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.

Smart contracts have evolved from a niche component of blockchain ecosystems into a fundamental driver of modern digital transformation. Whether you're a startup launching a decentralized application ...

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

The new smart contract platform dismantles longstanding development issues by introducing a scalable, easy-to-use solution. Hathor, a layer-1 blockchain, introduces Nano Contracts, a smart contract ...

Hyperledger Fabric, Ethereum/Polygon, VeChain, Quorum /Besu and Corda (R3) selected as most suitable blockchain ...

Technical weaknesses in smart contracts, such as reentrancy and flash loan exploits, have led to substantial financial losses in the crypto space. Targeted security solutions, like SphereX and GoPlus, ...

Ethereum is unique among cryptocurrencies in that it is as much a commodity to be converted from ETH to USD as it is a global software platform that operates on blockchain technology. The ecosystem ...

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 ...

Algorand warns developers that vibe coding smart contracts with AI tools risks irreversible fund loss and calls for disciplined agentic engineering.

Smart contracts have rapidly evolved from a niche blockchain concept into a foundational element of modern digital ecosystems. Whether you're a startup preparing to launch a decentralized solution or ...