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

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

AI agents have a unique edge in committing cybercrimes compared to humans. The usability challenges in crypto might stem from the technology itself, not just user error. Smart contracts cannot fully ...

Kaspa expands Layer-1 capabilities, but LiquidChain addresses the deeper structural challenge of fragmented liquidity. Assets ...

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

OpenAI and Paradigm unveil EVMbench, a benchmark testing AI agents on smart contract security across 120 high-severity vulnerabilities.

Crypto protocols lost hundreds of millions of dollars to smart contract failures in 2025. Now, the OWASP Smart Contract ...

AI agents are now being tested against real smart contract vulnerabilities after $3.4 billion was lost to crypto hacks in 2025 ...

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 ...

The digital asset space has grown and changed significantly over the past 10 years, from niche to mainstream financial innovation. Cryptocurrencies and DeFi platforms are disrupting traditional ...