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Introduction

SSV Network is a decentralized, open-source ETH staking network built on Secret Shared Validator (SSV) technology.

SSV, also known as Distributed Validator Technology (DVT), lets a validator key be split into multiple key shares and distributed across multiple non-trusting nodes so a validator can run as a cluster instead of on a single machine.

Running an Ethereum validator on SSV Network provides active-active redundancy, improves validator-key security, and benefits the Ethereum network, staking pools, staking services, and solo stakers.

Benefits of SSV Network​

Active-Active Redundancy & Fault Tolerance

To earn ETH rewards, a validator must stay online and perform its duties. In the current Ethereum staking ecosystem, a validator typically runs on a single node, which creates a single point of failure. By splitting the validator key into multiple key shares and distributing them across multiple nodes, the validator can keep operating even if one node goes offline for maintenance or due to an issue. This improves fault tolerance and supports a slashing-free, decentralized staking environment.

Non-Custodial & Secure ETH Staking

SSV allows the validator key to be generated, split into multiple key shares for distribution to non-trusting nodes, and then securely stored offline. Once the key shares are distributed to their respective nodes, they operate the validator and perform duties without requiring users to hand over the full validator key to operators.

Decentralization & Diversity

Independent operators around the world provide the infrastructure for SSV Network and help maintain its overall health. Each operator chooses its own validator clients and hardware infrastructure, while stakers choose which independent operators will run their validators. This improves client diversity, reduces single points of failure, and lowers risk for stakers.

What else?​

Feel free to check out other pages in the Learn section: