Enterprise Ethereum Alliance Research

The Institutional Crypto Custody Landscape

A framework for understanding digital asset custody: models, providers, and decision criteria for institutional participants

Explore the Framework View Provider Landscape
01

What is Crypto Custody?

Crypto custody refers to the secure storage and management of private keys that control access to digital assets on blockchain networks.

Unlike traditional financial assets, cryptocurrencies and digital tokens exist as entries on distributed ledgers. Ownership is determined not by a central registry, but by possession of cryptographic private keys. Whoever controls the private key controls the assets—making secure custody a fundamental requirement for any institutional participant.

Core Components of Custody

Key Generation

Creating cryptographic key pairs using secure random number generation in isolated environments

Key Storage

Protecting private keys from theft, loss, or unauthorized access through hardware and software controls

Access Control

Defining and enforcing policies for who can initiate transactions and under what conditions

Transaction Signing

Using private keys to authorize blockchain transactions while maintaining security controls

Traditional vs. Crypto Custody

In traditional finance, custody involves holding securities or cash on behalf of clients, typically through a regulated intermediary. The custodian maintains records and facilitates transfers but doesn't directly "possess" the assets in the way a crypto custodian controls private keys.

With digital assets, the custodian's control is more direct and consequential: access to the private key means full control over the assets. This creates both opportunities for streamlined operations and significant security responsibilities.

02

Why Custody Matters for Institutions

For institutional participants—asset managers, corporations, funds, and financial services firms—custody is not merely a technical concern but a foundational business and regulatory requirement.

Fiduciary Obligations

Investment advisers and fund managers are typically required to maintain client assets with a "qualified custodian." This regulatory framework, designed to protect investors, extends to digital assets and shapes how institutions must approach custody.

Operational Risk Management

The irreversible nature of blockchain transactions means that errors or security breaches can result in permanent loss. Institutions require robust operational controls, segregation of duties, and disaster recovery capabilities that exceed what individual custody solutions might provide.

Insurance and Liability

Professional custody arrangements typically include insurance coverage and clear liability frameworks. For institutions managing third-party assets, this protection is essential for both regulatory compliance and client confidence.

Regulatory Considerations

  • SEC Custody Rule: Investment advisers must maintain client assets with qualified custodians
  • Bank Charters: Some custodians operate under national or state bank charters, providing regulatory clarity
  • SOC Compliance: Service Organization Control audits validate operational controls
  • Geographic Requirements: Different jurisdictions have varying custody requirements

Business Continuity

Institutions require assurance that their assets remain accessible even if a custody provider faces operational or financial difficulties. This necessitates careful evaluation of provider stability, key recovery mechanisms, and legal protections.

03

Custody Models Explained

Custody solutions exist on a spectrum from full self-custody to complete delegation to third parties. Each model involves different trade-offs between control, security, convenience, and regulatory treatment.

Custody Model Taxonomy

Custody Model Taxonomy Diagram A hierarchical diagram showing the spectrum of custody models from self-custody to third-party custody Custody Model Spectrum Full Control Full Delegation Self-Custody Hardware Wallets Dedicated signing devices held by institution Air-Gapped Systems Offline key generation and storage Multi-Sig (Self-Managed) Multiple internal signers required Maximum control Requires expertise Full responsibility Hybrid / Shared MPC Wallets Key shares distributed across parties Co-Managed Multi-Sig Keys held by client and provider Qualified Custody + Controls Third-party custody with client-defined policies Balanced control Shared responsibility Operational flexibility Third-Party Custody Exchange Custody Assets held on trading platform Qualified Custodian Regulated entity with fiduciary obligations Prime Brokerage Custody bundled with trading services Regulatory clarity Insurance coverage Counterparty risk

Self-Custody

The institution generates and maintains full control over all private keys. This provides maximum control and eliminates counterparty risk but requires significant technical expertise and operational infrastructure.

