Cybersecurity is no longer simply a technical consideration addressed during product testing or after vulnerabilities emerge. With the EU Cyber Resilience Act (CRA), cybersecurity becomes a lifecycle responsibility that affects how manufacturers design, develop, produce, deliver, maintain, and support products with digital elements.

The Cyber Resilience Act (Regulation (EU) 2024/2847) establishes horizontal cybersecurity requirements for products with digital elements made available on the EU market. It introduces requirements covering product cybersecurity, cybersecurity risk assessment, vulnerability handling, documentation, conformity assessment, and post-market responsibilities.

For manufacturers, achieving CRA compliance therefore requires much more than completing a cybersecurity checklist before a product reaches the market. Organizations need a structured approach that connects cybersecurity requirements, risks, product architecture, verification activities, vulnerabilities, changes, and compliance evidence throughout the product lifecycle.

What Is the EU Cyber Resilience Act (CRA)?

The Cyber Resilience Act is an EU regulation designed to improve the cybersecurity of hardware and software products with digital elements. Its scope generally covers products whose intended or reasonably foreseeable use includes a direct or indirect logical or physical data connection to a device or network. The CRA aims to establish more consistent cybersecurity expectations for products entering the European market while increasing manufacturer accountability for cybersecurity throughout a product’s expected use.

The regulation entered into force on December 10, 2024. Its main obligations apply from December 11, 2027, while the manufacturer reporting obligations under Article 14 apply from September 11, 2026. That makes CRA readiness an immediate priority for organizations that develop connected hardware, software, embedded systems, industrial technologies, IoT products, and other products with digital elements for the European market.

Why CRA Compliance Requires a Product Lifecycle Approach

One of the most significant implications of the Cyber Resilience Act is that cybersecurity cannot be treated as a final-stage compliance activity. Manufacturers are required to assess cybersecurity risks associated with their products and take those results into account throughout the planning, design, development, production, delivery, and maintenance phases. The regulation also requires relevant cybersecurity aspects and known vulnerabilities to be systematically documented.

This changes the compliance model. Instead of asking, “Is this product compliant before release?”, engineering organizations increasingly need to ask: “Can we continuously demonstrate that cybersecurity requirements and risks have been addressed throughout the lifecycle?” That requires traceable connections between cybersecurity requirements, identified risks, design decisions, software and hardware components, verification and validation activities, vulnerabilities, security updates, and supporting compliance evidence.

Understanding the Core CRA Compliance Requirements

Although the exact compliance strategy depends on the product and its classification, several areas are central to preparing for the Cyber Resilience Act.

Cybersecurity Risk Assessment

CRA compliance begins with understanding the cybersecurity risks associated with a product. Manufacturers must undertake a cybersecurity risk assessment and consider its results throughout the relevant stages of the product lifecycle. The risk assessment also forms part of the technical documentation required to demonstrate conformity.

Organizations therefore need processes that allow cybersecurity risks to be identified, evaluated, mitigated, documented, and updated as the product evolves. Requirements management plays an important role here because risks should not exist independently from engineering decisions. Risk controls can be linked directly to cybersecurity requirements and subsequently to architecture, implementation, and verification evidence.

Secure-by-Design Product Development

The CRA establishes essential cybersecurity requirements for products with digital elements. Among other requirements, products must be designed, developed, and produced to provide an appropriate level of cybersecurity based on risk. Where applicable, products should also be placed on the market without known exploitable vulnerabilities and use secure-by-default configurations. Organizations therefore need to translate regulatory obligations and identified cybersecurity risks into clear, testable engineering requirements.

A structured requirements management process can help teams determine:

• Which CRA obligations apply to the product
• Which cybersecurity requirements address those obligations
• Which risks are mitigated by each requirement
• How requirements are implemented
• How compliance will ultimately be verified

This creates a stronger foundation for both product security and audit readiness.

Establish End-to-End Cybersecurity Requirements Traceability

Requirements traceability is one of the most valuable capabilities organizations can establish when preparing for CRA compliance. Cybersecurity requirements rarely exist in isolation. They connect regulatory obligations with risks, architectures, components, tests, vulnerabilities, changes, and compliance evidence. An effective traceability model may connect:

CRA Requirement → Cybersecurity Risk → System Requirement → Software/Hardware Requirement → Design → Test → Verification Result → Compliance Evidence

This provides teams with visibility into whether cybersecurity requirements have actually been implemented and verified. Traceability also becomes especially important when requirements or product components change. Teams can perform impact analysis to understand which risks, requirements, tests, or compliance artifacts may be affected before approving a modification. Rather than manually reconstructing this information during an audit or conformity assessment, organizations can maintain a continuously evolving compliance record throughout development.

