QED Protocol

QED Protocol is a pioneering zk-Native blockchain protocol designed to revolutionize the internet by scaling trustless computation and privacy. It addresses the fundamental scalability challenges that have hampered widespread blockchain adoption. QED achieves this through its zk-PARTH architecture, a novel state model that enables massively parallel transaction proving and block generation, allowing for millions of transactions per second while maintaining security through Proof of Math.

QED also prioritizes developer-friendliness, empowering Web2 developers to create smart contracts in minutes with support for popular programming languages such as JavaScript, Python, and TypeScript. Its Dapen Browser IDE provides a user-friendly environment for coding, debugging, and deploying smart contracts, making Web3 development accessible to a broader audience. QED's commitment to scalability, trustless computation, and developer-friendliness positions it as a potential game-changer for the future of the internet.

QED Protocol is dedicated to revolutionizing the internet by building a trustless, decentralized blockchain protocol that scales to millions of concurrent users. Their zk-Native blockchain leverages zero-knowledge proofs and PARTH technology to enable massively parallel transaction processing, ensuring security through Proof of Math. This allows QED to overcome the scalability challenges that have hindered mass blockchain adoption, providing a developer-friendly platform for Web2 developers to seamlessly transition to Web3.

QED Protocol promotes a culture focused on innovation and collaboration. They emphasize building a trustless and decentralized internet, making use of cutting-edge technology like Zero Knowledge Proofs. The company values open-source development, with a strong community engagement through social media, blogs, and GitHub.