Suitable for: Technically sophisticated organizations with dedicated security teams, those with specific regulatory or policy requirements for key control, or entities with lower transaction volumes that don't require integrated services.

Hybrid / Shared Custody

Control is distributed between the institution and service providers. Multi-party computation (MPC) technology allows cryptographic operations without any single party having access to the complete key. Multi-signature arrangements require multiple parties to authorize transactions.

Suitable for: Organizations seeking to balance control with operational convenience, those requiring segregation of duties, or entities wanting to reduce single points of failure while maintaining meaningful oversight.

Third-Party Custody

A qualified custodian holds and manages private keys on behalf of the client. This model provides regulatory clarity, insurance coverage, and professional operations but introduces counterparty dependency.

Suitable for: Regulated investment advisers requiring qualified custodians, organizations without specialized crypto operations teams, or those prioritizing insurance and regulatory compliance over direct control.

04

Custody Decision Framework

Selecting a custody approach involves weighing multiple factors specific to your organization. This framework helps structure the evaluation process.

Decision Framework Flow

Custody Decision Framework Flowchart Begin Evaluation Regulatory Requirements? Yes - SEC/Regulated Qualified Custodian Required No / Flexible Internal Crypto Expertise? Limited Third-Party Custody Strong Team Control vs. Convenience? Control Self-Custody Full Control Balance Hybrid / MPC Shared Control

Key Evaluation Criteria

Security Architecture

  • Key generation methodology
  • Storage infrastructure (HSM, MPC, cold storage)
  • Physical security controls
  • Penetration testing history
  • Incident response procedures

Regulatory Status

  • Jurisdiction and licensing
  • Qualified custodian status
  • Banking charter (if applicable)
  • SOC 1/2 audit reports
  • Regulatory examination history

Insurance Coverage

  • Policy limits and scope
  • Covered events (theft, errors, etc.)
  • Carrier ratings
  • Claims history
  • Excess coverage options

Operational Capabilities

  • Supported assets and networks
  • Staking and DeFi access
  • API and integration options
  • Reporting and audit trails
  • Transaction throughput

Governance Controls

  • Policy engine flexibility
  • Approval workflows
  • Role-based access control
  • Whitelisting capabilities
  • Transaction limits

Business Terms

  • Fee structure transparency
  • Minimum asset requirements
  • Contract terms and SLAs
  • Provider financial stability
  • Exit provisions
05

Provider Landscape

The custody provider landscape includes specialized custodians, exchange-affiliated services, infrastructure providers, and traditional financial institutions entering the space. This categorization reflects how providers actually operate, not marketing positioning.

Provider Category Map

Crypto Custody Provider Market Map Qualified / Regulated Custodians Coinbase Custody NY Trust Company SOC 1/2 Audited Anchorage Digital Federal Bank Charter OCC Regulated BitGo Trust SD Trust Company Qualified Custodian Fidelity Digital NY Trust Company Traditional Finance Entry Technology / Infrastructure Providers Fireblocks MPC Infrastructure Wallet-as-a-Service Copper MPC + ClearLoop Settlement Network Ledger Enterprise Hardware Security HSM Solutions Dfns MPC API Platform Developer-Focused Exchange-Affiliated Custody Kraken Exchange + Custody Integrated Services Binance Custody Exchange-Linked Global Operations Gemini Custody NY Trust + Exchange SOC Examined Bitstamp Exchange Custody European Focus Prime Brokerage / Full Service Galaxy Digital Trading + Custody Institutional Services Hidden Road Prime Brokerage Multi-Venue Access Falcon X Prime + Custody Credit Services Cowen Digital TradFi Entry TD Cowen Integration

Note: This landscape represents a point-in-time view of a rapidly evolving market. Provider capabilities, regulatory status, and service offerings change frequently. The categorization reflects primary operating models; many providers offer services across multiple categories.