Manage Vulnerabilities Throughout the Product Lifecycle

The Cyber Resilience Act extends manufacturer responsibilities beyond initial product release. Manufacturers must establish vulnerability handling processes and effectively address vulnerabilities during the product’s support period. Annex I includes requirements to identify and document vulnerabilities and product components, address and remediate vulnerabilities without delay, provide security updates, and regularly test and review product security.

This makes vulnerability management a core element of CRA lifecycle compliance. When a vulnerability is discovered, organizations should be able to determine which components and product versions are affected, what cybersecurity requirements are involved, what risks are introduced, which corrective actions are required, and what verification must be performed following remediation.

Maintaining these relationships through traceability helps turn vulnerability management from a disconnected security process into an integrated engineering workflow.

Build and Maintain a Software Bill of Materials (SBOM)

Software supply chains are another important consideration under the CRA.

The regulation’s vulnerability handling requirements call for manufacturers to identify and document vulnerabilities and components contained within products, including through a Software Bill of Materials (SBOM) in a commonly used, machine-readable format covering at least top-level dependencies. An SBOM improves visibility into the software components and dependencies used within a product.

When a vulnerability is identified in a third-party or open-source component, teams need to quickly determine where that component is used and which products or configurations could be affected. Connecting SBOM information with requirements, risks, architecture, and verification data can significantly improve the speed and reliability of vulnerability impact analysis.

Prepare for CRA Vulnerability and Incident Reporting Requirements

Organizations also need processes for responding rapidly when significant cybersecurity issues emerge.

From September 11, 2026, manufacturers are required to report actively exploited vulnerabilities and severe incidents affecting the security of products with digital elements. For these cases, the CRA requires an early warning generally within 24 hours and a more complete notification generally within 72 hours. Additional final reporting requirements then apply depending on whether the matter concerns an actively exploited vulnerability or severe incident.

These timelines make fragmented information particularly problematic. Security, engineering, quality, compliance, and product teams need rapid access to accurate lifecycle information to understand the affected product, vulnerability, impact, mitigation measures, and supporting evidence. Centralizing and tracing cybersecurity information can therefore support not only compliance preparation but faster incident response.

Maintain CRA Technical Documentation and Compliance Evidence

Documentation is fundamental to demonstrating Cyber Resilience Act compliance. Manufacturers must prepare technical documentation that enables assessment of whether the product and associated vulnerability handling processes conform to applicable cybersecurity requirements. The CRA also requires conformity-related records and supporting evidence, including relevant testing information.

The challenge is that traditional compliance documentation can become outdated quickly when engineering data changes. A more sustainable approach is to generate compliance evidence from controlled lifecycle information. When requirements, risks, tests, changes, vulnerabilities, and verification results exist within a traceable environment, teams can establish a more reliable digital thread between the regulation and the evidence demonstrating conformity. This reduces dependence on manually assembled documents and helps organizations remain audit-ready throughout development.

Prepare for CRA Conformity Assessment and CE Marking

Manufacturers must perform an appropriate conformity assessment to demonstrate that their products and vulnerability handling processes meet applicable essential cybersecurity requirements. The CRA provides different conformity assessment routes depending on factors including product classification and applicable standards or certification schemes. Certain important or critical products can face more demanding assessment requirements.

Products that satisfy applicable requirements can carry the CE marking, while manufacturers must also prepare the required EU declaration of conformity. Organizations should therefore determine their product classification and applicable conformity assessment route early rather than waiting until development is nearly complete. Early planning allows compliance requirements to influence engineering activities from the beginning.

Use Standards to Support Cyber Resilience Act Compliance

Standards are expected to play an important role in operationalizing CRA requirements.

Research from ENISA and the European Commission’s Joint Research Centre has mapped CRA requirements against existing cybersecurity standards to identify relevant coverage and potential gaps, supporting the broader standardization effort around the regulation. For manufacturers, this makes requirements mapping particularly important.

Organizations may need to manage relationships between CRA obligations, harmonized standards, internal cybersecurity policies, product requirements, risks, and verification evidence. A reusable compliance framework can prevent engineering teams from repeatedly interpreting the same regulatory requirements for every new product or project.

How AI-Driven Requirements Management Can Support CRA Compliance

As cybersecurity requirements become more extensive, organizations face a growing volume of regulatory information, engineering data, traceability relationships, and compliance evidence. AI-driven requirements management can help engineering teams work with this complexity more efficiently.

