The EU Cyber Resilience Act (CRA) introduced new cybersecurity requirements for products with digital elements. For companies building connected devices, it is important to understand not only the regulation itself, but also how secure components, standards, documentation, and reporting processes contribute to compliance.
Join u-blox, NXP Semiconductors, and Bureau Veritas for a practical webinar designed for product managers, engineering teams, security teams, and compliance professionals.
The on-demand session introduces the CRA, outlines a roadmap for preparation, and discusses how u-blox and NXP technologies and services can support secure product development. Bureau Veritas explain how harmonized standards may be used, what presumption of conformity means, and how CRA reporting obligations are expected to work.
Explore our EU Cyber Resilience Act resource page
Questions from the webinar
CRA essentials
Get a clear overview of the Cyber Resilience Act and what it means for manufacturers, suppliers, distributors and customers. This section addresses the key requirements, responsibilities, deadlines and considerations for both new and existing products.
Scope, standards and compliance
Understand which products and services may fall within the CRA’s scope and how manufacturers can prepare to demonstrate compliance. The questions cover conformity assessment, relevant standards, documentation, product classification and the responsibilities of different parties.
Secure product design and implementation
Explore practical considerations for designing, integrating and maintaining products in line with CRA requirements. This section looks at risk assessments, hardware and software security, legacy interfaces, product integration and the use of security capabilities provided by NXP and u-blox.
Vulnerability reporting and product support
Learn how vulnerability reporting, security advisories and ongoing product support work under the CRA. The questions explain reporting responsibilities, SBOMs, security.txt, product updates, support periods and how u-blox and NXP communicate security information.