DVT staking: revolutionize your staking experience

Maximize security and minimize costs with our pioneering DVT integration – backed by the SSV’s robust infrastructure, and designed to protect your digital assets.

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Increase your ETH Staking APY by up to 40% with DVT staking

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What is DVT?

DVT, or Distributed Validator Technology, is a system where an Ethereum validator is running on multiple independent nodes. This setup ensures that the validator remains functional and secure, even if some nodes fail or act maliciously, providing a fault-tolerant and secure staking environment. The SSV network represents a decentralized staking infrastructure that enables the operation of an Ethereum validator across a distributed system.


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Validator with DVT

Why choose our Institutional cluster?

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Institutional cluster

Our cluster is maintained by top institutional node operators with a proven track record of working with institutions. They not only offer top performance but also adhere to the strictest security practices.

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All MEV relays supported

Our cluster seamlessly supports all MEV relays, offering you the flexibility you need.

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Diverse CL/EL protection

Our cluster provides a diverse range of Consensus Layer (CL) and Execution Layer (EL) clients, safeguarding your operations from any potential issues or vulnerabilities specific to a single client software.

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Geographical safeguard

By leveraging a global network of nodes, we ensure that your connection is always maintained, protecting you from potential regional disruptions or local outages.

Features of DVT staking with P2P

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Backed by SSV.network infrastructure

Our solution, developed with SSV Network as the primary institutional integration, streamlines the complexities of staking operations. This innovation automates your staking flow, letting you focus on strategic outcomes.

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Simplified SSV token management

Our flexible set-up removes the complexity of managing and monitoring SSV token balance in your cluster. We offer the ability to handle all the aspects of SSV token management, so you don't have to.

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First of its kind

Our innovative tool is the first to merge SSV's robust infrastructure with user-friendly API and frontend interface, setting a new industry standard.

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On-demand validator exit

You hold the keys. Our solution allows you to automatically exit validators whenever you choose.

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Choose preferred staking way

Generate API keys and manage your staking automatically, or connect your web3 wallet to our dAPP and stake directly.

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Have a question or want more info?

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Key benefits

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Adding fault tolerance

Say goodbye to relying on a single provider. DVT introduces fault tolerance, ensuring your operations are always up and running.

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Reduced slashing risks

Significant reduction in slashing risks thanks to the distributed set-up, safeguarding your assets.

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Enhanced performance

Experience the difference with a proven average node performance of over 99%, backed by a robust cluster of top providers.

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Cost-effective staking strategy

Utilize DVT for a cost-effective staking strategy that diversifies across top-performing global providers

How to stake with P2P

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DVT staking API

Start integrating DVT staking into your platform. Tailored for custodians, exchanges, and B2B wallets, our API enables direct integration of new validators through our first-class cluster.

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Direct DVT staking dApp

Connect your Web3 wallet to P2P staking dAPP, choose SSV staking, control rewards statistics, and see revards statistic directly in our decentralized application.


Your seamless staking journey begins with one simple step.

Crafted for institutions, wallets, and custodians who won't settle. Our API offers tailored conditions and a smooth integration path. One final step: just share your email.

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The incentivization program is offered by the SSV network to reward early adopters. By staking via our DVT Staking API or staking dAPP, you automatically qualify for this incentivized yield, based on the below criteria:

  1. Your validator must be registered to the ssv.network after October 1st, 2023, and remain active until the end of the Incentivized Mainnet program or until the exhaustion of SSV in the Dedicated Multi-Sig wallet.
  2. Rewards are calculated based on a tiered system, considering the total number of active days of your validators within a specific round.
  3. The program will run for 12 monthly rounds, starting from epoch 232538 (approximately Oct-01-2023) until epoch 314887 (approximately Sep-30-2024), or until the reward pool is depleted.
  4. The program is capped at 30K eligible validators. Validators joining beyond this cap will not be eligible for the increased yield.


