Enterprise Staking-as-a-Service: Secure, Non-Custodial Infrastructure for Institutions

Staking has crossed another threshold: infrastructure has matured and the regulatory fog has lifted, which has naturally galvanized institutional curiosity. Staking-as-a-service naturally stemmed out of it.

What was once an optional resource allocation is rapidly becoming a baseline operational pillar for institutions, supported by clearer U.S. guidance and anticipated market-structure legislation.

TL;DR

• Staking has evolved from an optional strategy into a core operational pillar for institutions, backed by over $245 billion in global assets and a clearing regulatory landscape (MiCAR in the EU, SEC bifurcation in the U.S.).
• Institutions are prioritizing non-custodial models to maintain full control of private keys, significantly reducing counterparty risk and ensuring asset segregation while still benefiting from professional validator expertise.
• Successful enterprise staking requires more than just rewards, but infrastructure resilience (geo-redundancy, 99.98% uptime), robust slashing protection, and rigorous compliance certifications (SOC 2 Type II, ISO 27001:2022).
• With over $7 billion in staked assets to date and partnerships with industry leaders like Ledger and Anchorage Digital, Everstake provides the secure, audited, and scalable infrastructure necessary for institutions to optimize staking activities without compromising fiduciary duties.

What is Institutional Staking-as-a-Service (StaaS)?

Institutional Staking-as-a-Service is a non-custodial infrastructure solution that allows organizations to participate in Proof-of-Stake (PoS) consensus and earn protocol-native rewards while offloading the technical burden of validator management.

Key advantages of the StaaS model include:

Zero Infrastructure Management

Institutions avoid the overhead of hardware procurement, data center maintenance, and the complexities of 24/7 server uptime. The StaaS provider assumes responsibility for backend infrastructure, offering secure data centers, high-availability redundancy, and scalable architectures. This model propels seamless participation and attenuates significant capital expenditures.

No Validator Operations

The service provider handles all technical duties, including software updates, security patches, and active participation in on-chain governance. Day-to-day tasks like node monitoring, software updates, performance optimization, and risk management (e.g., avoiding slashing penalties for downtime) are tackled by the provider.

This unloads institutions from operational burdens, allowing them to focus on portfolio strategy while the provider ensures compliance with network protocols.

Full Asset Control

Crucially, the model is non-custodial. The institution retains sole possession of its private keys; the provider only manages the operator keys required for signing blocks.

They typically generate validator and withdrawal keys themselves, sharing only limited signing keys with the provider for transaction validation. This approach minimizes counterparty risk and accommodates institutional requirements for self-custody. 

Native PoS Rewards

Rewards are driven by network participation rather than credit-based lending or leverage. Institutions capture staking rewards generated through the PoS mechanism, typically realized as a percentage of the principal paid in native tokens for network security. While providers retain a nominal performance fee, net annual rewards can range higher or lower depending on the specific blockchain protocol. 

Core Features of Everstake’s Enterprise Staking

For institutions, the difference between retail-grade and enterprise-grade lies in the rigor of risk mitigation and the depth of reporting.

Comprehensive Slashing Protection

Everstake utilizes a zero-slashing architecture designed to eliminate the risks of double-signing and downtime penalties. Zero-slashing is intrinsic by design, resulting in a pristine track record with no slashing instances on Ethereum as a validator.

Local Anti-Slashing Database

Everstake maintains a record of all signed blocks and attestations. This database acts as a safeguard, preventing the validator client from signing two conflicting blocks during network failures or re-organizations.

Client and Vendor Diversity

The architecture uses multi-client setups to avoid systemic risks from bugs specific to one software client. It also avoids single points of failure by spreading infrastructure across different vendors, clouds, and hardware stacks.

Highly Durable Infrastructure

The system is built on enterprise-level hardware across multiple blockchain networks to uphold maximum efficiency and operability.

Monitoring & Failover

We employ active-passive failover mechanisms and AI-powered cross-chain monitoring to ensure continuous operations.

Infrastructure Isolation

Each institutional client can benefit from dedicated validator environments, preventing “herd risk” common in shared pools. To prevent downtime and availability failures, Everstake utilizes both human and automated systems.

Geo-Redundancy and Failover

Everstake maintains a global footprint spanning every continent except Antarctica. The active-active setups and automated failover logic distributed across multiple data centers and regions ensure high availability and deep redundancy, insulating our services against technical failures, environmental disasters, or geopolitical instability.
By strategically balancing network traffic and routing users to the nearest node, we minimize latency and optimize response times. 

Procedural Safety

Everstake employs a proactive defense-in-depth strategy, integrating strict risk-assessment policies with a high-speed response framework. Our protocols are aimed to preemptively neutralize potential vulnerabilities. With a dedicated team and exhaustive recovery blueprints, we persevere for near-instantaneous resolution of any system anomaly.

