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

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

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

Know how compliance-aware smart contracts enable institutional RWA trading. Learn how automated identity checks and transfer rules ensure regulatory compliance on-chain.

Programmable money and smart contracts are reshaping global finance. By combining cryptography, immutability, tokenization, and CBDCs within the emerging Finternet, the financial system is moving from ...

For years, “code is law” served as the rallying cry of a new digital frontier — a promise that rules, once written, would enforce themselves like clockwork. In the early architecture of Web3, smart ...

While exploitation of security flaws in many smart contracts have become a perennial target of cyberattackers, more security firms are shining a spotlight on scams that use fraudulent or obfuscated ...

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

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