Enterprise-grade Ethereum staking

Ethereum is the largest proof-of-stake network, securing a settlement layer for tokenised assets, stablecoins and DeFi. Institutions stake ETH to earn protocol rewards on treasury or client holdings while contributing to network security, with the asset itself never leaving their custody setup.

Ethereum staking locks ETH with a validator that proposes and attests to blocks. In return the protocol pays consensus rewards, plus execution-layer rewards from priority fees and MEV. P2P.org runs the validator infrastructure; the staked ETH and the withdrawal address stay under the client's control.

There is no minimum. Native and DVT staking allocate 32 ETH per validator, and positions below that use P2P.org's pooled staking vaults, which accept any amount and return an ERC-20 token representing the staked position.

Yes. P2P.org never takes custody of client assets. Deposits are signed within the client's own custody platform or wallet, the withdrawal address is set by the client, and P2P.org operates only the validator layer.

Distributed Validator Technology splits a validator key across four independent operators on isolated infrastructure via SSV Network, with three of four sufficient to keep attesting. It removes the single point of failure from validator operations, which matters for institutions bound by uptime SLAs.

Every validator runs on three isolated remote signers with independent anti-slashing databases that record each signed attestation and block, so a double-sign is refused before it leaves the signer. Nodes are distributed across multiple EU sites. P2P.org has recorded zero slashing events since 2018.

P2P.org is SOC 2 Type II attested and ISO/IEC 27001:2022 certified, holds Sumsub's Risk Intolerant Sentinel status and is a BSSC member. Audit reports, policies and smart-contract audits by MixBytes are available on request through the Trust Center.

New validators enter through a protocol-controlled activation queue, and exits pass through an exit queue; both move at a rate set by the protocol based on how many validators are joining or leaving. The timing is outside P2P.org's control, and the dashboard shows each validator's status from deposit onward.

Pectra raised the effective balance cap to 2,048 ETH and introduced 0x02 withdrawal credentials with auto-compounding, so rewards can compound on the validator instead of being swept. Existing validators keep running unchanged; consolidation to the new credentials is optional and supported across all three P2P.org configurations.

GRR, the gross reward rate, is what the protocol pays a validator before fees. NRR, the net reward rate, is the figure after the validator fee, so it reflects what the staker actually receives. P2P.org quotes NRR, and both figures are estimated, variable and not guaranteed.

P2P.org connects validators to a configurable set of MEV-Boost relays, including OFAC-compliant relays that exclude sanctioned transaction flow. Relay selection is agreed per client, so regulated capital can restrict block building to compliant relays only.

NRR is the net reward rate an Ethereum staker receives after the validator fee, combining consensus rewards with execution-layer priority fees and MEV. P2P.org's current native staking NRR is around 2.9% after a 5% fee. It is protocol-determined, moves with network conditions and is not guaranteed.