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CRA

How Do You Prove CRA Compliance?

The Cyber Resilience Act requires manufacturers to implement cybersecurity throughout the product lifecycle. But how do you prove compliance? Learn why traceability, documentation, and operational records are becoming essential for IoT OEMs.

Product Line
IoT Security 
Published
2026-07-17
Read Time
8
min read

Why Evidence Matters More Than Ever

The Cyber Resilience Act (CRA) introduces new cybersecurity obligations for manufacturers of products with digital elements. Many discussions focus on security features such as secure boot, encryption, or software updates. These capabilities are important, but they are only part of the compliance picture.

An equally important question is: How do you demonstrate that you have met the CRA requirements?

For many manufacturers, this will become one of the biggest compliance challenges.

Compliance Requires More Than Good Intentions

The CRA expects manufacturers to establish processes for managing cybersecurity throughout the product lifecycle. That includes activities such as:

  • Maintaining software inventories
  • Managing vulnerabilities
  • Delivering security updates
  • Keeping technical documentation
  • Recording security-related actions

Implementing these activities is important. Being able to demonstrate that they have been performed is equally important.

What Kind of Evidence May Be Needed?

Imagine a regulator asks questions such as:

  • Which devices are affected by a reported vulnerability?
  • When was the vulnerability assessed?
  • Which products received the security update?
  • When was the update deployed?
  • Which software components are included in a specific product version?

Answering these questions requires more than individual reports or spreadsheets. Manufacturers need accurate records that connect products, software, devices, vulnerabilities, and updates throughout the product lifecycle.

Evidence Is Built Throughout the Lifecycle

Compliance evidence is not something that can be created just before an audit. It is generated continuously as products move through different stages:

  • Product development
  • Manufacturing and provisioning
  • Device deployment
  • Security updates
  • Vulnerability response
  • Product maintenance

Each activity contributes to the overall compliance record. The more structured these processes are, the easier it becomes to demonstrate compliance when required.

Building a Traceable Security Process

For many IoT OEMs, the challenge is not collecting more data. The challenge is connecting information from different teams and organizations.

  • Development teams maintain software versions.
  • Manufacturing partners provision devices.
  • Operations teams manage updates.
  • Security teams respond to vulnerabilities.

When these activities are disconnected, demonstrating compliance becomes difficult. A traceable lifecycle helps manufacturers understand not only what happened, but also when it happened, who performed it, and which products were affected.

Final Thoughts

The CRA is changing how product security is evaluated. Security is no longer measured only by the features included in a product. It is also measured by the ability to demonstrate how security has been managed throughout the product lifecycle. For IoT manufacturers, compliance is becoming an ongoing operational capability rather than a one-time project. Organizations that establish traceable processes today will be better prepared for both regulatory requirements and future security challenges.

References

Snowball Team
Team Member
LinkedIn
Founded in 2013, committed to driving scalable and sustainable industry growth through a trusted, future-ready security infrastructure. Snowball Technology’s core team comes from NXP’s security services group, bringing over a decade of experience in device security. The company currently has more than 100 employees, with over two-thirds in R&D. Snowball Technology is certified under international standards including ISO 9001, ISO 14001, and ISO 27001.