Private equity and asset management firms are no longer asking whether to engage with digital assets. They are asking how to do it without operational and regulatory exposure. The answer lies in the infrastructure layer beneath the strategy: the systems handling custody, settlement, compliance monitoring, and risk controls. Firms that get this layer right can move decisively. Firms that get it wrong face audit failures, counterparty incidents, and regulatory censure. This article maps the infrastructure components that matter, why each one is critical, and what a compliant operating model looks like in practice.
TL;DR
- Institutional adoption of digital assets is accelerating, with over 60% of institutional investors expecting significant integration of tokenized assets into their portfolios [ey.com].
- A compliant operating model requires more than a custody solution. It needs integrated risk management, AML monitoring, policy controls, and settlement infrastructure.
- The infrastructure stack should be evaluated by security architecture, regulatory certifications, and cross-chain settlement capability, not by feature lists alone.
- Digital asset fund management requires the same governance discipline as traditional fund administration, applied to a faster and more technically complex environment.
- Choosing the right digital asset infrastructure is a strategic infrastructure decision, not a software procurement exercise.
About the Author: This article is written by the Cregis team, drawing on nine years of operational experience securing over $300 billion in digital asset transactions for more than 3,500 institutional clients across 50+ countries.
Why Is 2026 a Turning Point for Institutional Digital Asset Operations?
The institutional landscape has shifted materially. In 2026, 63% of institutional investors report their firm is very interested in tokenized assets, up from 57% the previous year, and over 60% expect significant integration of these assets into their portfolios [ey.com]. At the same time, regulatory frameworks are maturing across major jurisdictions, meaning the compliance bar is rising alongside the opportunity.
Asset and wealth management firms have been engaging with digital assets primarily through direct crypto holdings and indirect positions via funds [pwc.com]. But that early-stage exposure is giving way to something more structural. Firms are now building or sourcing the operational infrastructure to manage digital assets at scale, on a recurring basis, with full audit trails.
This is not a trend driven by speculation. It is driven by client demand, regulatory clarity, and the need to remain competitive as peers move faster [ryanandwetmore.com]. The question is no longer whether to build the stack. It is what the stack must contain.
What Does a Compliant Digital Asset Infrastructure Stack Actually Include?
A compliant digital asset infrastructure stack is the set of interconnected systems that enable an institution to hold, move, monitor, and report on digital assets within regulatory requirements. It is not a single product. It is a layered architecture.
The core components are:
- Custody and key management: How private keys are generated, stored, and controlled. This is the foundation. Weak custody architecture exposes the entire operation.
- Transaction execution and settlement: The mechanism for moving assets across chains, with real-time finality and reconciliation.
- AML and compliance monitoring: Continuous screening of wallet addresses, transaction flows, and counterparty risk against regulatory watchlists.
- Policy and access controls: Automated rules that govern who can approve what, under which conditions, and with what thresholds.
- Audit and reporting infrastructure: The data layer that supports regulatory reporting, internal governance, and investor-level transparency.
Traditional asset managers integrating this stack face a specific challenge: their existing operating model was built for centralized clearing, overnight settlement, and well-understood counterparty relationships [aima.org]. The digital asset operating environment is different. Settlement timing varies by blockchain and transaction type. Counterparty identity verification happens on-chain. Market signals and risk indicators surface continuously rather than at scheduled intervals.
Building the stack means reconciling those two operating models without sacrificing the governance discipline that institutional mandates require.
What Are the Security Standards Institutions Should Require?
Security in digital asset infrastructure is not a feature. It is the prerequisite for everything else. The first tier of security in the industry means operating with architecture that eliminates single points of failure, enforces zero-trust principles, and meets the certification standards regulators and auditors recognize.
The key technical components that meet this bar are:
| Component | Purpose | Why It Matters |
|---|---|---|
| Multi-Party Computation (MPC) | Distributes private key shards across parties | No single party can unilaterally move funds |
| Hardware Security Modules (HSM) | Stores key material in tamper-resistant hardware | Protects against software-layer attacks |
| Trusted Execution Environments (TEE) | Isolates signing operations | Prevents unauthorized access at the compute layer |
| Zero Trust Architecture | Assumes no implicit trust, verifies continuously | Reduces insider threat and lateral movement risk |
Certifications that signal institutional readiness include SOC 2 Type II, ISO 27001, and PCI DSS. These are not marketing badges. They represent independent verification that security controls meet defined standards, which matters when regulators or institutional LPs request evidence of operational integrity.
How Should Firms Approach Digital Asset Risk Management?
Digital asset risk management covers more ground than traditional risk frameworks. It includes custody risk, smart contract risk, counterparty exposure, liquidity risk specific to on-chain markets, and regulatory risk tied to evolving requirements.