Category Characteristics

Qualified Custodians

Regulated entities operating under bank charters or trust company licenses. These providers can serve as "qualified custodians" for SEC-registered investment advisers, meeting specific regulatory requirements for client asset protection. Typically offer the most comprehensive regulatory coverage but may have higher minimums and more limited asset support.

Technology/Infrastructure

Providers focused on custody technology and infrastructure rather than direct custodial services. Often power other custodians' operations or provide wallet-as-a-service platforms. Typically offer MPC-based solutions, API-first architectures, and flexible deployment options. Clients maintain more direct control over keys.

Exchange-Affiliated

Custody services offered by or closely connected to cryptocurrency exchanges. Provide convenience for active traders with integrated trading and custody. Regulatory status varies by entity and jurisdiction. Consideration of exchange-specific counterparty risk is warranted.

Prime Brokerage

Full-service providers offering custody alongside trading, lending, and other financial services. Model similar to traditional finance prime brokerage relationships. May aggregate custody across multiple underlying providers. Suitable for institutions requiring comprehensive service bundles.

05.1

Operating Model: The Custody Control Stack

Understanding how custody solutions actually operate requires examining the full stack of controls, from physical security to governance policies.

Custody Control Stack

Custody Control Stack Diagram Governance & Policy Layer Approval workflows • Role-based access • Transaction policies • Audit logging Whitelists • Velocity limits • Time locks • Multi-party authorization 5 Application Layer User interfaces • API endpoints • SDK integrations • Reporting dashboards Transaction builders • Address management • Asset tracking 4 Signing & Computation Layer MPC protocols • Threshold signatures • Multi-sig coordination • TEE enclaves Key derivation • Transaction signing • Secure computation 3 Key Storage Layer HSM modules • Cold storage • Key shards • Encrypted backups Geographic distribution • Air-gapped systems • Key rotation 2 Physical Security Layer Data centers • Biometric access • Video surveillance • Security personnel Faraday cages • Tamper-evident seals • Secure facilities 1 Defense in Depth Each layer must be evaluated when assessing a custody solution

Physical Security (Layer 1)

The foundation of custody security. Enterprise custody solutions typically utilize hardened data centers with 24/7 monitoring, biometric access controls, and redundant power/connectivity. Cold storage may involve geographically distributed secure facilities with strict access protocols.

Key Storage (Layer 2)

How and where private keys or key shares are stored. Options include Hardware Security Modules (HSMs), air-gapped computers, or distributed key shares across multiple locations. The storage approach directly impacts both security and operational flexibility.

Signing & Computation (Layer 3)

The mechanisms for authorizing transactions. Multi-party computation (MPC) allows signing without reconstructing the full key. Threshold signatures require M-of-N participants. Traditional multi-sig uses on-chain mechanisms. Each approach has different security and operational characteristics.

Application (Layer 4)

The interfaces through which users interact with custody services. This includes web dashboards, mobile apps, APIs, and integrations with portfolio management systems. Security at this layer involves authentication, session management, and secure communications.

Governance & Policy (Layer 5)

The business logic layer controlling how transactions are authorized. Policy engines can enforce approval workflows, velocity limits, whitelist restrictions, and time-based controls. This layer often differentiates enterprise solutions from consumer products.

05.2

Provider Readiness Matrix

This matrix provides a structural comparison of custody providers across key institutional dimensions. Categorization is based on publicly disclosed information and does not constitute an endorsement or quality ranking.

