Encrypted Mempools

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

MEV costs traders billions and turns blockchain into a rigged system. Is this the inevitable future, or can we fix it before it's too late?

Shutter Network core contributor Loring Harkness tells The Agenda podcast that MEV attacks are making crypto unfair and insecure for everyday users.

Blockchain was meant to create a fair financial system—but instead, it’s become a playground for bots that silently steal billions from users through MEV exploitation says Loring Harkness.

We are excited to announce the release of "The Road Towards a Distributed Encrypted Mempool on Ethereum," a white paper that outlines an essential advancement in Ethereum's transaction infrastructure. This research is now available on the Ethresearch forum and presents a structured roadmap for implementing threshold

Five teams have jointly announced “a practical roadmap” for providing privacy and fairness to the Ethereum blockchain via an encrypted mempool.

Privacy isn't about hiding or obscuring—it's about having the power to decide what information you share, when you share it, and with whom.

A Trusted Execution Environment (TEE) is a secure area within a processor that safeguards sensitive data and operations even if the main system is compromised. In blockchain applications, TEEs are increasingly used for privacy-preserving computations, decentralized oracles, secure random number generation, and mitigating Maximal Extractable Value (MEV). Building on this

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