A practical approach structures risk controls at three layers:
1. Pre-transaction controls
- Wallet screening against AML databases before any transaction is approved
- Counterparty verification using Know Your Transaction (KYT) tools
- Threshold-based approval workflows that route larger transactions through additional sign-off
2. Real-time monitoring
- Continuous surveillance of transaction flows for anomalous patterns
- Automated policy triggers that freeze activity when risk signals exceed defined thresholds
- Cross-chain visibility so risk is assessed at the portfolio level, not chain by chain
3. Post-transaction reporting
- Full audit trails with timestamps, approver identities, and transaction hashes
- Reconciliation outputs compatible with fund administration systems
- Regulatory reporting data structured for the relevant jurisdiction's requirements
The operational complexity of managing this across multiple blockchains, tokens, and counterparties is why digital asset fund management requires purpose-built infrastructure, not adaptations of tools designed for traditional securities.
What Should Private Equity and Asset Management Firms Look for in a Digital Asset Management Platform?
Stepping back from the technical detail, a separate concern is vendor selection. The right digital asset infrastructure is one that fits the firm's governance model, regulatory jurisdiction, and operational scale, not simply the one with the longest feature list.
Key evaluation criteria:
- Regulatory certifications: SOC 2 Type II, ISO 27001, PCI DSS at minimum
- Custody architecture: MPC-based, with no single-key exposure and distributed signing authority
- Settlement capability: Real-time, cross-chain, with built-in AML at the payment layer
- Integration flexibility: APIs and SDKs that connect to existing fund administration, reporting, and compliance tools
- Track record: Verifiable transaction volumes, years of operation, and a documented security history
Cregis operates at this level. With nine years of operation and over $300 billion in transactions secured annually, it provides the foundational infrastructure that institutions need to manage digital assets compliantly, at scale, without building the security architecture from scratch. Its Trust Vault Security Framework, combining MPC, HSM, and TEE, reflects the first tier of security standard the industry requires. Its built-in AML monitoring, through partners including Elliptic and Regtank, addresses compliance at the transaction layer rather than as an afterthought.
Frequently Asked Questions
What is a digital asset infrastructure stack? It is the combination of custody, settlement, compliance monitoring, and reporting systems that an institution uses to hold and manage digital assets within regulatory requirements.
Why does digital asset fund management require different infrastructure from traditional fund administration? Digital assets settle differently, across multiple blockchains, often in near-real time, with counterparty identity verified on-chain rather than through centralized clearinghouses. The governance and technical requirements are distinct.
What certifications should a digital asset custody provider hold? At minimum, SOC 2 Type II, ISO 27001, and PCI DSS. These represent independent verification of security and operational controls.
What is MPC and why does it matter for institutional custody? Multi-Party Computation splits private key control across multiple parties. No single party can unilaterally authorize a transaction, which eliminates the most common single point of failure in digital asset custody.
What does digital asset risk management cover? It covers custody risk, counterparty risk, smart contract risk, liquidity risk on-chain, and regulatory risk. Effective risk management applies controls before, during, and after each transaction.
How does a digital asset management platform integrate with existing systems? Through APIs and SDKs that connect to fund administration platforms, compliance tools, and reporting systems. The integration should not require a full rebuild of existing workflows.
What is the difference between a hot wallet and cold storage in institutional contexts? Hot wallets are connected to the internet and used for operational transactions. Cold storage holds assets offline for security. Institutional infrastructure typically uses both, with policy controls governing which assets sit where.
About Cregis
Cregis is an enterprise-grade digital asset financial infrastructure company serving over 3,500 institutional clients across more than 50 countries. It provides custody, payments, compliance monitoring, and settlement capabilities, built on a security architecture that combines MPC, HSM, and TEE with certifications including SOC 2 Type II, ISO 27001, and PCI DSS. With nine years of operation, Cregis provides the foundational infrastructure that banks, asset managers, and financial institutions need to operate in the digital asset economy, compliantly and at scale.
To learn how Cregis can support your firm's digital asset operations, visit cregis.com.
About Cregis
Founded in 2017, Cregis is a global leader in enterprise-grade digital asset infrastructure, providing secure, scalable and efficient management solutions for institutional clients.
Built to solve the challenges of fragmented blockchain systems and asset security risks, Cregis delivers MPC-based self-custody wallets, WaaS solutions, and Payment Engine, featuring collaborative asset control and a compliance-ready ecosystem.
To date, Cregis has served over 3,500 institutional clients globally. Our solutions empower exchanges, fintech platforms, and Web3 enterprises to adopt blockchain technology with confidence. Backed by years of proven expertise in blockchain and security, Cregis helps businesses accelerate their Web3 transformation and unlock global digital asset opportunities.