Provider Operating Model Regulatory Posture Institutional Orientation Asset Breadth Tokenized Asset Readiness Interoperability Style
Anchorage Digital Federally chartered bank OCC federal bank charter; highest US regulatory tier Banks, pension funds, registered advisers ~60 curated assets Dual custody support; settlement integration Direct custody; fiat rails
BitGo Qualified custodian + infrastructure OCC national charter (Dec 2025); SD trust ETF issuers, funds, tokenization platforms 1,550+ assets across 69 chains WBTC custodian; broad RWA support Multi-sig + TSS; API-first
Coinbase Custody Exchange-integrated custodian NYDFS Trust Company; qualified custodian ETF sponsors, corporates, advisers 470+ assets Limited; focus on native assets Exchange liquidity integration
Fireblocks Technology / infrastructure provider NYDFS Trust (2024); primarily infrastructure Exchanges, banks, neobanks (sub-custody) 1,400+ tokens, 50+ chains Tokenization rails; stablecoin support MPC-CMP; 1,200+ counterparty network
Copper Prime custody FCA registered (UK); MiCA pending Hedge funds, trading firms Multi-chain support Developing ClearLoop off-exchange settlement
Zodia Custody Bank-backed custodian JFSC, FCA; multi-jurisdictional Asset managers, family offices Curated institutional set Traditional-finance bridge HSM + MPC hybrid
Komainu Bank-backed custodian Jersey, Dubai VARA Institutional asset managers Curated set Ledger partnership Segregated custody
Kraken Exchange custodian Wyoming SPDI (Kraken Bank) Mid-market institutions, crypto-native 200+ assets Limited Trading integration; staking
Fidelity Digital Assets Traditional finance custodian NY Trust; OCC conditional approval (Dec 2025) ETF sponsors, asset managers Select major assets Fund administration integration Traditional custody rails
BNY Mellon Traditional finance incumbent Federal bank supervision; post-SAB 121 ETF sponsors, pension funds Bitcoin, Ether (expanding) On-chain NAV services Fund admin integration

Note: This matrix reflects publicly available information as of April 2026. Operating models and regulatory status are subject to change. "Tokenized Asset Readiness" refers to capacity to custody tokenized real-world assets alongside native crypto; not all providers have disclosed detailed capabilities. Inclusion does not constitute endorsement.

05.3

Interoperability & Integration Patterns

Institutional custody does not operate in isolation. Custodians connect to a broader ecosystem of exchanges, sub-custodians, staking providers, and settlement networks. Understanding these integration patterns is essential for evaluating operational fit.

Exchange Connectivity

Custodians may integrate directly with exchanges for trading, or maintain settlement relationships that allow assets to remain in cold storage while trading occurs. Off-exchange settlement networks (e.g., Copper ClearLoop, Fireblocks Network) enable trading across venues without prefunding or asset movement.

Sub-Custody Arrangements

Banks and traditional institutions often use crypto-native firms as sub-custodians for key management while maintaining the primary custodial relationship. MiCA and US interagency guidance address liability allocation in these arrangements. The primary custodian retains responsibility even when key management is delegated.

MPC Infrastructure Stacks

Multi-party computation (MPC) providers offer key-shard distribution across parties. Fireblocks uses MPC-CMP with Intel SGX enclaves; Copper employs 2-of-3 sharding. Some institutions operate hybrid models where they hold one share while the provider holds another, ensuring no single party can move assets unilaterally.

Omnibus Accounts

Some custodians pool client assets in omnibus wallets with internal ledger segregation. This approach offers operational efficiency but introduces reconciliation complexity and potential insolvency exposure. MiCA Article 75(7) requires on-chain segregation for EU CASPs; US practices vary.

Staking Provider Integration

Institutional staking requires separation of validator keys (online, signing blocks) from withdrawal keys (cold storage). Custodians may operate validators directly, delegate to third-party operators, or support client-selected operators. Slashing liability allocation varies by provider and contract.

Smart-Contract Wallets

Account abstraction (EIP-4337, EIP-7702) enables programmable wallet logic including multi-approver thresholds, time-locks, and recovery mechanisms. Safe (formerly Gnosis Safe) is the dominant EVM multi-sig framework. Custodians increasingly support or integrate with smart-contract wallet architectures for governance flexibility.

Tokenization Workflows

Tokenized real-world assets require dual custody: traditional custodians hold underlying assets (Treasuries, securities) while crypto custodians manage on-chain tokens. BNY Mellon, Securitize, and specialized platforms coordinate these flows. The DTC's December 2025 no-action relief enables tokenized entitlements for participants.

Off-Exchange Settlement Rails

Bilateral and multilateral settlement networks allow institutions to trade without moving assets from cold storage. Assets are mirrored or pledged within the network; settlement occurs via book-entry adjustments. This reduces counterparty exposure and prefunding requirements for active traders.

Interoperability Gaps

No SWIFT-equivalent messaging standard exists between crypto custodians. Institutional transfers rely on on-chain movements, proprietary networks, or bilateral arrangements. Permissioned tokens (e.g., ERC-3643) require re-whitelisting at each custodian. These gaps increase operational friction for institutions operating across multiple providers.

05.4

Asset & Standards Support

Custody requirements vary significantly by asset type. Different asset classes present distinct technical, regulatory, and operational considerations that affect provider selection.

Native Crypto Assets

BTC, ETH, SOL, etc.

Layer-1 protocol tokens with established custody models. Bitcoin and Ether have mature institutional infrastructure; newer L1s may have limited qualified custodian support.

  • Well-established cold storage practices
  • Broad custodian support
  • Clear regulatory treatment in most jurisdictions

Stablecoins

USDC, USDT, EURC

Fiat-pegged tokens with issuer-specific considerations. The GENIUS Act (July 2025) established a federal payment-stablecoin framework in the US; MiCA distinguishes asset-referenced tokens and e-money tokens.

  • Issuer regulatory status varies
  • Reserve transparency requirements
  • May involve payment-services licensing overlay

ERC-20 & Fungible Tokens

Protocol tokens, governance

Standard fungible tokens on EVM chains. Custody is technically straightforward but asset-specific due diligence is required for each token's smart-contract risk and regulatory classification.

  • Broad custodian support for major tokens
  • Smart-contract risk at token level
  • Governance/voting support varies

Staked Assets

stETH, validator positions

Assets locked in proof-of-stake validation. Requires separation of validator keys (hot) from withdrawal keys (cold). The May 2025 SEC staff statement addresses non-discretionary staking; MiCA ESMA Q&A 2067 addresses CASP liability.

  • Key separation architecture required
  • Slashing liability allocation varies
  • Liquid staking tokens add complexity

Smart-Contract Wallets / Safe

Multi-sig, account abstraction

Programmable wallet contracts with embedded governance logic. Safe is the dominant EVM standard. EIP-7702 (Pectra upgrade) expanded account abstraction capabilities.

  • Customizable approval thresholds
  • Recovery mechanisms possible
  • Smart-contract risk at wallet layer
  • Key rotation without address change

Permissioned Token Standards

ERC-3643, transfer restrictions

Tokens with embedded compliance logic restricting transfers to whitelisted addresses. ERC-3643 is a leading standard for regulated securities on-chain. Portability between custodians requires re-whitelisting.

  • Identity and compliance integration required
  • Transfer restrictions limit custodian flexibility
  • Issuer coordination for custodian changes

Tokenized Funds & Vault Wrappers

BUIDL, BENJI, tokenized Treasuries

On-chain representations of traditional fund shares or treasury positions. Require dual custody architecture: traditional custodian for underlying assets, crypto custodian for tokens. Market grew significantly through 2025.

  • Dual custody complexity
  • NAV calculation integration
  • Custodian-of-record questions under Advisers Act
  • Fund administrator coordination

Custody Selection Implication: Asset mix significantly shapes custodian selection. Institutions holding only Bitcoin and Ether have broad options. Those with staked positions, governance tokens, or tokenized assets require providers with specific capabilities. Verify current support directly with providers, as asset coverage evolves rapidly.

05.5

Risk Framework for Custody Decisions

Custody risk is multi-dimensional. Institutions should evaluate potential providers across distinct risk categories rather than conflating them into a single assessment. Each dimension requires separate analysis and mitigation strategies.

