Product & Protocol

To showcase our recently launched Shutter API, we built Shutter Predict, a simple mini dApp that allows you to make a prediction.

The agentic future of finance isn’t coming—it’s already here. Platforms like Bankr, Nani, and others have made it easier than ever for crypto traders to execute transactions with just a simple command. No manual calculations, no navigating complex interfaces—just type and trade. But here’s the

A Way for Developers to Level up Their Game by Adding Privacy to Any Dapp

The Lunar New Year is a time for celebration, family, and the exchange of good wishes—often in the form of hongbao, traditional red envelopes containing money. Shutter Hongbao is a playful experiment that blends this tradition with modern cryptographic technology. While still in its early stages and not yet

Secret Sharing with Snitching solves the issue of shareholder collusion by making it provable and punishable.

Are you ready to bring cryptographic fairness to your hackathon projects? Introducing NanoShutter, a simplified version of Shutter designed specifically for hackathons. NanoShutter makes it easy for developers to integrate cryptographic features into their projects, offering a playful yet powerful introduction to threshold encryption, commit-reveal schemes and information symmetry. Use

We are excited to introduce the Shutter Explorer, a public interface created to provide insights into the Shutter protocol's operations. This new tool enables users, validators, and developers to access essential data, such as validator activity, transaction lifecycle tracking, and real-time protection against Maximal Extractable Value (MEV) attacks

The Gnosis, Nethermind, and Shutter teams are thrilled to announce that encrypted transactions are live on the Gnosis Chain, marking the first mainnet implementation of Shutter's threshold encryption for transactions. It's the second major Shutter use case to go live after Shielded Voting for Snapshot. This

The Shutter commit-reveal mechanism was initially designed to prevent malicious MEV and censorship issues, which remains the primary focus. However, beyond these applications, it also has wide-ranging applications in fields that require secure and fair information handling and combating information asymmetries. Its unique properties and decentralized structure make it suitable