blockchain-security

To analyze Solidity smart contracts for security flaws, you can compute and verify storage slot mappings to detect misaligned storage between contracts. This reveals misconfigurations and vulnerable patterns for proactive security testing.

Delegatecall creates smart contract vulnerabilities by executing logic in the caller's storage context. Analyzing Solidity contracts helps detect risky delegatecalls and assess storage layout mapping to preempt delegatecall exploit patterns.

Yes, you can use contract analysis for blockchain security CTF challenges. It maps known DeFi attack patterns to practical test scenarios, providing CTF-ready tooling for training and assessment on local test environments.

The best way to predict CREATE2 addresses for exploit testing is to analyze Solidity source or bytecode directly. This detects address-prediction issues and enforces CREATE/CREATE2 assessment within secure testing workflows.

Yes, smart contract analysis works on both source code and bytecode. It reviews target contracts to identify security flaws, misconfigurations, and common DeFi exploit vectors across both representations for comprehensive security hardening.