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/ 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 due to poor resource accounting and gas rebates.

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.

In the recent past, we've witnessed other protocols farm their own airdrops, actively taking away allocation from their community and users. This is a tactic used to obfuscate the real circulating supply of the token. This will not happen with $ES. Eclipse Labs employees have signed documentation barring them from claiming any $ES airdrop along with providing all addresses (testing or otherwise) for exclusion from the airdrop. All employee and investor allocations will be locked for one year following the public listing and unlock incrementally over 3 years.

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:

Don't trust. Verify. Data is at the heart of blockchains, but how do we ensure that the data layer can keep up with orders of magnitude performance improvements, such as those brought by the Eclipse GSVM? Dive into it in our latest blog:

1/ Maxing Out the SVM Solana is efficient by design. Caches and pipelines across the TPU along with the bank and SVM architecture drive top-tier TPS and efficient use of the hardware. Agave continues this trend, boosting both performance and validator stability:

Celestia vs Avail vs EigenDA The Eclipse Research Team take a deep dive into different data availability layers for L2 rollups. We analyze cost, throughput, security, and finality trade-offs compared to Ethereum, and explain why Eclipse chose @celestia:

The Giga Scale VM requires Giga Blobs. Great to see @celestia increase blobspace by an order of magnitude. This much should be enough to satisfy us -- for a while! Go Bigger. 🦣

Crypto has a fragmentation problem. Eclipse can solve it. UX has suffered due to incentives that encourage fragmentation. The Eclipse Research Team outline the qualities a chain must have to plausibly claim to be a globally synchronous execution layer: