This is really enlightening

Native is leveraging @ikadotxyz's 2PC-MPC to bring Bitcoin to DeFi in most secure way possible. As a token of appreciation, we’re whitelisting every IKA-chan holders for the Beelievers NFT auction🐝 Whitelisted users get 5% price boost in auction, chance to win mythic NFT and 21 lucky winners get Bitcoin (nBTC) from 10% of NFT sales.

Partnership Spotlight: Ika 🦑 We're thrilled to announce our partnership with @ikadotxyz, enhancing Tokeo's multi-chain capabilities with their innovative MPC network~ uwu ♡ Ika stands as the pioneering sub-second Multi-Party Computation network on Sui, achieving up to 10,000 TPS with zero-trust security for seamless cross-chain interactions. By integrating Ika's advanced technology into Tokeo, users will enjoy swift, secure cross-chain transactions and asset management directly within our product (>ω<) Toker Onii-chain, we mean business! 🥷

🦑 REFHE: Another Innovation with the Ika Seal 🦑 @ikadotxyz and @dWalletLabs released a paper a few hours ago outlining a new innovation they've achieved. The document is 57 pages long and would probably break your brain trying to understand it, so I'll translate it all for you. REFHE is a new type of Fully Homomorphic Encryption (FHE). This is an advanced encryption method that allows calculations to be performed directly on encrypted data, without needing to decrypt it first. Imagine having a safe with your data locked inside, but you can still perform calculations on that data without opening the safe. This is super useful for protecting sensitive information, such as in banks, hospitals, or blockchains, where privacy is crucial. What sets REFHE apart is that it was designed to work with large numbers (called "machine words," such as 64-bit numbers, common in computers) and supports both arithmetic operations (such as addition and multiplication) and logical operations (such as comparisons, for example, "is greater than?"). This is like having a calculator that does normal math and also handles questions like "if this, then that," all on encrypted data. REFHE is like a "Swiss Army knife" for homomorphic encryption. It allows computer programs (such as those used in blockchains, databases, or artificial intelligence) to run securely on encrypted data, without needing to significantly change the original code. For example: ♦️In blockchains: You can create smart contracts that perform complex calculations (such as adding values or comparing conditions) without exposing users' private data. ♦️In banks: A bank can calculate interest or check balances without needing to decrypt customer information. ♦️In healthcare: Hospitals can analyze encrypted medical data to find patterns without compromising patient privacy. REFHE is more efficient than other solutions because: ♦️It supports large numbers (like those used in modern computers) without significant performance losses. ♦️It performs logical and arithmetic operations with fewer computational resources. ♦️It reduces the impact of noise, allowing more calculations to be performed before bootstrapping is necessary. It's like creating a tool that works as well as a calculator and a logic processor, all at the same time, without sacrificing security. So, do you understand now? Is it clearer? We'll see it in action soon!

When we found out we can work with powers-of-two plaintext spaces using REFHE, the first thing that came to mind was: wait so we can work with 2^64 machine words? You’re saying that we have an FHE scheme that behaves like *encrypted CPU registers*???

🦑 HOLY SHIT WE JUST DROPPED A CRYPTOGRAPHIC NUKE Our big brains behind 2PC-MPC @dWalletLabs just published REFHE and if you understand what this means for Ika-chan you're about to achieve enlightenment This isn't just research - this is the fucking Bankai of homomorphic encryption 🧵👇

fhe is the holy grail tiresias, 2pc-mpc v1 & v2, threshold fhe and now refhe i dare you to find another cryptography research team in web3 that contributed so many meaningful cryptography breakthroughs in such a short timeframe (we have more coming btw) spoiler: you can't

Today we published an important breakthrough research paper in the field of FHE, introducing a new FHE scheme - REFHE. Here’s a thread explaining it in simplified terms 🧵👇

Possible on @ikadotxyz

Breaking: @arc-kun will have day one support for Ika protocols and Ika Builders desu! (◕‿◕) *happy squid noises* Coordination-chan is pleased (´∀｀)♡