Robust security is critical in open networks where software controls user funds. Security strategies must evolve as AI’s role ...

Discover how AI-driven smart contract auditing detects vulnerabilities, improves security, and ensures safer blockchain deployments.

How does AI improve Smart Contract Vulnerability Scanning? We analyze the difference between Static and Dynamic code analysis ...

The number of websites that use blockchain technology is growing in perfect agreement with the technology's popularity. Testing a blockchain-based website, on the other hand, may vary from testing a ...

Learn how upgradeable smart contracts work, the patterns used to implement them, and the risks they carry, with best practices for secure deployment.

OpenAI has launched a new benchmark that evaluates how well different AI models detect, patch and even exploit security ...

Diligence Fuzzing lets developers introduce random and invalid data points to find security flaws. Blockchain technology firm ConsenSys publicly released its “Diligence Fuzzing” tool for smart ...

The Bank of Japan is moving to place central bank reserve money onto blockchain infrastructure, a step that marks the first G7 central bank validation of distributed ledger technology at the reserve ...

Developers have started deploying AI agents to defend smart contracts after crypto hackers stole more than US$3.4bn from blockchain platforms in 2025. Three maj ...

Despite being groundbreaking, smart contracts are not impervious to flaws that malevolent parties could exploit. Inadequate input validation is a prevalent weakness that enables attackers to affect ...

A smart contract is a self-executing computer program with the terms of the agreement written directly into lines of code. It is stored and replicated on a blockchain network. Smart contracts enable ...