Operational Risk

Risk of loss from internal failures, errors, or security breaches within the custody operation.

Key Considerations
  • Key ceremony procedures and audit history
  • Employee access controls and segregation of duties
  • Incident response and disaster recovery capabilities
  • Penetration testing and security audit results
  • SOC 1/2 Type II attestation status
Mitigants

SOC reports, insurance coverage (crime, cyber, E&O), documented key ceremonies, and multi-party authorization requirements.

Counterparty Risk

Risk of loss if the custodian fails financially or operationally. The FTX collapse demonstrated this risk can materialize rapidly and severely.

Key Considerations
  • Custodian financial stability and capitalization
  • Asset segregation: on-chain vs. omnibus
  • Bankruptcy remoteness of client assets
  • Regulatory capital requirements
  • Proof of reserves methodology
Mitigants

Segregated custody (MiCA Art. 75(7) requires this for EU CASPs), regulatory capital requirements, qualified custodian status, and clear contractual title to assets.

Governance / Control Risk

Risk arising from inadequate oversight, unclear authorization processes, or concentration of control that enables unauthorized actions.

Key Considerations
  • Policy engine flexibility and enforcement
  • Multi-party authorization requirements
  • Whitelist and velocity limit capabilities
  • Audit trail completeness
  • Key-share distribution (for MPC/multi-sig)
Mitigants

MPC or multi-sig architectures where no single party can move assets; configurable policy engines; client-held key shares; immutable audit logs.

Smart-Contract / Policy Risk

Risk from vulnerabilities in smart contracts used for custody (multi-sig wallets, account abstraction) or in assets being custodied (token contracts, DeFi protocols).

Key Considerations
  • Wallet contract audit history
  • DeFi protocol whitelisting criteria
  • Bridge and L2 exposure policies
  • Oracle and MEV considerations
  • Policy engine logic correctness
Mitigants

Audited and battle-tested contracts (Safe has extensive track record); policy engines with allowlists for contract interactions; specialized smart-contract insurance; transaction simulation before execution.

Regulatory / Perimeter Risk

Risk that regulatory changes affect custodian viability, service continuity, or the institution's ability to use a particular provider. Includes cross-border complexity.

Key Considerations
  • Custodian licensing status and jurisdiction
  • MiCA transition deadline (July 2026) compliance
  • US qualified custodian status for RIAs
  • Cross-border custody restrictions
  • Regulatory examination history
Mitigants

Use of custodians with clear regulatory standing; monitoring transitional deadlines; multi-custodian arrangements for jurisdictional diversification; contractual provisions for regulatory change scenarios.

Applying the Risk Framework

These risk dimensions should be evaluated separately, not averaged into a single score. A provider may have strong operational controls but weak counterparty protections (or vice versa). Institutions should weight each dimension according to their specific risk tolerance, regulatory requirements, and use case. The right custody solution minimizes total risk across all dimensions relevant to your profile—not just the most visible ones.

06

Institutional Use Cases

Different institutional participants have distinct custody requirements based on their business models, regulatory obligations, and operational needs.

Asset Managers & Funds

Profile: Hedge funds, venture funds, family offices, and registered investment advisers managing crypto allocations for clients.

Key Requirements

  • Qualified custodian status for regulatory compliance
  • Segregated accounts for investor reporting
  • NAV calculation and audit support
  • Trade execution integration
  • Multi-strategy support (trading, staking, DeFi)

Typical Approach

Regulated qualified custodian, often with prime brokerage relationship for trading. May use multiple custodians for diversification.

Corporate Treasury

Profile: Public and private companies holding digital assets as treasury reserves or for operational purposes.

