Distributed Validator Technology enables trustless staking through multi-operator validation. Validator keys are distributed between non-trusting nodes which operate under a consensus layer to perform duties on the Beacon Chain.
DVT promotes client diversity, decentralization, and fault tolerance while mitigating slashing and downtime risks.
1. SSV has done deep research on DVT and MPC; 2. SSV is at the forefront and is already preparing for the second phase; 3. SSV has gained the attention of top capital and the market.
After an internal review and especially after having gotten some first-hand experience actually running the software in testnet, it was an obvious choice for us.
ssv.network's DVT implementation is very promising with strong developments in product maturity, team, node operator community, support, and overall strategic alignment with our protocol.
Enables solo stakers to stake with us, securely and decentralized. Without DVT, we cannot service solo stakers and have to steer them towards Liquid Staking.
SSV is one of the most close to production, and devs and rest of the team have been very supportive with our enrollment from the first day. We feel very comfortable working for this network.
We've searched for solutions enabling validators to choose multiple operators irrespective of client, secure, non-custodial, and with 0 slashing events. That's what ssv have produced.
It mitigates the risk from 1 party and it helps in keeping the key for the validator more secure and it ensures there is minimum downtime [...] the first viable solution available in the market.
DVT enables automated pledge pool agreements, allowing ETH pledges into the smart contract which automatically distributes it to the operator to run the signature block.
With DVT, now we can run validators using multiple operators instead of a single validator node [...] I believe DVT can help to make blockchain more stable.
We could not have planned to develop a staking service on the Ethereum network without DVT. It has lowered the burden of analyzing and organizing a group of validators and the potential of slashing.
DVT minimizes the risk of slashing by distributing the validators keys across different operators, improving key management security. We can set up nodes quickly and maintain good performance.
