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1/ GSVM Today we’re thrilled to introduce our in-house ed25519 signature-verification library which is hitting nearly 4M TPS on a standard desktop and 9M TPS on a server-grade machine:

1/ We just broke the state-commitment bottleneck at Eclipse: AlDBaran sustains 48M updates/sec on a 96-core AWS box, accelerating Eclipse's GigaCompute rollup.

1/ Fee markets are an often overlooked component when discussing performance, but they’re crucial for scalability. The EVM today can not scale beyond a single execution core because it does not support local fee markets. Additionally, blockspace efficiency is greatly reduced

GSVM. With Eclipse's ES launch imminent, it's time to look back at how far we've come—and how much further and higher we have to go Eclipse cuts a different path—putting community first, pioneering a performance-centric model with Solana on Ethereum, and playing long-term games

1/10) 🚀 As we push significant updates to our platform docs (docs.eclipse.xyz) and gear up for the next stage of development, I wanted to reflect on what's ahead for Eclipse Labs! #EclipseLabs #L2

Today is the perfect day to remind everyone why Eclipse is important. Eclipse is at the intersection of everything good crypto has to offer—by far, the best execution layer (Solana); by far, the most performant DA layer (Celestia); by far, the most decentralized settlement layer

1/ Blockchains need fast, secure ways to update and verify data. In AlDBaran Part 1, we hit 48M updates/sec (20x faster than rivals). Today, we reveal how to tune AlDBaran for even better results:

1/ Blockchains are bottlenecked by state updates. We surveyed Firewood, MerkleDB, NOMT, LVMT, & QMDB: Huge advances in I/O and proofs, yet ALL fall orders of magnitude short of our 3M updates/sec for true 1M+ TPS. Enter AlDBaran, smashing 48M/sec!