Cyber Resilience Act 2026: Factory Compliance Checklist for Connected Electronics Manufacturers

The European Union's Cyber Resilience Act (CRA) is set to fundamentally reshape how connected products are designed, manufactured, and maintained.

The CRA establishes mandatory cybersecurity requirements for products with digital elements sold within the European Union. This includes connected consumer devices, industrial equipment, smart appliances, medical devices, IoT sensors, communication equipment, and numerous other electronic products that rely on software or network connectivity.

This guide provides a practical compliance checklist to help connected electronics manufacturers prepare for the Cyber Resilience Act and build a cybersecurity framework that aligns with the new regulatory requirements.

Table of Contents

• What Is the Cyber Resilience Act?
• Why the Cyber Resilience Act Matters for Manufacturers
• Who Needs to Comply?
• Which Products Are Covered by the Cyber Resilience Act?
• Factory Readiness Checklist for CRA Compliance
• Is Your Factory Ready for the Cyber Resilience Act?
• Common Cyber Resilience Act Compliance Gaps
• How to Build a Successful CRA Compliance Strategy
• The Business Benefits of CRA Compliance
• Prepare for the Cyber Resilience Act with AMREP Supplier Management Services

The Cyber Resilience Act is an EU regulation that establishes cybersecurity requirements for products with digital elements throughout their lifecycle.

Its objectives are to:

• Improve cybersecurity standards across the European market.
• Reduce vulnerabilities in connected products.
• Increase transparency regarding cybersecurity features.
• Require manufacturers to maintain cybersecurity throughout a product's supported lifetime.
• Establish clear responsibilities for manufacturers and importers.

The CRA applies to products that:

• Connect directly or indirectly to networks.
• Include software or firmware.
• Process, store, or transmit digital data.
• Can be remotely accessed or updated.

Examples include:

• Smart home devices
• Industrial IoT systems
• Consumer electronics
• Network equipment
• Smart appliances
• Wearable devices
• Building automation systems
• Connected manufacturing equipment
• Embedded systems
• Electronic control units

Why the Cyber Resilience Act Matters for Manufacturers

Historically, cybersecurity has often been treated as an optional feature added late in product development.

The CRA changes this approach entirely.

Manufacturers must now demonstrate that cybersecurity has been considered from the earliest stages of design through end-of-life support.

Non-compliance can lead to:

• Product recalls
• Market restrictions
• Regulatory investigations
• Significant financial penalties
• Damage to customer trust
• Supply chain disruptions

For many manufacturers, cybersecurity will become as important as product safety testing and quality assurance.

Who Needs to Comply?

The Cyber Resilience Act affects every business involved in placing connected products on the European market. While manufacturers carry the primary responsibility, importers, distributors, and other supply chain participants also have compliance obligations.

Manufacturers

Companies that design, develop, or produce connected products under their own name or brand. They are responsible for cybersecurity by design, risk assessments, vulnerability management, and ongoing security updates.

Importers

Organizations bringing connected products into the EU from non-EU countries. They must verify that products meet CRA requirements before placing them on the market.

Distributors

Companies that make products available within the EU, including retailers and online marketplaces. They must ensure products carry the required compliance information and avoid selling non-compliant products.

OEMs and Private Label Manufacturers

Businesses that sell products under their own brand but outsource manufacturing. In many cases, the brand owner is considered the manufacturer and assumes the associated compliance responsibilities.

Contract Manufacturers

Factories producing connected electronics for other brands. While they may not always be the legal manufacturer, they often play a critical role in secure product development, documentation, and cybersecurity testing.

Simple rule: If your organization designs, manufactures, imports, brands, distributes, or supplies software for connected products sold in the EU, the Cyber Resilience Act likely applies to you.

Which Products Are Covered by the Cyber Resilience Act?

The Cyber Resilience Act applies to a wide range of products with digital elements, particularly those that connect to networks, process data, or rely on software and firmware. The following categories are among the most commonly affected.

