Erigon v3.6 Upstream Underbelly: Built to Run Leaner (opens in a new tab)
Nodes that produce blocks now do it more reliably, pruned datadirs stop bleeding disk, and background merges land 2–3× faster on less RAM.Erigon
Ethereum implementation on the efficiency frontiererigontech/erigon on GitHub
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Nodes that produce blocks now do it more reliably, pruned datadirs stop bleeding disk, and background merges land 2–3× faster on less RAM.Erigon
Parallel block execution is now on by default via Block-STM, with the initial Glamsterdam implementation for devnets, a revived GraphQL interface, faster RPC, and a leaner full node. A drop-in upgrade from v3.4.Erigon
The ERE zkEVM benchmark is used to compare the correctness and performance of various zkEVM implementations. This post presents unbiased findings on Zilkworm's strengths and limitations.Erigon
This note shows post-state root verification alone is insufficient for Zilkworm Ethereum witnesses. It proposes pre-state validation to address omission vulnerabilities under revised assumptions.Erigon
Cocoon zero-knowledge tech enables private, provable trading, letting institutions trade off-chain visibility without sacrificing verifiable fairness.Erigon
4× smaller chaindata, faster startup, a native MCP server, and new RPC methods together with correctness and reliability fixes for operators on Ethereum and Gnosis.Erigon
Zilkworm v0.1.0-alpha.1 is out with optimised EVMone, full Osaka Hardfork support, and built-in cryptographic acceleration. Early dev benchmarks clock ~7.5s proving times and the path ahead.Erigon
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