zCloak Network is a privacy-first decentralized identity (DID) and verifiable computation infrastructure. It aims to deliver the Web3 dream of Self-Sovereignty by moving both the storage and the computation of user data from centralized servers to user devices. The integrity of user computation is proven by a STARK-based zero-knowledge virtual machine (ZK-VM) in a browser extension. zCloak's World Wide Web Consortium (W3C) compatible DID system can mirror real-world legal status and reputation in decentralized social networks (DeSoc). With zCloak Network, people can use their real-world data for applications such as decentralized finance (DeFi), identity, and biometrics without compromising their privacy.

Push Protocol is a decentralized notification protocol that enables any smart contracts, dApps, or traditional servers to send notifications linked to the wallet addresses of a user in a platform-agnostic way (i.e., notifications can be integrated and displayed on any crypto wallet, mobile app, extension, or dApp). Push Protocol is creating the native Web3 communication protocol to enable users to communicate with each other on-chain.

GoPlus Security is building Web3's first decentralized security layer, providing comprehensive protection across all blockchain networks. Through its open, permissionless, and user-driven architecture, GoPlus can be seamlessly integrated by any blockchain or project to protect their users throughout their entire transaction lifecycle. By leveraging AVS and cutting-edge AI powered security solutions, it conducts thorough risk analysis and delivers smart, efficient and decentralized security services for users. GoPlus aims to create a more secure and user-friendly Web3 on-chain interaction environment by filling the gap of security layer in the current blockchain's architecture, providing users with more effective and better-experienced on-chain security protection.

Deepwaters is a system of decentralized finance (DeFi) applications that optimizes speed without sacrificing trust. It employs a rollup strategy on multiple Deepwaters-supported blockchains simultaneously, matching transactions off-chain and achieving consensus within the Deepwaters network. The transactions are then settled on their respective origin blockchains in batch. To secure trades, Deepwaters uses order flow encryption that prevents MEV, front-running, and any privileged counterparties from having an unfair advantage. No one can see your trades nor act on them, including Deepwaters itself, until they hit the public order book.