Consumer Electronics

Connected devices used in homes and everyday life, including:

• Smart TVs
• Smart speakers and voice assistants
• Connected cameras and doorbells
• Gaming consoles and accessories
• Wearable devices and fitness trackers
• Smart appliances

Industrial Equipment and Industrial IoT

Connected systems used in manufacturing and industrial operations, including:

• Programmable Logic Controllers (PLCs)
• Industrial gateways
• Automation and control systems
• Smart sensors
• Industrial monitoring devices
• Remote maintenance equipment

Medical Electronics and Healthcare Devices

Products that collect, process, or transmit healthcare data, including:

• Connected diagnostic equipment
• Wearable health monitoring devices
• Remote patient monitoring systems
• Smart medical devices
• Connected infusion pumps and healthcare sensors

Smart Home Products

Internet connected products designed to automate or secure residential environments, including:

• Smart locks
• Smart thermostats
• Connected lighting systems
• Home security systems
• Smart plugs and switches
• Video doorbells

Building Management Systems

Connected technologies used to manage commercial and residential buildings, including:

• Access control systems
• HVAC controllers
• Energy management systems
• Smart meters
• Building automation platforms
• Environmental monitoring devices

Communication and Networking Equipment

Products that enable connectivity and data transmission, including:

• Routers and modems
• Wireless access points
• Network switches
• IoT communication gateways
• Edge computing devices

Embedded Systems and Electronic Control Units

Software driven components embedded within larger products, including:

• Automotive electronic control units
• Embedded processors
• Connected machinery controllers
• Firmware based control systems

A simple rule of thumb: If a product contains software and can connect directly or indirectly to another device, network, or cloud service, it likely falls within the scope of the Cyber Resilience Act.

Factory Readiness Checklist for CRA Compliance

Use the following checklist to assess your factory's readiness and identify the key steps needed to achieve CRA compliance.

1. Determine Whether Your Products Fall Under the CRA

Start by identifying every product containing:

• Embedded software
• Firmware
• Internet connectivity
• Wireless communication
• Remote management capabilities
• Cloud integration

Create an inventory of all products potentially affected by the regulation.

Questions to Ask

• Does the product connect to the internet?
• Can the device receive software updates?
• Does it process user data?
• Can it communicate with other systems?

If the answer is yes to any of these questions, the CRA likely applies.

2. Implement Secure by Design Principles

The CRA strongly emphasizes cybersecurity by design.

Security should not be added after development is complete.

Instead, it should be integrated from the beginning.

Best Practices

• Secure coding standards
• Threat modeling
• Security architecture reviews
• Authentication mechanisms
• Encryption requirements
• Secure configuration defaults

Factories should incorporate cybersecurity requirements into product design reviews.

3. Conduct Risk Assessments

Manufacturers must identify cybersecurity risks associated with their products.

Risk assessments should examine:

• Unauthorized access
• Data breaches
• Malware infection
• Privilege escalation
• Denial of service attacks
• Supply chain vulnerabilities

A documented risk assessment process is essential for demonstrating compliance.

4. Establish Vulnerability Management Processes

One of the most significant requirements of the CRA is vulnerability management.

Manufacturers must:

• Identify vulnerabilities.
• Monitor cybersecurity threats.
• Assess potential impact.
• Release security updates when necessary.

Factories should establish formal processes for:

• Vulnerability reporting
• Security patch management
• Incident response
• Remediation verification

5. Maintain a Software Bill of Materials (SBOM)

Many connected products rely heavily on third-party software.

Manufacturers should maintain an inventory of:

• Open-source components
• Third-party libraries
• Firmware dependencies
• Operating systems
• Communication protocols

An SBOM improves:

• Vulnerability tracking
• Incident response
• Regulatory documentation
• Supply chain visibility

6. Secure the Supply Chain

Cybersecurity risks often originate from suppliers.

Manufacturers should assess:

• Component vendors
• Software providers
• Contract developers
• Cloud service providers

Supplier management should include:

• Security questionnaires
• Contractual requirements
• Audit rights
• Incident reporting obligations

7. Implement Secure Development Lifecycle (SDL)

A formal Secure Development Lifecycle should include:

• Requirements Phase: Define cybersecurity objectives.
• Design Phase: Perform threat modeling.
• Development Phase: Use secure coding practices.
• Testing Phase: Conduct security testing.
• Deployment Phase: Verify security controls.
• Maintenance Phase: Provide ongoing updates.