Key Requirements

  • Board-level governance controls
  • Audit-ready record keeping
  • Integration with corporate accounting
  • Insurance coverage aligned with treasury policy
  • Clear SLAs and liability frameworks

Typical Approach

Qualified custodian with strong governance controls. Often prefer regulated entities for audit and reporting simplicity. May maintain some self-custody capability.

Exchanges & Trading Venues

Profile: Centralized exchanges, OTC desks, and trading platforms that hold customer assets.

Key Requirements

  • High-throughput transaction signing
  • Hot/warm/cold wallet architecture
  • Instant settlement capabilities
  • Multi-asset support across chains
  • Proof of reserves capabilities

Typical Approach

Often build proprietary solutions using infrastructure providers (MPC platforms). May partner with qualified custodians for cold storage component. Focus on operational efficiency.

Banks & Financial Institutions

Profile: Traditional banks entering digital asset services, either for proprietary positions or client services.

Key Requirements

  • Bank-grade security standards
  • Regulatory compliance (OCC, state regulators)
  • Integration with existing infrastructure
  • Sub-custody arrangements
  • White-label capabilities

Typical Approach

Partner with established custody technology providers or qualified custodians. Focus on regulatory clarity and integration with existing systems. May pursue own regulatory approvals over time.

Web3 Protocols & DAOs

Profile: Decentralized protocols, foundations, and DAOs managing treasury assets or protocol-controlled value.

Key Requirements

  • Transparent governance mechanisms
  • Multi-sig with distributed signers
  • On-chain verification capabilities
  • DeFi protocol compatibility
  • Decentralization-preserving solutions

Typical Approach

Self-custody via multi-sig wallets (Gnosis Safe/now Safe) with distributed signers. May use MPC for operational efficiency while maintaining decentralization principles. Hybrid approaches emerging.

High-Net-Worth Individuals

Profile: Wealthy individuals and family offices with significant personal crypto holdings.

Key Requirements

  • Privacy and discretion
  • Estate planning integration
  • Personal liability protection
  • Flexible access for active management
  • Tax reporting support

Typical Approach

Mix of self-custody (hardware wallets, multi-sig) and qualified custodian for larger holdings. Often work through family office structures. May use multiple solutions for diversification.

How Institutions Should Use This Map

  1. Identify your profile: Understand which use case category (or combination) best describes your organization.
  2. Assess requirements: Use the decision framework to identify must-have vs. nice-to-have features.
  3. Evaluate providers: Map provider capabilities against your requirements, considering the control stack.
  4. Plan for evolution: Custody needs change as organizations mature—consider flexibility and portability.
  5. Conduct due diligence: This map is a starting point; detailed provider evaluation requires direct engagement and technical review.
07

Methodology & Neutrality Statement

About This Resource

This landscape overview is produced by the Enterprise Ethereum Alliance (EEA) as an educational resource for institutional participants evaluating digital asset custody solutions. The content is intended to provide a framework for understanding the custody landscape, not to recommend specific providers or solutions.

Methodology

The information presented is compiled from publicly available sources including:

  • Provider websites and published documentation
  • Regulatory filings and public records
  • Industry reports and analysis
  • Technical documentation and whitepapers
  • News and press coverage

Categorization reflects observed operating models based on public information. Providers may offer services across multiple categories, and the primary categorization reflects the most prominent positioning.

Limitations

  • This is a point-in-time snapshot of a rapidly evolving market
  • Provider capabilities and regulatory status change frequently
  • Not all providers are included; selection reflects prominence in institutional markets
  • No independent verification of provider claims has been conducted
  • This is not investment, legal, or regulatory advice

Neutrality Principles

This resource adheres to the following principles:

  • No endorsements: Inclusion does not constitute recommendation or endorsement
  • No competitive rankings: Providers are categorized by operating model, not quality
  • No commercial relationships: Content is not influenced by provider sponsorship
  • Educational purpose: Information is provided for educational use only
  • Transparency: Methodology and limitations are clearly stated
08

EEA Engagement & Framework Validation