Advanced API & Tax Reporting

Navigating the audit requirements of traditional finance requires data integrity. 

Audit-Ready Exports

Generate comprehensive reports for internal compliance and external audits. Everstake equips institutions with indispensable tools to effectively balance priorities around control, security, and scalability. The solutions support diversification of infrastructure setups and can be customized to meet specific client requirements.

Tax & Compliance Integration

Our API provides real-time data flow into existing accounting systems, ensuring seamless tax reporting. Everstake delivers reporting for tax and compliance needs, featuring statements aligned with tax regulations across multiple jurisdictions and other compliance standards. Financial reporting for institutions involved in staking, helping them ensure transparency, meet regulatory obligations, and minimize tax exposures.

Geo Customization

Everstake installs and oversees infrastructure across multiple jurisdictions. This adaptability supports institutions to align their staking operations with distinct regulatory landscapes and market dynamics, guaranteeing adherence and offering a key strategic edge. Through functioning under diverse legal structures, these offerings address the specific demands of international institutions and deliver extensive operational coverage.

24/7 DevOps Monitoring & Support

Our infrastructure is managed by a dedicated team of seasoned DevOps and security engineers. In general, the company is deeply tech-oriented, with over 70% of staff being engineers.

24/7 Continuous Monitoring

Real-time monitoring solutions are combined with a distributed team of community managers who are online around the clock to assist and respond to irregularities. This diligent oversight has been instrumental in achieving a consistent 99.98% uptime across our eight-year operational history. 

Automated alerts

MTTR (Mean Time To Recovery) is minimized through predictive analytics and automated incident remediation protocols. Everstake utilizes real-time monitoring solutions designed to detect irregularities, anomalies, or performance issues at their onset, allowing the technical team to address and eliminate them before they escalate into penalties or downtime

Rapid Incident Response

The automated alerts are connected to a dedicated on-call team that is prepared to quickly respond to any technical issue that might arise.

Redundant Infrastructure

We utilize geo-distributed bare-metal servers across Tier III/IV data centers to avoid single-cloud provider dependency.

Tailored B2B Staking Solutions

We recognize that different institutional archetypes have unique operational workflows.

White-Label Staking for Exchanges & Wallets

Drive user retention and unlock new revenue streams by integrating staking directly into your product’s UX. Everstake’s White-Label Staking API is an institutional-grade solution designed for crypto exchanges, wallets, and custodians. It essentially allows businesses to offer staking to their end-users under their own brand, using Everstake’s infrastructure to handle the technical heavy lifting.

Key Features for Businesses

Branded Experience

Exchanges and wallets can launch their own staking service that connects to an Everstake-managed node but appears entirely native to the company’s UI.

Rapid Integration (WalletSDK)

Deploy a branded staking experience via our robust SDK and API-first architecture. Everstake provides a WalletSDK, which can integrate staking into a wallet in as little as one day. 

Revenue Share

The solution is built on a commission-sharing model. Competitive commission structures tailored to your volume.

Institutional Security

Everstake is highly compliant, including SOC 2 Type II, ISO 27001:2022, and GDPR certifications. 

Supported Networks & Assets

While Everstake supports the majority of Proof-of-Stake (PoS) networks, our white-label and B2B crypto staking solutions are most prominent on Ethereum, Solana, Aptos, Polygon, Cosmos and many more. 

Major Partnerships

Several high-profile platforms already use Everstake’s infrastructure to power their staking features:

• Wallets: MetaMask Portfolio, Trezor (via Trezor Suite), Ledger, and Exodus.
• Institutional Custodians: Zodia Custody, Taurus, and KODA (South Korea’s largest custodian) use Everstake to provide compliant staking to banks and hedge funds.
• Exchanges: OKX, Crypto.com, Coinlist

Dedicated Validator Nodes for Funds

For hedge funds and asset managers requiring maximum transparency and isolation.

Isolated Environments

A core part of Everstake’s institutional checklist is the strict separation between institutional and retail validator setups. This ensures that funds are not sharing the same infrastructure as general retail delegators, allowing for curated governance and risk management. Your stake is never co-mingled and the nodes are run on dedicated bare-metal hardware.

Performance Optimization

Tailored settings to optimize reward strategies based on the fund’s specific liquidity needs.

Native Integrations for Custodians

Everstake acts as the trusted execution layer for global custodians.

Key Separation

We maintain a strict boundary between our signing infrastructure and your cold storage or MPC-based key management. For these dedicated setups, Everstake utilizes remote signers with HSM support and a clear separation between the validator nodes and the actual key material. The operations are also backed by SOC 2 Type II and ISO 27001:2022 certifications to meet the due diligence requirements of professional fund managers.

Custody-Ready

Native integrations with top-tier custodial platforms ensure a frictionless stake-from-vault experience.

