Compliance Across Data and Cryptographic Keys

Data Security Compliance Solutions

Meeting data security compliance requirements starts with visibility and control over the cryptographic assets that protect sensitive information. When cryptographic security operations are unified, organizations can simplify compliance efforts, reduce operational risk, and build the crypto-agility needed to stay ahead of evolving regulatory and security requirements.

The Entrust Cryptographic Security Platform (CSP) brings together PKI, HSM, key management, and certificate lifecycle management capabilities to help organizations discover, manage, and protect cryptographic assets across hybrid and multi-cloud environments. With Entrust, you can:

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Protect sensitive and critical data

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Reduce operational risk

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Build crypto-agility

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Protect Sensitive Data and Reduce Risk

Organizations need strong visibility, governance, and operational control over cryptographic keys, certificates, and sensitive data to reduce the risk of breaches, unauthorized access, service disruptions, and compliance gaps.

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Gain Visibility and Control Across Cryptographic Assets

Discover and inventory keys, certificates, secrets, and cryptographic dependencies across hybrid and multi-cloud environments to identify risk, close compliance gaps, and strengthen governance.

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Build Crypto-Agility for a Changing Regulatory Future

Compliance is an ongoing process. Organizations must be able to adapt to evolving requirements, shorter certificate lifecycles, emerging standards, and post-quantum cryptography mandates while maintaining trust and business continuity.

of organizations say managing cryptographic assets is extremely or very difficult.

Source: 2026 State of Post-Quantum and Cryptographic Security Trends

of organizations experience at least one certificate-related outage each year.

Source: Entrust PKI Buyer's Guide

increase in operational burden and risk when public certificates move to 47-day validity.

Source: CA/Browser Forum Baseline Requirements

Key Data Security Compliance Requirements

FIPS 140-3

U.S. federal standard defining security requirements for cryptographic modules used to protect sensitive data and cryptographic keys. Independent validation is performed through a joint U.S. and Canadian validation program.

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コモンクライテリア

International framework for independently evaluating and certifying the security assurance of IT products against defined security requirements.

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PCI DSS

Payment Card Industry Data Security Standard requirements for protecting payment card data and securing the systems that store, process, or transmit it.

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DORA

Explore the Digital Operational Resilience Act’s (DORA) requirements and learn how to strengthen operational resilience, manage ICT risk, and support ongoing compliance.

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データ主権

Requirements governing where data is stored, processed, accessed, and controlled across jurisdictions, often with implications for data residency, encryption, and cryptographic key management.

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GDPR

EU data protection regulation governing the collection, processing, and protection of personal data while establishing requirements for privacy, security, and accountability.

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NIS2

Understand NIS2 requirements, who must comply, and the cybersecurity measures organizations should prioritize to strengthen resilience across critical systems and services.

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eIDAS 2.0

EU legal framework for electronic identification and trust services, including electronic signatures, electronic seals, certificates, and other trusted digital services.

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Build a high-assurance digital root-of-trust with HSM-backed PKI solutions.

Compliance Challenges

Data security requirements rarely live in one system. The same keys, certificates, HSMs, and PKI services may support multiple applications, teams, and regulatory obligations. With consistent visibility and lifecycle controls, that complexity is easier to govern.

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Find Cryptographic Assets:

Inventory keys, certificates, and secrets across environments.

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Automate Lifecycle Tasks:

Automate renewal, rotation, and revocation as lifetimes shrink.

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Apply Policy Consistently:

Govern cryptography across cloud, on-premises, and hybrid systems.

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Centralize Audit Evidence:

Maintain policy, posture, and audit records in one place.

Strengthen Public Sector Security Compliance

FedRAMP

Standardized federal security assessment and authorization for cloud services, including controls used to protect federal information.

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CMMC

Cybersecurity requirements and assessments for protecting Federal Contract Information and Controlled Unclassified Information across the defense industrial base.

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FIPS 140-3

Security requirements and validation for cryptographic modules used where approved cryptographic protection is required.

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Build Crypto-Agility for the Post-Quantum Era

The transition to post-quantum cryptography will reshape security and compliance requirements. Gain visibility into your cryptographic environment, identify quantum-vulnerable assets, and build the crypto-agility needed to migrate securely as standards and requirements evolve.

Find Formal Compliance Documents

Access HSM certifications, product validation materials, legal information, terms and conditions, and other formal Entrust documentation.

FREQUENTLY ASKED QUESTIONS

Practical answers about data security requirements, cryptographic controls, public-sector standards, and Entrust solutions.

What Is Data Security Compliance?

Data security compliance is the process of protecting sensitive data and demonstrating that the security controls around it meet applicable regulatory, industry, contractual, and internal requirements. This often includes managing cryptographic keys, certificates, hardware security modules (HSMs), access controls, audit evidence, and data governance practices that help prevent unauthorized access, loss, or misuse of sensitive information.

Which Regulations and Standards May Require or Support the Use of Cryptographic Controls?

Many regulatory and industry frameworks require appropriate security measures or rely on cryptographic controls in particular contexts. Common examples include PCI DSS for payment data, HIPAA for healthcare information, GDPR for personal data, FIPS 140-3 for cryptographic module security, Common Criteria certifications, and data sovereignty requirements that govern how data and encryption keys are stored and managed. Organizations often need visibility into their cryptographic assets to demonstrate compliance across multiple frameworks.

Why Is Managing Crypto Assets Important for Compliance?

Keys, certificates, and secrets are foundational to protecting applications, systems, identities, and data. Without visibility into where these assets exist and who controls them, organizations can face increased security risks, certificate-related outages, audit challenges, and operational inefficiencies. Centralized management helps organizations maintain stronger governance, automate lifecycle processes, and create the evidence needed for audits and assessments.

How Can Organizations Prepare for PQC?

Preparing for post-quantum cryptography (PQC) begins with discovering cryptographic assets, identifying quantum-vulnerable algorithms, and assessing crypto-agility across the environment. Organizations should prioritize protection of long-lived sensitive data and create a migration strategy that aligns with evolving industry standards and regulatory expectations. Building crypto-agility today helps reduce disruption as post-quantum requirements emerge.

How Do I Get Started with Security Compliance Management?

If you are working to ensure compliance in the workplace but are unsure where to start or if there are gaps in an existing plan, follow the steps below to take your first steps toward complete coverage;

  1. Identify the Applicable Regulations and Standards for:
    • Your Industry
    • Your Geographic Region
    • Your Product Line
  2. Take Digital Inventory and Catalogue your:
    • Systems
    • データ
    • Assets
  3. Conduct a Risk Assessment
  4. Review and Implement Required Security Controls such as:
    • MFA
    • 暗号化
    • Incident Logs
    • Access Logs
    • Backups
  5. Document the Policies and Procedures
  6. Collect and Standardize the Storage of Compliance Evidence
  7. Monitor, Audit, Iterate, and Improve

Does Entrust Offer Data Security Compliance solutions?

Entrust provides PKI, HSMs, key and secrets management, certificate lifecycle management, compliance monitoring, and post-quantum capabilities that can support controls in regulated environments. Compliance also depends on how your organization implements and governs its technologies, policies, and processes.

Legislative and regulatory requirements can vary by jurisdiction, industry, product, and use case and may change over time. The information provided on this page is for general informational purposes only and reflects our understanding as of the date of publication. It does not constitute, and should not be relied upon as, legal, regulatory, or compliance advice. You should consult your own legal, compliance, or regulatory advisors regarding any questions or requirements that may apply to your business.