8. Conduct Security Testing

Products should undergo comprehensive cybersecurity testing.

Testing activities may include:

• Penetration testing
• Vulnerability scanning
• Code reviews
• Fuzz testing
• Authentication testing
• Encryption validation

Testing results should be documented and retained.

Robust cybersecurity also depends on rigorous product validation. Learn more about effective testing strategies in our guide to Firmware and Functional Testing in Electronics: A Complete Guide.

9. Create an Incident Response Process

Manufacturers need procedures for handling cybersecurity incidents.

An incident response plan should include:

• Detection procedures
• Escalation processes
• Investigation methods
• Communication protocols
• Regulatory reporting procedures

Preparedness significantly reduces the impact of cybersecurity events.

10. Establish Security Update Processes

Connected products require ongoing maintenance.

Manufacturers should define:

• Update schedules
• Support periods
• Patch deployment methods
• Customer notifications
• End-of-support policies

Customers should understand how long products will receive security updates.

11. Strengthen Access Control

Factories should ensure products include:

• Strong authentication
• Password management
• Multi-factor authentication where appropriate
• Role-based access control
• Secure credential storage

Weak authentication remains one of the most common cybersecurity failures.

12. Protect Sensitive Data

Products should protect:

• Customer information
• Credentials
• Configuration files
• Diagnostic data
• Operational information

Security controls may include:

• Encryption
• Data minimization
• Secure storage
• Secure transmission

13. Maintain Technical Documentation

Documentation will play a major role in compliance.

Maintain records of:

• Risk assessments
• Security architecture
• Testing reports
• Vulnerability assessments
• Update procedures
• Incident response plans
• Compliance decisions

Documentation demonstrates due diligence during regulatory reviews.

14. Train Employees

Cybersecurity compliance requires organizational awareness.

Training should include:

• Secure coding practices
• Vulnerability reporting
• Security testing procedures
• Incident response
• Regulatory requirements

Training should extend beyond engineering teams.

15. Define Roles and Responsibilities

Successful compliance requires ownership.

Responsibilities should be assigned to:

• Product managers
• Engineering teams
• Quality assurance
• Compliance departments
• Information security teams
• Executive leadership

Governance structures should be clearly documented.

Is Your Factory Ready for the Cyber Resilience Act?

Ask the following questions:

Product Design

• Is security considered during design?
• Are risks documented?

Software Development

• Do you use secure coding practices?
• Is security testing mandatory?

Supply Chain

• Are suppliers assessed for cybersecurity risks?
• Do contracts include security obligations?

Vulnerability Management

• Can vulnerabilities be tracked?
• Is there a patch management process?

Documentation

• Can you demonstrate compliance?
• Is evidence centrally maintained?

Common Cyber Resilience Act Compliance Gaps

Many manufacturers struggle with:

Lack of Security Ownership

In many organizations, cybersecurity responsibilities are spread across engineering, IT, and quality teams without clear accountability. When no individual or department owns cybersecurity compliance, critical tasks such as risk assessments, vulnerability management, and regulatory reporting can be overlooked or delayed.

Inadequate Supplier Oversight

Modern connected products often rely on third party software, open source components, and outsourced development partners. Many manufacturers lack a formal process for assessing supplier cybersecurity practices, leaving software dependencies and supply chain risks largely unmanaged.

Missing Documentation

Some companies perform security activities such as testing, risk assessments, and vulnerability reviews but fail to document them adequately. Under the CRA, undocumented activities may be treated as if they never occurred, making comprehensive record keeping essential for demonstrating compliance.

No Formal Vulnerability Management Process

Many manufacturers address security issues only when customers report problems or incidents occur. Without a structured process for identifying, tracking, assessing, and remediating vulnerabilities, organizations may struggle to meet their ongoing cybersecurity obligations.

Limited Security Testing

Products are often tested extensively for functionality, performance, and reliability but receive little dedicated cybersecurity testing. Vulnerability assessments, penetration testing, and secure code reviews are frequently missing, increasing the risk that security weaknesses remain undetected until after products reach the market.

How to Build a Successful CRA Compliance Strategy

A structured, phased approach can help manufacturers achieve compliance more efficiently and reduce long term cybersecurity risks.

