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Here's what Shutter is about: At its core, Shutter is about base layer neutrality, information symmetry and accessibility. It achieves this via a threshold encryption DKG which solves the free option problem that lies at the heart of our transaction systems. Simply put, Shutter encrypts transactions or votes so that no one can censor or front-run. Information symmetry is probably the most important factor in building healthy, trustworthy marketplaces. Put differently: ensuring all market participants have equal access to information is pivotal in maintaining the efficiency and inclusivity of financial markets. In principle, this applies to all kinds of financial marketplaces, but here’s how it applies to crypto: In on-chain marketplaces, front-running manifests itself as Maximal Extractable Value (MEV). It’s estimated to be in the hundreds of millions or even billions per year on Ethereum L1 alone. The malicious subset of this is essentially the value that centralized intermediaries can capture by front-running normal users and traders. So on one hand, Shutter is about growing concerns of MEV, censorship and centralization vectors in the transaction supply chain. It aims to create a fairer and more secure market environment by encrypting the mempool, securing the transaction order, and decrypting it. Shutter seeks to become the universal encrypted mempool solution for both Layer 1 and Layer 2 platforms. On the other hand, it also seeks to extend its encryption services to various commit-reveal scenarios, primarily DAO governance (shielded voting), but could also extend to NFT mints, and gaming applications and many more areas related to information asymmetry. In the technical realm, Shutter employs threshold encryption to strike an optimal balance between security and feasibility. From another perspective, Shutter is a versatile time-lock encryption gadget. Even beyond MEV, censorship resistance and DAO governance, the Shutter protocol has many potential applications for commit-reveal schemes and time-lock encryption. This is part of a broader vision that includes exploring advanced cryptographic techniques such as Fully Homomorphic Encryption (FHE) and Multi-Party Computation (MPC), which could extend Shutter's utility across various applications and sectors. It could also enable the idealized “cryptography endgame” of being able to do everything possible on Ethereum today, yet fully encrypted and with built in accountability/auditability. With FHE and MPC not being practical for most applications they’re envisioned for, in some sense, Shutter can be seen as the most practical first step towards this endgame. In a world where information = money, encryption is everything. More infos: https://lnkd.in/e-yFfbCG

Shutter | Twitter | Linktree

Shutter | Twitter | Linktree

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