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Cybersecurity Readiness for Connected Products
IEES Limited helps manufacturers prepare practical cybersecurity evidence, architecture rationale, lifecycle controls, and engineering actions for connected products within the scope of RED cybersecurity requirements, EN 18031, and the Cyber Resilience Act (CRA).
Connected products are now expected to demonstrate cybersecurity across their full lifecycle. This includes secure architecture, software and firmware integrity, vulnerability handling, secure updates, access control, supply-chain visibility, technical documentation, and post-market support.
For many manufacturers, the challenge is not only implementing security controls. The challenge is showing how cybersecurity has been considered, designed, documented, reviewed, and maintained across the product lifecycle.
IEES supports product, engineering, software, quality, regulatory, manufacturing, and security teams with focused readiness reviews that turn cybersecurity expectations into practical next steps.
Why RED and CRA Matter. The Radio Equipment Directive cybersecurity requirements and the Cyber Resilience Act increase the need for connected-product manufacturers to treat cybersecurity as part of product design, lifecycle support, and market readiness.
For relevant products, this may require clearer evidence around:
- Secure-by-design architecture
- Product threat modelling
- Access control and authentication
- Software and firmware integrity
- Secure update mechanisms
- Vulnerability handling and disclosure processes
- SBOM and software supply-chain visibility
- Third-party component risk
- Technical documentation
- Post-market cybersecurity support
- Product lifecycle and end-of-life planning
IEES helps manufacturers assess these areas before gaps become harder to correct.
Who We Support
Typical Readiness Challenges
Typical Readiness Challenges
IEES supports organisations developing or maintaining:
- Radio-connected products
- Internet-connected embedded devices
- Industrial electronics
- Connected sensors and gateways
- Software-enabled products
- Edge-AI and connected-device systems
- Long-life products requiring secure updates and lifecycle support
Typical Readiness Challenges
Typical Readiness Challenges
Typical Readiness Challenges
Manufacturers often need to answer questions such as:
- Is cybersecurity clearly represented in the product architecture?
- Are trust boundaries, interfaces, assets, and data flows documented?
- Are security requirements traceable to product risks and mitigations?
- Is there a clear vulnerability handling process?
- Are software components and third-party dependencies visible?
- Is the update mechanism secure and resistant to rollback or unauthorised firmware?
- Are manufacturing, provisioning, and device identity assumptions documented?
- Is cybersecurity evidence available for engineering, quality, regulatory, and security review?
- Are lifecycle and end-of-life responsibilities clear?
How IEES Can Help
Typical IEES Outputs
Typical IEES Outputs
RED / EN 18031 Readiness Review
IEES reviews connected-product security assumptions against the types of evidence and engineering controls expected for relevant radio-connected products.
Cyber Resilience Act Readiness Mapping
IEES helps product teams identify cybersecurity gaps across architecture, software supply chain, vulnerability handling, secure updates, lifecycle support, and technical documentation.
Product Threat Modelling
IEES maps assets, actors, interfaces, trust boundaries, attack paths, mitigations, and residual risks to make product cybersecurity visible and actionable.
SBOM and Vulnerability Handling Review
IEES reviews software component visibility, SBOM readiness, third-party dependency risk, vulnerability intake, triage, remediation, and disclosure workflows.
Secure Update and Lifecycle Security Review
IEES reviews firmware and software update mechanisms, rollback protection, signing assumptions, product support periods, post-market cybersecurity, and end-of-life considerations.
Secure Manufacturing and Provisioning Review
IEES reviews provisioning workflows, device identity, key handling, firmware loading, production traceability, and manufacturing security assumptions.
Typical IEES Outputs
Typical IEES Outputs
Typical IEES Outputs
Typical Client Deliverables May Include:
- RED and CRA readiness gap summary
- Product cybersecurity evidence map
- Boundary diagrams
- Data-flow diagrams
- Product threat model
- Attack-surface register
- Security requirements recommendations
- SBOM readiness observations
- Vulnerability workflow review
- Secure update review
- Secure provisioning review
- Prioritised remediation roadmap
- Internal review summary for engineering, quality, regulatory, and security stakeholders
Typical Client Engagement Starting Points:
- A readiness review does not need to start as a broad audit. IEES can begin with one product, product family, connected workflow, architecture, or lifecycle process.
- Connected product architecture review
- RED / EN 18031 readiness gap assessment
- Cyber Resilience Act readiness mapping
- Threat modelling for a connected product workflow
- SBOM and vulnerability-handling process review
- Secure update and lifecycle security review
- Secure provisioning and manufacturing review
Our Position
IEES provides specialist embedded and product cybersecurity consultancy to support RED cybersecurity, EN 18031, and Cyber Resilience Act readiness. We do not provide legal advice, act as a notified body, or make conformity decisions on behalf of manufacturers.
We work alongside product, engineering, software, quality, regulatory, manufacturing, and security teams to make cybersecurity assumptions, evidence gaps, and lifecycle responsibilities visible early, helping teams define practical engineering actions and strengthen the technical rationale supporting readiness.
Discuss a RED and CRA cybersecurity readiness review.
Start with a focused review of one product, architecture, connected workflow, or lifecycle process to identify priority gaps and practical next steps.