Tag
#protocol-design
10 repositories
Repos
A comprehensive guide to designing economically safe ERC-20 tokens using formal invariants and strict permission boundaries. Covers supply caps, fee ceilings, liquidity guarantees, transfer safety, oracle integrity, upgrade control, and economic threat modeling. Focused on real-world DeFi security and robust token design.
A deep research study introducing the concept of Economic DNA Repair for smart contracts, designing self-correcting tokenomics that detect anomalies, repair unstable parameters, rebalance incentives, and restore economic equilibrium. Explores adaptive rewards, automated governance, liquidity healing, and resilience in decentralized systems.
A research-grade lab for stress-testing DeFi protocols using Solidity mini-systems, a Python simulation engine, and a Streamlit dashboard. Simulates price crashes, liquidity shifts, AMM behavior, lending liquidations, and systemic risk dynamics. Designed for DeFi engineers, auditors, and researchers.
A deep exploration of the economic physics governing DeFi crashes, AMM decay, liquidity spirals, and liquidation cascades. This article models decentralized finance as a nonlinear system driven by invariants, thresholds, and feedback loops, revealing why crashes follow predictable laws of motion.
🧪 Simulate and analyze DeFi risks through stress-testing scenarios for smart contracts and models in a user-friendly, research-grade environment.
Claude plugin for applied blockchain research: formalizing behavior gaps, designing causal proofs, and extending standards like ERC‑6551.
Invariant-driven smart-contract architecture: 16-house system, proofs, and composable protocol design.
xecution-free finality for Ethereum. VERDICT anchors only the existence of a final judgment as a hash. Execution, proofs, and verification happen off-chain. If the hash matches, it happened. If not, it never happened.
Comprehensive whitepaper, mechanics, and security threat models for the Vialpump auto-mint protocol.