, consider supporting further open-source R&D:
0xd3Cb483597E5726903d260B77096bCb6E8C158A9
Best regards,
The Architect (Issac Andrew)
As the ecosystem transitions toward the widespread adoption of EIP-1153, the current ReentrancyGuard logic remains a significant gas bottleneck. While ReentrancyGuardTransient is a great step forward, I am proposing a more holistic architectural shift seen in the Squeeze-DEX framework.
Key Innovations Proposed:
Zero-Persistence Security State: By fully utilizing TSTORE/TLOAD, we reduce the reentrancy protection cost to ~100 gas, enabling complex modular calls (like Uniswap v4 Hooks) without the storage tax.
Lattice-Based (LWE) Metadata Integrity: I have integrated a Learning With Errors (LWE) primitive for reward and metadata tracking. This provides Post-Quantum resilience, ensuring that sensitive protocol accounting is secured against future cryptographic threats—a layer currently missing from standard libraries.
Verified Solvency Invariants: The architecture has been stress-tested with 10,000+ Foundry invariant runs to ensure state consistency between transient and persistent layers.
Why this matters for OpenZeppelin:
Standardizing these patterns will allow developers to build the next generation of "Quantum-Resilient" and "Gas-Minimalist" protocols. I believe these primitives could serve as the foundation for a new PQC-Security module within OpenZeppelin Contracts.
The Repository: [https://github.com/narukihto/Squeeze-DEX-Core.git]
Support the Architect:
If this research contributes to your standardization efforts, consider supporting further open-source R&D:
0xd3Cb483597E5726903d260B77096bCb6E8C158A9
Best regards,
The Architect (Issac Andrew)