AI can assist teams with activities such as analyzing requirements for ambiguity or inconsistency, identifying potential requirement gaps, suggesting relationships between requirements, supporting traceability analysis, generating candidate test cases, and accelerating impact analysis. However, AI should support, not replace, engineering judgment and compliance governance.

For regulated and cybersecurity-sensitive environments, organizations should maintain appropriate human oversight, approval workflows, access controls, baselines, version histories, and audit trails around AI-assisted activities.

Using Visure Requirements ALM to Support CRA Readiness

A centralized requirements and lifecycle management environment such as the Visure Requirements ALM Platform can help organizations establish the structured engineering foundation required for Cyber Resilience Act readiness. Teams can manage cybersecurity and regulatory requirements alongside risks, tests, changes, and other lifecycle artifacts while maintaining end-to-end traceability.

With Visure Solutions, organizations can establish traceability from CRA obligations to product requirements and verification evidence, manage requirement changes and impact analysis, maintain controlled baselines and audit trails, and support collaboration between engineering, cybersecurity, quality, and compliance teams. AI-driven capabilities can further help teams analyze and refine requirements, automate repetitive engineering activities, and work more efficiently with complex lifecycle information.

The objective is not simply to create more documentation. It is to build a connected compliance environment where teams can understand what requirement applies, why it applies, how it has been implemented, and where the evidence proving compliance is located.

A Practical Roadmap for CRA Compliance

Organizations preparing for the Cyber Resilience Act can begin by establishing a structured CRA readiness program. Start by identifying which products fall within the scope of the regulation and determining their applicable product classification and conformity assessment requirements.

Next, map relevant CRA cybersecurity obligations to internal engineering and security requirements. Conduct and document cybersecurity risk assessments, then establish bidirectional traceability between risks, requirements, architecture, components, tests, and verification evidence.

Organizations should also formalize vulnerability handling and incident reporting workflows, maintain appropriate component and SBOM information, define product support and security-update processes, and establish the technical documentation needed to demonstrate conformity. Most importantly, these activities should become part of the existing product development lifecycle rather than a parallel compliance exercise.

Turning CRA Compliance Into Continuous Cyber Resilience

The EU Cyber Resilience Act represents an important shift in product cybersecurity. Manufacturers are increasingly expected to demonstrate not simply that a product was secure when released, but that cybersecurity risks are systematically managed throughout its lifecycle.

Achieving this requires connected requirements, continuous risk management, effective vulnerability handling, strong traceability, reliable verification, controlled documentation, and ongoing post-market processes. Organizations that establish these capabilities early can move beyond reactive CRA compliance toward a more mature secure-by-design and cyber-resilient product development strategy.

With an integrated requirements and lifecycle management approach, manufacturers can create a continuous digital thread connecting CRA requirements, cybersecurity risks, product requirements, design decisions, testing, vulnerabilities, and compliance evidence. That foundation can make CRA compliance more manageable while helping organizations develop more secure, resilient, and trustworthy digital products.

Exclusive Webinar

The European Union’s Cyber Resilience Act (CRA) is reshaping how organizations develop, secure, and maintain products with digital elements. Compliance is no longer limited to a final certification step, it requires continuous cybersecurity governance, risk management, traceability, and vulnerability handling throughout the entire product lifecycle. In this webinar, Fernando Valera, CTO of Visure Solutions, will explore the practical strategies organizations need to achieve and sustain CRA compliance while accelerating innovation and product delivery.

Attendees will learn how to establish end-to-end requirements traceability, integrate cybersecurity requirements into engineering workflows, manage risk and vulnerability reporting, and maintain compliance evidence across development, verification, and post-market activities. The session will also examine how AI-driven requirements management and modern digital engineering practices can help teams reduce compliance effort, improve collaboration, and strengthen cybersecurity resilience. Whether you are developing safety-critical, industrial, automotive, medical, or connected products, this webinar will provide actionable insights to help prepare for CRA requirements and future regulatory expectations.

In this webinar, we’ll cover:

• Understand the Cyber Resilience Act’s key requirements and their impact on product development lifecycles.
• Integrate cybersecurity requirements, risk management, and compliance activities from design through deployment.
• Establish end-to-end traceability linking requirements, risks, tests, vulnerabilities, and compliance evidence.
• Streamline CRA compliance audits with automated documentation, governance controls, and lifecycle visibility.
• Leverage AI-driven requirements management to improve cybersecurity resilience while reducing compliance effort.