tomi moreno

Enterprises no longer have to choose between private, compliant systems and Ethereum’s liquidity, market depth, and trust guarantees. The age of fragmented liquidity is over. Ethereum is the main capital hub of ZKsync. Read the full breakdown on our Interop here: zksync.io/blog/l1-intero… or take a look at the demo here: github.com/sarahschwartz/…

"We are building the Bank Stack of Ethereum empowering Institutions to come onchain with privacy, scalability and verifiability." 🎥@Ozhar breaking down how our tech unlocks Institutional adoption on @NYSE @TakingStockLive.

What a week at @EFDevcon in Buenos Aires 🇦🇷 We kicked off with @ffarall giving a talk on “Beyond the Runtime – Unlocking the Substrate Node Potential" at @Polkadotsub0. Then @BridgetHearst moderated "The Age of Autonomous Economies: How AI Agents Will Redefine On-Chain Payments" at @openagisummit Huge congrats to Moonsong's very own @tomimorenox and the @zksync team for winning the @UniswapFND Cup 🏆⚡️ And we closed out the week at our Living Knowledge Café y Conexiones with @aleph_im @miranetwork @Gaianet_AI @ZKamigos. Thanks to all that attended! Buenos Aires delivered. On to the next. 🌙💫

Universities @ Devconnect Thanks to all the students and professors who contributed: @UCEMA_edu, @frbautn, @IAE_Austral, @UBAonline, @uchampagnat, Red UniBlock, @fblockchain_ar, @trama_itba & @utditella Club Blockchain.

For people that don't understand why this @zksync breakthrough is a huge deal: Right now for Ethereum (or any L1), every single validator in the network needs to execute every single transaction in each block that comes in to verify its validity. This means there's a lot of duplicate work spent on the same exact computation. With ZK proofs, you can instead have a a single block proposer create a proof that the next block is valid. Each validator in the network then only needs to verify the proof rather than re-execute every single transaction in the block. Verifying a zk proof is MUCH more efficient than re-running the block against the current state of the chain. This enables Ethereum to then have much higher gas limits per block because validators are now much more efficient in verifying blocks. The same hardware can now verify much larger blocks with the same amount of computational power. With the latest @zksync changes, they are now able to prove an entire Ethereum block with consumer grade hardware. Previously, creating a zk proof for an Ethereum block would take large amounts of computation and time - now it's a mere fraction of what was possible previously.

🏆 We did it. The @UniswapFND Cup is coming home! This trophy is dedicated to Privacy and Freedom. Two principles that remain undefeated — on and off the pitch.