pengpeng @dlskz66 - Twitter Profile

@zama 团队要是不解释一下，大部分人应该还认为@zama 是一层或者是l2，利用全同态技术作为跨链保密层在现有区块链上而无需用户将资产桥接到新网络。Zama 的帖子澄清说，其协议使用全同态加密 (FHE) 作为跨链保密层，允许在现有区块链上进行加密计算，而无需用户将资产桥接到新网络。公司成立五岁家庭晚会性能提升100倍诸如Solidity集成之工具Zama 成立于 2020 年，五年来不断推进 FHE 技术的发展，实现了 100 倍的性能提升、后量子安全以及对开发者友好的工具（如 Solidity 集成），解决了之前在速度和可用性方面的局限性。通过将 FHE 与多方计算 (MPC) 相结合以实现关键的去中心化，并将零知识证明 (ZK) 相结合以实现输入验证，该协议为 dApp 提供了可扩展、可验证的隐私，有可能将区块链加密从类似 HTTPS 的传输保护发展到完整的端到端“HTTPZ”。

Zama @zama

8 months ago

⚠️ Important reminder The Zama Protocol is not a new L1 or L2, but rather a cross-chain confidentiality layer sitting on top of existing chains. As such, users don’t need to bridge to a new chain and can interact with confidential dapps from wherever they choose. It leverages Zama’s state-of-the-art Fully Homomorphic Encryption (FHE) technology, which enables computing directly on encrypted data. FHE has long been considered the “holy grail” of cryptography, as it allows end-to-end encryption for any application, onchain or offchain. We believe that just like the internet went from zero encryption with HTTP to encrypting data in transit with HTTPS, the next natural step will be to use FHE to enable end-to-end encryption by default in every application, something we call HTTPZ. Until recently however, FHE was too slow, too limited in terms of applications it could support, and too difficult to use for developers. This is what our team at Zama has spent the last 5 years solving. We now have a highly efficient FHE technology that can support any type of application, using common programming languages such as Solidity and Python, while being over 100x faster than 5 years ago. Importantly, Zama’s FHE technology is already post-quantum, meaning there is no known quantum algorithms that can break it. While FHE is the core technology used in the Zama Protocol, we also leverage Multi-Party Computation (MPC) and Zero-Knowledge Proofs (ZK) to address the shortcomings of other confidentiality solutions: ◼️ FHE enables confidentiality while being fully publicly verifiable (anyone can recompute the FHE operations and verify them). Using GPUs will soon allow scaling to 100+ transactions/s while dedicated hardware accelerators (FPGAs and ASICs) will enable scaling to thousands of transactions per second. ◼️ MPC enables decentralizing the global network key, ensuring no single party can access it. Using MPC only to generate keys and decrypt data for users minimizes latency and communication, thereby making it far more scalable and decentralized than using it for private computation. ◼️ ZK ensures the encrypted inputs provided by users were actually encrypted correctly. Using ZK only for this specific purpose makes the ZK proofs lightweight and cheap to generate in a browser or mobile app. Read more: https://t.co/f8UjmKpSRk

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pengpeng

@dlskz66

8 months ago

Zama协议是一个革命性的跨链保密层，旨在为区块链生态注入端到端加密隐私。它构建在以太坊等现有链之上，用户无需桥接资产即可无缝访问加密去中心化应用（dApps）。核心技术是Zama团队历经五年优化的全同态加密（FHE），被誉为密码学的“圣杯”，允许在不解密数据的情况下进行计算，实现100倍速度提升，支持Solidity和Python编程，并具备量子抗性。结合多方计算（MPC）用于去中心化密钥管理和零知识证明（ZK）用于输入验证，该协议确保可扩展隐私，预计通过GPU实现每秒100+事务，专用硬件可达数千。Zama的目标是打造“HTTPZ”——互联网的默认加密标准，类似于HTTPS对网络的变革。在实际应用中，它可扩展到其他产品：例如，在DeFi平台中保护用户交易隐私，避免数据泄露；在医疗AI系统中，允许医院共享加密患者数据进行联合分析，而无需暴露个人信息；在供应链管理工具中，确保敏感商业数据在多方协作中保密，提升企业合作效率。这些例子展示了Zama如何重塑隐私导向的数字未来，推动更安全的Web3生态 @zama

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