
Solana Security Checklist: 45 Anchor and Native Program Audit Checks
Run 45 Solana audit checks for Anchor and native programs, covering signer validation, CPI safety, PDAs, Token-2022, and pre-launch review.
ReadFindings, patterns, and deep dives from production audits across Solidity, Rust, Cairo, and Sway.

Run 45 Solana audit checks for Anchor and native programs, covering signer validation, CPI safety, PDAs, Token-2022, and pre-launch review.
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100+ cross-chain bridge security checks. Prevent exploits like Ronin ($625M), Wormhole ($320M), and Nomad ($190M). For bridge builders, auditors, and DeFi teams.
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Compare Move, Rust (Solana), and Solidity (EVM) architecture. Discover how L1 language choice impacts smart contract security, reentrancy risks, and audit requirements.
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Web2 casinos hide RTP manipulation. Solana GambleFi uses VRF and Zero-Edge models to make outcomes verifiable. Zealynx auditors explain the security trade-offs.
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ERC-1400 security token standard explained: Implement compliant RWA tokenization with partitions, transfer restrictions, and KYC hooks. Complete developer guide for regulated blockchain securities.
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How smart contract security drives sticky TVL in DeFi. Learn the Trust Architecture model, reentrancy patterns, and why audited protocols retain more liquidity — Zealynx.
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Step-by-step guide to writing a custom Aderyn detector in Rust: AST traversal, Solidity pattern matching, and publishing your first static analysis rule — Zealynx.
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How fuzz testing catches smart contract bugs that unit tests miss: Foundry invariant testing, property-based fuzzing, and real DeFi exploit examples — Zealynx Security.
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Discover how fuzz testing and formal verification enhance blockchain security. Deep dive into advanced techniques for detecting critical smart contract vulnerabilities.
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Learn how to use inline assembly (Yul) in Solidity to save gas on hashing, loops, math operations, storage writes, zero-address checks, and ETH balance reads — with side-by-side gas comparisons.
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Learn how understanding the Ethereum Virtual Machine internals — cold vs warm access, zero vs non-zero storage, variable packing, and uint sizing — can significantly reduce gas costs in your Solidity smart contracts.
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