For many organisations, the Cyber Resilience Act (CRA) still feels like a future compliance challenge. In reality, the transition from preparation to implementation has already begun.
Since the Cyber Resilience Act (CRA) was adopted, much of the discussion has focused on the compliance deadlines that will eventually apply to manufacturers of software, connected devices and digital products. Those deadlines have encouraged many organisations to view the regulation as a problem for 2027 and beyond, something that can be addressed through future planning exercises, roadmap reviews and gap assessments. That view is becoming increasingly difficult to sustain. While the most significant compliance milestones remain ahead, the practical work required to meet them is already influencing product development decisions, software lifecycles and vulnerability management strategies. The question is no longer whether organisations will need to comply. The question is whether they are building the processes and evidence needed to demonstrate compliance when the time comes.
Security Becomes a Product Requirement
One of the most significant changes introduced by the CRA is that cybersecurity is increasingly being treated as an intrinsic characteristic of a product rather than an operational concern that can be addressed after deployment. For many years, organisations approached security as a continuous improvement exercise. Products were released, vulnerabilities were discovered and updates were issued as required. The responsibility for managing risk was often distributed across suppliers, operators and end users.
The CRA introduces a different expectation. Manufacturers are expected to consider cybersecurity throughout the entire lifecycle of a product, from design and development through deployment, maintenance and eventual retirement. Vulnerabilities must be managed systematically, security updates must be provided within appropriate timescales and risks must be assessed and documented. Security therefore becomes part of the product itself rather than an activity that sits alongside it. This represents a fundamental change in how responsibility is allocated across the technology sector and raises the importance of governance, process and documentation alongside technical controls.
The Rise of Evidence
The practical impact of the CRA extends beyond security controls and into the way organisations demonstrate accountability. Risk assessments, vulnerability management processes, software inventories and incident reporting mechanisms are no longer simply internal operational tools. They are becoming evidence that organisations may need to present to regulators, customers and partners in order to demonstrate that security obligations have been fulfilled.
This reflects a wider trend visible across the European regulatory landscape. The Digital Operational Resilience Act (DORA), the Network and Information Security Directive 2 (NIS2) and the CRA all place increasing emphasis on traceability, accountability and demonstrable action. The ability to show what decisions were made, when they were made and how risks were addressed is becoming as important as the technical measures themselves. Compliance is increasingly moving beyond the implementation of controls and towards the ability to prove that those controls were implemented appropriately and maintained over time.
The End of Passive Security
Many organisations still approach cybersecurity primarily as a defensive function focused on preventing incidents and responding when failures occur. The CRA encourages a more active model in which security becomes an ongoing operational responsibility that continues throughout the supported life of a product.
Vulnerabilities must be monitored continuously, software components must be tracked and maintained, and security updates must remain part of the operational lifecycle long after a product has been released. This has implications well beyond compliance teams. Product management, engineering, quality assurance, legal departments and executive leadership all become stakeholders in cybersecurity outcomes because security obligations are increasingly embedded within the way products are designed, maintained and supported.
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