Browse our collection of resources to help you build more secure Solana smart contracts.
Browse our public audit reports to understand common vulnerabilities and see our audit methodology in action.
Security assessment of Jupiter's cross-chain swap router, focusing on smart contract vulnerabilities and transaction security.
View Full ReportComprehensive audit of a major DeFi lending protocol, examining collateralization mechanisms and liquidation processes.
View Full ReportTechnical review of NFT marketplace contracts, including royalty enforcement and escrow systems.
View Full ReportClients with active engagements can access their private audit reports through our secure portal.
Insights, analysis, and technical deep-dives from our security research team.
Exploring the most frequent security issues we encounter during Solana program audits and how to avoid them.
Read MoreHow attackers can exploit cross-program invocation vulnerabilities and the security measures needed to protect against them.
Read MoreLeveraging transaction simulation as a powerful tool for identifying vulnerabilities before deployment.
Read MoreComprehensive guides and resources to help you implement security best practices in your Solana projects.
Step-by-step guide to integrating security practices throughout the development lifecycle for Solana programs.
Comprehensive checklist to prepare your codebase for a successful security audit.
Framework for conducting system-wide architecture reviews to identify security concerns beyond the code level.
Best practices for implementing audit recommendations and maintaining security post-audit.
Learn about the most common security issues we find in Solana smart contracts and how to avoid them in your code.
Occurs when a program fails to validate that the account it's operating on contains the expected type of data.
A program expects Account A but receives Account B, potentially leading to unauthorized access.
Program-derived addresses (PDAs) are not properly validated, allowing attackers to provide malicious seeds.
Missing checks on PDA derivation can lead to unauthorized account creation or access.
Attackers can extract sensitive information by examining transaction instructions before they're processed.
Front-running attacks where malicious actors exploit knowledge of pending transactions.
Programs that fail to verify account ownership, allowing unauthorized modifications.
An attacker provides a look-alike account they control instead of the expected system account.
Access our comprehensive vulnerability knowledge base with detailed examples, prevention strategies, and remediation techniques.
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