Secure Device Lifecycle Management for EU Cyber Resilience Compliance

Connected devices entering the European market will soon be required to meet strict cybersecurity standards under the EU Cyber Resilience Act. In response, Arrow Electronics has aligned its engineering services with NXP^® Semiconductors’ security technologies to support manufacturers preparing for compliance.

Building cybersecurity into the product lifecycle
The EU Cyber Resilience Act (CRA) introduces mandatory cybersecurity requirements for products with digital elements sold in the European Union. Full enforcement is scheduled for 11 December 2027, requiring manufacturers to demonstrate that cybersecurity is embedded throughout the entire product lifecycle—from design and development to deployment and updates.

To support this transition, Arrow combines NXP’s semiconductor security technologies with the engineering capabilities of eInfochips, an Arrow company. The coordinated approach connects early-stage risk analysis, secure product design, and device provisioning into a structured development workflow.

The process is intended to help manufacturers integrate cybersecurity requirements directly into their digital supply chain, rather than addressing them late in product development.

Risk analysis aligned with industrial security standards
The engineering process begins with a joint cybersecurity risk assessment between eInfochips and the product manufacturer. This includes threat modelling and the definition of cybersecurity requirements aligned with the industrial security standard IEC 62443-4-1. The outcome is a documented cybersecurity framework and development plan that guides product engineering across the lifecycle.

eInfochips supports hardware design, firmware development, and associated cloud or mobile applications, integrating cybersecurity practices across each layer. This includes threat modelling, risk assessment, secure coding practices, static application security testing (SAST), dynamic application security testing (DAST), and PAN testing. These engineering activities support projects targeting compliance with IEC 62443, RED3.3, and the EU Cyber Resilience Act.

Hardware roots of trust for secure devices
At the device level, NXP provides hardware-based security technologies that establish a hardware root of trust. These include the EdgeLock^® Secure Enclave and EdgeLock Secure Elements and Authenticators.

These components protect device credentials, safeguard sensitive data, and support lifecycle security functions such as authentication, access control, and secure updates. The secure enclave also reinforces platform integrity by protecting critical system operations.

These mechanisms address several technical areas defined in the Cyber Resilience Act, including device authentication, data protection, certification support, and update integrity.

Secure provisioning before deployment
After development is completed, secure provisioning takes place at Arrow’s main distribution center in Venlo, the Netherlands. During this stage, device identities are established and security configurations are applied before products enter deployment.

The provisioning process uses NXP’s EdgeLock 2GO cloud-based service for credential management and key injection. The platform enables secure injection of cryptographic keys, certificates, and lifecycle credentials at scale.

This provisioning model supports CRA-related requirements for secure updates, vulnerability management, and device monitoring throughout the operational lifecycle.

Demonstration at embedded world
Arrow Electronics presented this coordinated approach to cybersecurity and lifecycle security management at embedded world, held 10–12 March 2026 in Nuremberg, Germany, at Stand 4A-342. The demonstration showed how risk analysis, secure design, and provisioning can be integrated into a repeatable framework for developing CRA-compliant connected products.

www.arrow.com

Edited by industrial journalist, Aishwarya Mambet — AI-powered.