Contact Institutional Sales

Enterprise-Grade Security & Compliance

Gaining and maintaining trust in crypto is a tedious task, so we made security our foundation. Everstake is among the first staking providers to achieve the five-pillar certification framework required by global financial institutions.

SOC 2 Type 1 & 2: Independent validation of security, availability, and processing integrity.

ISO 27001:2022: The gold standard for information security management systems (ISMS). It confirms the company’s ability to protect sensitive data and maintain operational resilience across the entire organization.

NIST CSF 2.0: This framework evaluates how systematically a company governs, detects, and recovers from cyber threats. Aligned with the highest level of cybersecurity maturity. Score: 4.16 — Optimized, which is a higher score than held by 96% of organizations worldwide.

GDPR & CCPA: Full compliance with European and U.S. data privacy and residency laws.

Our geo-distributed bare-metal infrastructure ensures that we are not reliant on any single cloud provider (e.g., AWS or Google Cloud), providing a layer of protection against systemic outages.

Regulated Institutional Integration

Everstake’s infrastructure is now used in highly regulated financial products, demonstrating its compliance-ready nature. Just recently, Everstake partnered with Canary Capital to power the staking capabilities for the Canary Capital SUI ETF, which is officially listed on Nasdaq.

Operational Oversight

This security framework is supported by a distributed team of 20+ community managers available 24/7 to provide real-time support and address irregularities.

Supported Proof-of-Stake Networks

Everstake provides deep technical expertise historically across 130+ blockchain networks, allowing institutions to curate their staking strategies across the entire ecosystem. 

By maintaining high-availability infrastructure for both established and emerging chains, we ensure that enterprise partners can scale their digital asset exposure without technical friction.

While our reach is vast, we offer specialized optimizations for the industry’s most prominent protocols:

Ethereum (ETH)

We provide institutional-grade MEV-Boost integration and maintain maximum attestation rates through a distributed, non-custodial architecture designed for security and optimization.

Solana (SOL)

Our high-performance validation setup utilizes Stake-Weighted QoS (SWQoS) and ShredStream support to ensure consistent rewards and superior block propagation in a high-throughput environment.

Cosmos (ATOM)

We empower institutional delegators through active governance participation and the deployment of low-latency node clusters across diverse geographic regions to enhance network decentralization.

Aptos (APT)

Leveraging the same low-latency infrastructure as our Cosmos operations, we provide reliable, enterprise-ready staking for the Aptos ecosystem with a focus on uptime and security.

Why Top Institutions Trust Everstake

Our metrics reflect our commitment to excellence and our position as a market leader in the staking industry.

• 130+ chains supported
• $7B+ Staked value secured to date
• 40,000+ Nodes operated globally
• $700M+ rewards generated
• 1.6M+ Users and delegators to date
• 99.98% Verified uptime across all supported chains

Frequently Asked Questions

Is your enterprise staking service non-custodial? 

Yes. Everstake never has access to your funds. You retain full control of your private keys and withdrawal addresses. We only manage the validator infrastructure.

Do you offer slashing protection for dedicated nodes? 

We employ redundant signing setups and rigorous monitoring to prevent slashing. For enterprise clients, we can discuss specific coverage models as part of our custom SLAs.

How quickly can we integrate your staking API? 

For standard integrations, our API and SDK allow for a go-live period as short as 72 hours. Our technical team provides hands-on support throughout the onboarding process.

What certifications does Everstake hold for institutional compliance?

Everstake holds a five-pillar certification framework built for global financial institutions: SOC 2 Type 1 & 2, ISO 27001:2022, NIST CSF 2.0 (with an “Optimized” score of 4.16, higher than 96% of organizations worldwide), and full GDPR and CCPA compliance.

Which Proof-of-Stake networks does Everstake support for institutional clients?

Everstake historically support 130+ blockchain networks, with specialized optimizations on the most prominent ones.

• On Ethereum: institutional-grade MEV-Boost integration.
• On Solana: high-performance setup with Stake-Weighted QoS (SWQoS) and ShredStream support.
• On Cosmos: low-latency node clusters with active governance participation.
• On Aptos: the same low-latency architecture with an uptime and security focus.
• White-label and B2B solutions are most prominent on Ethereum, Solana, Aptos, Polygon, and Cosmos.

How does Everstake ensure continuous validator uptime and prevent downtime penalties?

Over 70% of Everstake staff are engineers. We have maintained a verified 99.98% uptime across major chains over our eight-year operational history. This is backed by geo-distributed bare-metal servers across Tier III/IV data centers (avoiding single-cloud dependency), active-active and active-passive failover setups, AI-powered cross-chain monitoring, and a 24/7 DevOps team.

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All metrics displayed on the website, including without limitations value of staked assets, total number of active users, rewards rates, and networks supported, are historical figures and may not represent the actual real-time data.