Httpz presents a fresh perspective on the internet, envisioning a space where users can create, exchange, and validate proofs of information without reliance on third parties. This ensures the authenticity of data and its source as anticipated by users.

Building upon the foundation of HTTPS, which ensures secure data transmission through encryption and reputable Certificate Authorities (CA), httpz introduces a "proof layer" over the HTTPS protocol. This proof layer, facilitated by zero-knowledge applications (zkApps), allows for the generation of proofs locally on user devices without revealing the underlying data. zkApps offer the advantage of generating proofs by leveraging the guarantees provided by previous proofs, which can be stored locally or verified on the Mina Blockchain. By combining zkApps, users can create a comprehensive "proof of everything."

Tech journalists foresee a future where all applications are zkApps, capable of both generating and consuming ZK proofs. zkApps offer the flexibility to reuse proofs across various applications. The Mina Protocol serves as the API for httpz, contributing significantly to the development of the Zero-Knowledge (ZK) Space and fostering trust in the internet. Known for its lightweight design and powerful cryptography, Mina Protocol establishes a private bridge between the real world and cryptocurrency, ensuring user privacy and security. The implementation of Mina Protocol is poised to shape a secure and democratic future.

As the world's first ZK Blockchain, Mina Protocol pioneers the development of a privacy and security layer for web3 using zero-knowledge proofs. Mina Protocol anticipates an era of ZK programmability within its ecosystem, attracting users with its commitment to data privacy and security. Noteworthy features of Mina include its lightweight design, off-chain nature, and interoperability with Ethereum. Mina's zkApps enable secure communication with websites and access to verified real-world data for use on the Blockchain.