Dive into the cutting-edge world of cybersecurity with our exploration of Zero-Trust Architecture—an approach that doesn't just patch up the weaknesses of the past, but revolutionizes how we protect our digital landscape. In this journey, we unveil how Web3, with its blockchain foundations, transforms the internet into a fortress without walls, where each transaction is transparent and trust is not assumed, but cryptographically verified. Say goodbye to the vulnerable systems of old and welcome a new era where every interaction is secure by design, creating an online ecosystem that's as robust as it is revolutionary. Join us to discover how the Zero-Trust model is paving the way for a safer, smarter, and more secure future online.

What is Formal Verification | Byte Size Blockchain | CertiK Formal verification is a method of mathematically proving that a computer program functions as intended. It involves expressing the program’s properties as math formulas and checking them with automated tools. Formal verification is used in computer hardware design, software engineering, cybersecurity, artificial Intelligence, automated theorem proving, and blockchain and smart contracts. The process ensures that smart contracts are free from bugs and deviations through repeated verifications and corrections. Formal verification and manual auditing work together to ensure stronger smart contract security. Formal verification checks contract logic and behavior using automated methods. Manual auditing adds a human expert review of code, design, and deployment to identify security risks. This provides comprehensive security evaluation and maximizes the chances of finding vulnerabilities.

Threats to Mobile Wallets: BombFlower, Malware, & More | Ask the Expert | CertiK 05 Let's talk Wallet Security 🔐 Want to know how to keep your funds and #NFT's safe? Listen to our Chief Security Officer and others on #Web3 Wallet Security Tips & Insights