Phase 1: Assessment

Begin by understanding how the CRA affects your organization and products.

Key activities include:

• Identifying all products with digital elements that fall within the scope of the regulation
• Conducting a gap analysis against CRA requirements
• Creating an inventory of software, firmware, and third party components
• Reviewing existing cybersecurity policies, procedures, and controls
• Assessing current supplier and vulnerability management practices

This phase establishes your baseline and helps identify the areas that require the most attention.

Phase 2: Planning

Once gaps have been identified, develop a clear implementation strategy.

Key activities include:

• Defining roles and responsibilities across departments
• Establishing cybersecurity governance and reporting structures
• Prioritizing remediation activities based on risk and business impact
• Allocating budgets and resources for compliance initiatives
• Developing timelines and measurable compliance objectives

A well defined plan ensures that compliance activities are coordinated and aligned with business priorities.

Phase 3: Implementation

This phase focuses on putting new processes and controls into practice.

Key activities include:

• Integrating cybersecurity requirements into product development processes
• Implementing vulnerability management and incident response procedures
• Improving supplier security oversight and documentation processes
• Conducting employee training and awareness programmes
• Enhancing security testing, secure coding practices, and product validation activities

The goal is to embed cybersecurity into everyday operations rather than treating it as a standalone compliance exercise.

Phase 4: Validation

Before declaring readiness, manufacturers should verify that controls are functioning effectively.

Key activities include:

• Performing internal audits and compliance reviews
• Reviewing technical documentation and evidence of conformity
• Testing incident response and vulnerability reporting processes
• Verifying that security controls operate as intended
• Identifying and correcting any remaining gaps

Validation provides confidence that compliance efforts are effective and can withstand regulatory scrutiny.

Phase 5: Continuous Improvement

Cybersecurity risks continue to evolve long after products enter the market. Compliance therefore requires ongoing monitoring and improvement.

Key activities include:

• Monitoring vulnerabilities and emerging threats
• Reviewing supplier performance and software dependencies
• Updating policies and procedures regularly
• Conducting periodic training and refresher programmes
• Reassessing products and processes as regulations and technologies evolve

Organizations that treat CRA compliance as a continuous improvement programme rather than a one time project will be better positioned to maintain compliance and strengthen long term cyber resilience.

The Business Benefits of CRA Compliance

Organizations that invest in CRA readiness often achieve additional benefits:

Reduced Security Incidents

Addressing vulnerabilities early helps lower the risk of cyber incidents, product recalls, and costly remediation efforts.

Improved Customer Trust

Customers increasingly value cybersecurity. Demonstrating strong security practices can strengthen confidence in your products and brand.

Stronger Supply Chain Resilience

Better oversight of suppliers and software dependencies helps reduce external risks and improve supply chain security.

Better Product Quality

Security focused development practices often result in more reliable, stable, and maintainable products.

Competitive Advantage

Early compliance can differentiate your organization in the market and position you as a trusted manufacturer of connected products.

Lower Long Term Costs

Preventing security issues is often significantly less expensive than responding to incidents, regulatory actions, or reputational damage.

Effective CRA compliance also requires strong traceability processes that improve supplier oversight, documentation, and product accountability. Explore our guide on Traceability in Manufacturing: Enhancing Quality & Compliance.

Prepare for the Cyber Resilience Act with AMREP Supplier Management Services

The Cyber Resilience Act represents one of the most significant regulatory changes facing connected electronics manufacturers.

Factories can no longer view cybersecurity as an optional feature or an issue solely for the IT department. Security must become an integral part of product design, development, manufacturing, and post-market support.

Manufacturers that begin preparing now will be in a stronger position to meet regulatory expectations, reduce cybersecurity risks, and maintain access to the European market.

At AMREP Inspect, our supplier management services and Quality Management Solutions help manufacturers translate complex regulatory requirements into practical, actionable compliance strategies. Whether you need support with product assessments, supplier due diligence, or regulatory readiness, our experts can help you build a clear path to Cyber Resilience Act compliance.

The most resilient manufacturers will not view the CRA as a compliance exercise. They will see it as an opportunity to build safer, more trusted, and future ready connected products.