0xnull (Ø,G) . mon base.eth @0xnull

The @zama_fhe uses Delegated Proof-of-Stake, with 16 operators running the protocol: initially 13 KMS nodes and 3 FHE Coprocessors (then more over time). They are chosen according to the following rules: genesis operators are selected based on reputation, DevOps experience and…

Postun üzerinden 8 saat geçti Wen Checker?

Anoma @anoma

a day ago

Postun üzerinden 8 saat geçti Wen Checker?

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Yes, the market is crashing, now you can postpone the $XAN launch forever

chimpfone @chimpfone2047

2 days ago

Yes, the market is crashing, now you can postpone the $XAN launch forever

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Enabling anyone to be an operator Running MPC inside HSMs: a major issue with MPC protocols is the need to trust the nodes with not leaking their share of the private key. This is typically done by using TEEs and a trusted committee of nodes. However this does not enable…

Making the KMS even more bullet-proof ZK-MPC: currently, all MPC protocols require a majority assumption on the nodes running the protocol. While this is fine in practice, in theory it enables MPC nodes to collude and provide an incorrect result. Our current design relies of AWS…

hey @Mira_Network WEN CHECKER?

Reaching 10,000+ tps New FHE techniques: we are constantly inventing new FHE techniques that improve performance. We expect the base algorithms to improve by 10-20x over the coming years, similar to the performance gains ZK had in the past few years. FHE ASICs: we are working…

The @zama_fhe is the most advanced confidentiality protocol to date, and can already scale to address most blockchain use cases. Nonetheless, there are several areas of improvements we are working on to make it even more decentralized, secure and scalable. These typically rely…

Building confidential applications often requires complying with local regulations. For example, financial institutions need to know who their customers are, verify that they are eligible to access specific financial instruments, that they are not blacklisted etc. Contrary to…

The @zama_fhe uses a defense-in-depth approach, combining multiple techniques to ensure maximum security: We use 128 bits of security and a p-fail of 2^-128 for all FHE operations. This is far more than any other FHE scheme used in blockchain currently. Furthermore, our FHE…

Lamumu ser @lamumudotxyz @commondotxyz

Contrary to the sequential behavior of the EVM, the @zama_fhe parallelizes the computation of FHE operations. As long as a specific ciphertext isn’t used in a sequential chain of FHE operations, Coprocessors will be able to increase the throughput simply by adding more servers.…

Today, we’re announcing Tempo’s first infrastructure partners to enable the high-throughput, low-cost, global base layer for any kind of payment. Wallet services, stablecoin orchestration, on/off ramps, developer tooling, stablecoin-linked cards, onchain metrics providers,…

The @zama_fhe is composed of several core components: Host Chains: the L1s and L2s that are supported by the Zama Protocol, and on which developers deploy their confidential dapps. FHEVM Library: the library that developers use to create confidential smart contracts. FHEVM…

ZAMA 🔹 Zama Nedir? Zama, blockchain dünyasında gizliliği yeniden tanımlayan bir altyapı projesidir. Proje, tam homomorfik şifreleme (FHE) teknolojisini kullanarak, verilerin çözülmeden doğrudan işlenebilmesini mümkün kılar. Böylece kullanıcıların bilgileri hem güvenle korunur…

For too long, creativity hasn’t been properly protected or rewarded. Artists, writers, developers, and creators often share their work with the world, yet struggle to secure their rights and capture the true value of their ideas. That’s where Story Protocol comes in Story…

Story @StoryProtocol

5 days ago

For too long, creativity hasn’t been properly protected or rewarded. Artists, writers, developers, and creators often share their work with the world, yet struggle to secure their rights and capture the true value of their ideas. That’s where Story Protocol comes in Story…

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Blockchains typically only support limited computations, making it impossible to run FHE natively on Ethereum and other L1/L2s. To address this issue, the @zama_fhe was designed based on two core ideas: symbolic execution and threshold decryption. ‍Symbolic execution The idea…

Why use Plasma for payments? Plasma provides zero-fee USD₮ transfers and custom gas tokens, eliminating the friction for stablecoin payments. Users can send stablecoins without holding native tokens. The network is purpose-built for high-volume, low-cost payments with…

To enhance the deployment of DApps, there is a "Zama Standard Library" of audited, highly optimized smart contracts for common use cases. Privacy tokens and RWAs Privacy NFTs Wrapper for bridges between confidential assets and traditional assets Enable a DID/VC onchain to a…

The access control system used by the Zama Protocol is extremely powerful. By allowing contracts to define who can decrypt which value in it, it makes confidentiality (and compliance) fully programmable. There is no assumption at the protocol or user level, everything is encoded…