.@PiSquared Cryptographic foundation Part 3 All protocol participants have a pair of cryptographic keys: a private key for signing and a corresponding public key for verification. If a message msg is signed by participant p, then the notation ⟨msg⟩ₚ means that the

FastSet Protocol Part 2 Validators. Validators accept and process client assertions while maintaining a consistent view of the global state of the system. This state includes the balances of all tokens, additional state and client data, and global protocol information such as a

Most blockchains scale compromises. @PiSquared scales trust. This isn’t just another L1. It’s an attempt to build a universal layer for verifiable computation, where: it doesn’t matter which language you write in it doesn’t matter which chain you build on what matters is that

FastSet Protocol Part 1 This section describes the FastSet protocol and its main participants. System Participants There are two key types of participants in FastSet: Clients. Clients are account (address) owners who generate and submit claims. Clients can be a wide range of

Let's talk about the @PiSquared The final part. As in blockchains, accounts in FastSet have a state and sign all their actions. For practical use, a special scripting language called setl, inspired by the actor model, is proposed. In it, accounts are treated as actors that can

Let's talk about the @PiSquared Part 2 The problem is exacerbated by the fact that human users are being replaced by AI agents that perform transactions automatically and in huge quantities. They require infrastructure capable of performing millions of operations per second,

Let's talk about the @PiSquared Part 3 Based on these ideas and inspired by the actor model of computation, the authors propose the FastSet protocol-a generalized distributed computing system that extends the ideas of the FastPay payment protocol. FastSet allows parallel and

Let's talk about the @PiSquared Part 2 The problem is exacerbated by the fact that human users are being replaced by AI agents that perform transactions automatically and in huge quantities. They require infrastructure capable of performing millions of operations per second,

Let's talk about the @PiSquared Part 1 Blockchains play a key role in today's financial system and have convincingly proven that decentralization is not only possible but also extremely important. It eliminates single points of failure, reduces the risks of censorship and

Blockchain can be viewed as a strictly coordinated distributed system in which account owners interact through transactions. Transactions represent intentions to perform certain actions and can only be executed in a specific state of the system. They are signed by the owners and

Glider Finance is a DeFi platform for automated crypto portfolio management no trading, no code. The idea is simple but powerful: you define the strategy Glider executes it automatically. - portfolio rebalancing - rule-based entry and exit - multi-chain asset management - no

The purpose of this ceremony was critical: to generate the public encryption key for the @zama Confidential Blockchain mainnet, while simultaneously creating a fully distributed version of the private key. At no point did any participant - human, organization, or system - have

Zama Successfully Completes Decentralized Key Generation for Mainnet @zama has reached a major milestone on the path to mainnet: the Decentralized Key Generation (DKG) ceremony has been completed successfully. Over a three-day window in late November 2025, 13 independent

I've been wanting to make a video like this for a long time. A (@re)al authentic New Year's vibe from Buffy 💜 sound on🔊 @ChazEevee @miketwinks @reintern @benaneesh @natalieevagray @st3phdoteth @thecliffwhite @karnsaroya

Happy New Year, friends! I hope this year finally brings the long-awaited bull run, success, and many new projects. In the meantime, I'll continue to figure out @zama @codex_pbc @PiSquared #ZamaCreatorProgram