EigenLayer Restaking for Institutions
P2P.org operates as the number one EigenLayer operator by TVL, providing institutional restaking infrastructure for native ETH and Liquid Staking Tokens across Actively Validated Services. Non-custodial, SOC 2 Type II attested, and one of 13 EigenLayer community multisig members. Restaking API available for institutional integration. Trusted by Renzo, Etherfi, Puffer, Eigenpie, Lido, and Mantle.
P2P.org has participated as an EigenLayer operator since the protocol's earliest phase. By combining institutional grade operations with EigenLayer's largest restaking footprint, P2P.org provides infrastructure for long term performance and resilience.
EigenLayer Operator by TVL
#1
TVL Restaked with P2P.org
$1B+
EigenLayer Multisig Members
1 of 13
Custody Model
Non-Custodial
Attestation (December 2025)
SOC 2 Type II
Risk Management
Vetted AVSs Only
Security & Compliance
EigenLayer allows already-staked ETH or Liquid Staking Tokens to be simultaneously used to provide cryptoeconomic security to additional protocols called Actively Validated Services (AVS). This is called restaking. Restakers who delegate to an EigenLayer operator like P2P.org become eligible to receive protocol-distributed rewards from the AVSs their operator secures, in addition to standard Ethereum consensus rewards.
EigenLayer extends the cryptoeconomic security of Ethereum by allowing stakers to opt their ETH into securing additional protocols. P2P.org acts as the operator, running the infrastructure that AVSs rely on to function.
Institutions with natively staked ETH create an EigenPod address and set it as their validator's withdrawal credential. This makes their staked ETH restakeable on EigenLayer without bridging, moving funds, or unstaking. P2P.org assists with EigenPod setup for institutional clients.
Institutions holding Liquid Staking Tokens (LSTs) such as stETH, rETH, or others can deposit them into EigenLayer's strategy contracts, delegating to P2P.org as their operator. LST restaking does not require active validators and has a lower operational threshold.
Once delegated to P2P.org, restaked ETH or LSTs provide cryptoeconomic security to the AVSs P2P.org operates on. P2P.org evaluates each AVS independently before enabling slashing. Restakers become eligible to receive protocol-distributed rewards from those AVSs, separate from Ethereum consensus rewards.
Query Staking Data for protocol-issued reward history, validator performance, and balance reconciliation across all staked networks.
EigenLayer restaking integration, from first contact to active AVS delegation.
Complete the form on this page. Our team confirms whether native restaking (via EigenPod) or liquid restaking (via LST) is the right path for the client's setup.
For native restaking, P2P.org assists with EigenPod setup and withdrawal credential configuration. For liquid restaking, deposit your LSTs into EigenLayer's strategy contracts and delegate to P2P.org.
Select P2P.org as the operator on EigenLayer. The restaked ETH or LSTs are then eligible for AVS rewards across the Operator Sets P2P.org participates in.
Access the dashboard covering restaking positions, AVS participation, reward accrual, and slashing status.
Explore More
Fault-tolerant Ethereum validator infrastructure. Validator keys split across four independent operators via SSV Network.
Non-custodial native ETH staking with MEV-aware relay selection, OFAC compliant relay options, and dedicated validator infrastructure.
Stake ETH below the 32 ETH minimum. Pool ETH with other institutional participants with full transparency.
Restaking on EigenLayer introduces slashing risk that does not exist in standard ETH staking. When an AVS enables slashing, a portion of delegated restaked ETH can be penalised if the operator fails to meet the AVS's service obligations. P2P.org manages this risk by focusing on yield-generating AVSs, each independently evaluated before slashing is enabled.
P2P.org evaluates each AVS independently before enabling slashing
Slashed funds may be burned or redistributed depending on the AVS's Operator Set configuration
Restakers should review AVS risk parameters before delegating to any operator
Slashing risk compounds across every AVS the same restaked ETH secures
From the Blog
Solana's first governance cycle under its new framework has closed. SGP-0002 passed by just 0.334 points, doubling the network's disinflation rate. Here's what changed, what didn't, and where P2P.org stood on all three votes.
4 September 2026
Read
August 2026 regulation news for custodians, ETF issuers, treasury teams, and validator risk committees. CLARITY Act odds fall to 10%, OCC targets November for GENIUS Act final rules, Austria issues first MiCA penalty, and South Korea's Shinhan pilots a tokenized fund on Solana.
1 September 2026Legal Layer
Read
Practitioners from 21Shares, Arkis, Talos, and Zama on what institutional trading on-chain actually requires today.
1 September 2026
ReadP2P.org is a non-custodial staking and DeFi infrastructure provider serving institutional clients across 35+ blockchain networks. Founded in 2018, P2P.org operates validator infrastructure, DeFi execution controls, and transaction data services for custodians, exchanges, asset managers, wallets, and treasury teams worldwide.
Networks supported
35+
Institutional digital assets secured
$10B+
Dedicated support
Global
Operating infrastructure since
2018
Institutional clients
190+
Slashing events track record
Zero
Trusted by industry leaders
EigenLayer lets already-staked ETH or Liquid Staking Tokens simultaneously provide cryptoeconomic security to additional protocols called Actively Validated Services (AVS). Restakers who delegate to an operator become eligible for protocol-distributed AVS rewards on top of standard Ethereum consensus rewards.
Native restaking points a validator's withdrawal credential at an EigenPod, making staked ETH restakeable without bridging, moving funds, or unstaking. Liquid restaking deposits LSTs such as stETH or rETH into EigenLayer's strategy contracts, requires no active validators, and has a lower operational threshold.
An Actively Validated Service is a protocol that draws cryptoeconomic security from restaked ETH. Operators like P2P.org run the infrastructure those services rely on, and restaked assets delegated to the operator secure them.
Yes. ETH withdrawal credentials remain under client control at all times. P2P.org operates the restaking infrastructure but never takes possession of restaked assets.
Restaking introduces slashing risk that does not exist in standard ETH staking. When an AVS enables slashing, a portion of delegated restaked ETH can be penalised if the operator fails to meet that AVS's service obligations. Slashed funds may be burned or redistributed depending on the AVS's Operator Set configuration.
P2P.org focuses on yield-generating AVSs and evaluates each one independently before slashing is enabled, a process designed to reduce exposure to AVSs with risk profiles unacceptable for institutional clients.
Restakers delegated to P2P.org become eligible to receive protocol-distributed rewards from the AVSs their operator secures. These are separate from Ethereum consensus rewards and accrue per the AVS's own reward configuration.
SOC 2 Type II attestation achieved December 2025, covering security controls across restaking operations and client data handling, with documentation available for institutional due diligence and vendor risk assessment.
Yes. The Restaking API covers the full lifecycle: EigenPod setup, delegation, AVS monitoring, rewards data, and exit management.
P2P.org is the number one EigenLayer operator by TVL, with over $1B restaked, and is one of 13 community multisig members securing EigenLayer protocol updates — participating in governance since the protocol's earliest phase.
