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An Ethereum client with high levels of performance and customizability.
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A Starknet client, bringing decentralization to the network.
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A sleek block explorer to easily browse and interact with Starknet.
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Written in Go, developed for Ethereum solo stakers and testnet developers seeking to set up their validator node.
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A Go library for interacting with Starknet RPC.
Starknet.GO GitHub
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A workspace for Starknet developers to write, compile, and deploy Cairo code.
Plugin GitHub
Sedge is a one-click node setup tool written in Go, developed for Ethereum solo stakers and testnet developers.
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A workspace for Starknet developers to write, compile, and deploy Cairo code.
Starknet Remix Plugin GitHub
Our work touches many parts of the Ethereum and Starknet ecosystems and our solutions cover everything from ideation to execution and ongoing support.
Our work touches every part of the Ethereum and Starknet ecosystem, from our full nodes to cryptography research and application-layer protocol development.
Together with our partners and a global developer community, we support the health and growth of Ethereum and Starknet, building open-source tooling and contributing to network improvements.
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In collaboration with other client teams, our core developers actively work on the implementation of Verkle Trees for Ethereum, addressing the network’s growing size and enhancing its scalability and sustainability.
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We provide one-time audits or continual security reviews of your Solidity and Cairo smart contracts.
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We offer ATP and ITP full-stack verification services plus automated formal verification tooling for your smart contract.
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We offer ATP and ITP full-stack verification services plus automated formal verification tooling for your smart contract.
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As a Forta development partner we offer protocol specific and custom bot development.
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We provide one-time audits or continual security reviews of your Solidity and Cairo smart contracts.
Read more
We offer ATP and ITP full-stack verification services plus automated formal verification tooling for your smart contract.
Read more
As a Forta development partner we offer protocol specific and custom bot development.
Read more
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Our Node Operator as a Service ensures secure, reliable blockchain infrastructure. We manage design, deployment, monitoring, and maintenance. Our team operates Lido nodes, Ethereum validators, and maintain StarkWare DAC.
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A custom database implementation for Ethereum state and storage trees in the Nethermind client. This project aims to set a blueprint for reorganization-aware, checksum-based storage systems.
Libp2p is a modular and future-proof networking stack that addresses P2P protocol limitations. Nethermind is implementing this library in .NET, with the aim of making it available as a public good.
EOF proposes improvements for the Ethereum Virtual Machine (EVM). Nethermind is one of the first clients to implement EOF, which optimizes Ethereum's performance and offers a more developer-friendly environment.
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Nethermind, with Ethereum Foundation and OpenGSN, collaborated on EIP-4337 for a user-friendly and decentarlized implementation of account abstraction.
Proto-danksharding introduces a transaction format with added data 'blob' space, reducing rollup costs. Nethermind’s implementations of this specification is boosting Ethereum scalability efforts.
Our team actively develops and tests the Verkle Tree implementation on Nethermind, collaborating with other Ethereum client teams to ensure a seamless transition from Merkle to Verkle Trees.
The Nethermind project was bootstrapped in 2017 and received an Ethereum Foundation grant in 2018 to deliver the full-client implementation. Our commitment towards strengthening the Ethereum protocol is unwavering, and we closely align our development and research efforts with its roadmap.
A custom database implementation for Ethereum state and storage trees in the Nethermind client. This project aims to set a blueprint for reorganization-aware, checksum-based storage systems.
Libp2p is a modular and future-proof networking stack that addresses P2P protocol limitations. Nethermind is implementing this library in .NET, with the aim of making it available as a public good.
EOF proposes improvements for the Ethereum Virtual Machine (EVM). Nethermind is one of the first clients to implement EOF, which optimizes Ethereum's performance and offers a more developer-friendly environment.
Nethermind, with Ethereum Foundation and OpenGSN, collaborated on EIP-4337 for a user-friendly and decentarlized implementation of account abstraction.
Proto-danksharding introduces a transaction format with added data 'blob' space, reducing rollup costs. Nethermind’s implementations of this specification is boosting Ethereum scalability efforts.
Our team actively develops and tests the Verkle Tree implementation on Nethermind, collaborating with other Ethereum client teams to ensure a seamless transition from Merkle to Verkle Trees.
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Building blocks for the decentralized future
Nethermind © 2025
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