To read the full criteria list, please refer to the SSV program page.

DVT refers to "Distributed Validator Technology". In the majority of PoS (proof-of-stake) systems, each validator is responsible for a single staking node. However, Distributed Validator Technology allows for the splitting of responsibilities and risks associated with a single validator node across multiple participants. The primary goals of DVT are to increase the security, decentralization, and resilience of the network by ensuring that no single point of failure exists.

DVT Staking API is an innovative product designed specifically for institutions and intermediaries, enabling them to leverage the advantages of Distributed Validator Technology (DVT). Our API simplifies the process of integrating with the SSV protocol, automating the staking process for enhanced efficiency and ease.

But there's more. Understanding the critical importance of security and validator performance for institutions, we have meticulously crafted a unique cluster within the SSV ecosystem. This "Institutional Cluster" comprises a carefully chosen array of validator partners, each renowned for their exceptional performance and stringent security standards. Clients integrating with our DVT Staking API benefit from having their funds managed by this elite group of operators, ensuring a top-tier staking experience.

When utilizing DVT Staking API, the client's validator key is managed collaboratively by multiple operators within a structure known as a "cluster." These clusters play a crucial role, as they are responsible for managing the validator key by dividing validator activities (such as attesting and block proposing) among the node operators.

P2P is actively collaborating with other partners to establish what we refer to as the "Institutional Cluster." This designation is deliberate, emphasizing our commitment to selecting operators who provide institutional-grade staking services. These services are not just about performance but also include comprehensive support for all available MEV relays, diverse setups in Consensus Layer (CL) and Execution Layer (EL), and a strategic geographical distribution of nodes to ensure robustness and resilience.

The specifics of this Institutional Cluster are detailed in our blog post, which outlines the criteria for our operator selection: Effortless ETH Staking - P2P.org and SSV Team Up. Our current partners are: Allnodes, Huobi, and Stakely.

Our DVT Staking API operates with a fee structure of 8% on the total staking rewards earned. Within this 8%, a portion is allocated as the SSV fee, which is currently set at 0.5%. This means that out of the rewards generated from your staking activities, 7.5% is reserved as our cluster service fee and a 0.5% is allocated as SSV protocol's fee.

When it comes to managing payments to validators within the SSV protocol, the process is efficiently integrated within our API. Node operators are remunerated for their contribution to the network, such as block proposing and attesting, directly through the protocol.

As a client, you will need to top-up a specific cluster balance with SSV tokens. This balance is used to manage the operational costs within the cluster, including node operator payments. The rewards earned from the validators' activities are automatically allocated, from which our service fee (including the SSV fee) is deducted. The remaining rewards are then credited to your address.

Enhanced Security and Fault Tolerance: DVT's distributed nature means that your staking operations are not dependent on a single node operator. This significantly reduces the risk of system failures, security breaches, and the impact of potential attacks, as responsibilities and tasks are shared across multiple providers.

Diversification and Reduced Risk: By spreading your staking across various operators and geographical locations, DVT minimizes the risks associated with relying on a single validator or location. This diversification ensures more stable and reliable staking outcomes.

Cost Efficiency: DVT allows for more efficient management of staking operations. By distributing tasks across various nodes, operational costs can be optimized, translating into better cost-efficiency for the clients.

High Performance and Reliability: With nodes distributed globally and managed by top-performing operators, DVT systems typically exhibit higher uptime and performance consistency, contributing to potentially greater staking rewards.

Technology Risks: As with any technology reliant on software and online connectivity, there is always the risk of software bugs, vulnerabilities, or unforeseen technical issues that could affect the system's stability.

Market Risks: A key consideration is the volatility of the SSV token price. Since users top-up the cluster balance with SSV tokens, a price decrease can lead to operators increasing their fee in SSV tokens to maintain their margins. This necessitates users to pay more and constantly monitor their balance to avoid liquidation risks.

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