Enclave ઇઉ

@enclavee3

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gnosis guild 𒆙

huge milestone for the guild! today, we announce CRISP, a secret ballot protocol built with @enclavee3 it leverages #FHE & #E3s to create voting systems that are private, tamper-proof, and verifiable. the announcement comes with a live demo + documentation + a blog post ❤️‍🔥

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Encryption > Trust #E3

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E3s, not TEEs. TEE's reliance on centralized infrastructure, trusted hardware, and data decryption for computation creates insufficient validation mechanisms. This leaves TEEs particularly susceptible to side-channel exploits and malicious attacks. https://x.com/hdevalence/status/1869960912523931905

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Wasabi 🥥🌴

I just had an ecommerce idea, but privacy concerns are real when building in web3. I would love for @idriss & @gnosis-guild @enclavee3 to collaborate into building a zk-native address book for merchants to retrieve data from it like where to ship an order and things like that. The user is still in control of what to share with the merchant. Please do something or if this already exists point me in the right direction @geoist @levertz @auryn

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Great idea. DMs always open.

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Cryptography thrives on openness, not restrictions. Supporting open innovation in FHE is essential to the spirit of web3. https://x.com/SunscreenTech/status/1869774768888787202

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Explore the developer docs here https://docs.enclave.gg

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CRISP is a showcase of Enclave in action: a full-stack E3 Program leveraging #FHE, #ZKPs, and #DTC for secure, verifiable secret ballots. Check out the developer docs, featuring a full-stack implementation — from a React front-end to a RISC Zero zkVM back-end.

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Learn more about CRISP: 📜 Documentation: https://docs.enclave.gg 💻 Live Demo: https://crisp.enclave.gg 📝 Announcement: https://blog.enclave.gg/crisp-private-voting-secret-ballot-fhe-zkp-mpc/

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CRISP secret ballots are resistant to coercion, censorship, and meddling kids.

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8/ Start Building with CRISP 💻 Live Demo: Test secret balloting in action: https://crisp.enclave.gg 📖 Documentation: Build secure, privacy-preserving voting systems with CRISP, Enclave & RISC Zero: https://docs.enclave.gg Read the full blog post: https://blog.enclave.gg/crisp-private-voting-secret-ballot-fhe-zkp-mpc/

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7/ Why CRISP? CRISP safeguards voting privacy while limiting transparency only to results, providing organizations, networks, and entities a critical tool for secure, democratic decision-making.

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6/ Built-In Protections: 🔒 Censorship Resistance: Voters can bypass intermediaries to prevent blocking. 🛡️ Receipt-Free Voting: Eliminates vote proof, reducing coercion risks. 🔑 Privacy Guarantees: Relayers and fresh addresses ensure anonymity.

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5/ The CRISP voting process: 1️⃣ Start a Round: Set parameters like duration & eligibility criteria. 2️⃣ Register Voters: Anonymous keypairs protect identities. 3️⃣ Encrypted Voting: #FHE keeps votes private. 4️⃣ Results: Decentralized decryption ensures tamper-resistant results.

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4/ How CRISP ensures privacy and security: E3s: Secure every stage of voting while ensuring only results are decrypted. Compute Providers: Handle encrypted computations, preserving data privacy. Ciphernodes: Decentralize decryption for tamper-resistant outcomes.

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3/ CRISP leverages #FHE & Encrypted Execution Environments (#E3) to create secret ballots that are: ✅ Private: Votes remain encrypted throughout. ✅ Tamper-Proof: Results are decrypted collaboratively via #DTC/#MPC. ✅ Verifiable: #ZKPs cryptographically audit the process.

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2/ Why do existing voting systems fall short? - Pseudonymous Voting: Votes are public, risking bribery & manipulation. - Commit-Reveal Ballots: Prevent input bias but compromise privacy. - Trusted Operators: Require trust in intermediaries or hardware.

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Read the full blog post: https://blog.enclave.gg/crisp-private-voting-secret-ballot-fhe-zkp-mpc/

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Introducing CRISP: A Secret Ballot Protocol 1/ Transparency doesn’t guarantee democracy — only visibility. This exposes digital voting and decision-making systems to coercion & manipulation. CRISP, built with Enclave, offers secret ballots to safeguard privacy and trust.

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Good advice re: TEEs. Unless you absolutely love decrypting sensitive data and trusting vulnerable hardware, then TEEs might not be the solution you’re looking for. This is why we built a protocol for Encrypted Execution Environments, a secure alternative to TEEs. https://x.com/web3privacy/status/1866159031234199808

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