Diva Staking primary sources
Collected: 2026-05-12 UTC
Primary sources reviewed
- https://divastaking.com/
- Official project website
- Used to confirm Diva’s top-level positioning as a liquid staking protocol powered by distributed validators and permissionless node operators
- https://docs.divastaking.com/
- Official docs home
- Used to confirm the core liquid-staking model,
divETHreceipt token, and protocol framing around integrated DVT
- https://docs.divastaking.com/dvt/
- Official distributed-validation overview
- Used to confirm 16 key shares per validator, 11-of-16 threshold signing, DKG / MPC key splitting, key-share regeneration, operator allocation, and Diva’s explicit comparison against Obol and SSV
- https://docs.divastaking.com/participants/
- Official participant model page
- Used to confirm the staker / operator split, operator collateral logic, non-custodial operation, and the role of
divETHcollateral in key-share admission
- https://docs.divastaking.com/economics/
- Official operator-economics page
- Used to confirm reward-splitting, the 10% operator-reward share, and the still-evolving state of the protocol’s economic design
Notes
- Diva Staking clears the intake bar because it is not merely another LST frontend; it combines validator creation, liquid-staker receipt issuance, key-share allocation, operator collateral, operator rewards, and staker-protection logic in one system.
- The most important comparison hook is the difference between modular DVT middleware and an integrated staking protocol that embeds DVT directly into operator admission and economics.
- Several of the strongest claims in the docs are explicitly first-party modeling or positioning claims, especially around latency, uptime, and decentralization; they are useful as mechanism signals but should not be mistaken for independent validation.
- No standalone whitepaper was confirmed in this pass.