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The Cyber Resilience Act (CRA) changes firmware and IoT work in two connected ways: products with digital elements must be engineered with risk-based security properties, and manufacturers must operate a vulnerability-handling and support process for the product’s expected life. Regulation (EU) 2024/2847 is already in force, but most product requirements apply on 11 December 2027. Article 14 reporting duties started earlier, on 11 September 2026.
That timing means teams should build evidence, ownership and reporting workflows now rather than treating 2027 as a first day of compliance. The exact scope depends on the product’s legal classification, exclusions and any sector-specific rules.
What the Cyber Resilience Act covers
Regulation (EU) 2024/2847 is an EU-wide, horizontal cybersecurity regulation for products with digital elements. The category is broad enough to include many connected devices, embedded products, operating systems, software components and firmware-enabled equipment, but “connected” does not automatically settle the legal question. A manufacturer must confirm whether its product meets the regulation’s definition and whether an exclusion or another EU sectoral regime applies.
The CRA applies across EU Member States. It attaches duties primarily to the manufacturer that places a product on the EU market, with related obligations for other economic operators in the supply chain. Product-specific classification, exclusions and interactions with sector legislation require a case-by-case legal review; the regulation does not create a universal checklist that makes every IoT device identical.
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Questions to resolve for each product
- What hardware, firmware, software, cloud-facing interface or service makes the item a product with digital elements?
- Which legal entity is the manufacturer, and who controls design, release, updates and customer communications?
- Is the product excluded or already governed by a sector-specific EU rule that changes the conformity route?
- When was each version placed on the EU market, and has a later change become a substantial modification?
- Which components, dependencies and support commitments are supplied by third parties?
Documenting those answers is more useful than simply labeling a product “IoT compliant.” The CRA’s obligations follow the product and its lifecycle, not an informal technology label.
Two layers of compliance: product properties and lifecycle duties
The most important practical distinction is between requirements that describe the product itself and duties that continue while it is supported.
| Layer | What it concerns | Typical evidence |
|---|---|---|
| Product properties | How the product is designed, developed and produced, including security defaults, access controls, data protection and availability of essential functions. | Risk assessment, architecture decisions, security requirements, test results, technical documentation and conformity records. |
| Lifecycle vulnerability handling | How the manufacturer discovers, tracks, fixes and communicates vulnerabilities and maintains security during the declared support period. | SBOM, vulnerability intake records, triage decisions, patches, advisories, release logs, support-period rationale and incident reports. |
A product can have strong launch-time controls and still fail its lifecycle duties if the manufacturer cannot identify affected components, issue a security update or report an actively exploited vulnerability on time. Conversely, an efficient patch process cannot compensate for insecure defaults or missing access controls at market placement.
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Annex I requires products to be designed, developed and produced so they ensure an appropriate cybersecurity level based on risk. The regulation states: “Products with digital elements shall be designed, developed and produced in such a way that they ensure an appropriate level of cybersecurity based on the risks.” The phrase is deliberately outcome-based. It does not mandate one programming language, chip architecture, coding standard or update framework for every product.
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Risk-based security requirements
Start with a documented threat and risk assessment for the product, its interfaces, data flows, users, update channel and operating environment. Translate the results into requirements that engineers can test. Higher-consequence products may need stronger isolation, authentication, monitoring, recovery and update controls than a low-impact device with limited connectivity. Keep the reasoning for accepted residual risks; a reviewer should be able to see why a control is proportionate to the product’s intended use.
Secure-by-default configuration
Where applicable, a product must be available with a secure-by-default configuration. Firmware and device images should not ship with unnecessary services enabled, shared default passwords, unrestricted debug interfaces or excessive privileges. If an installation requires a setup choice, make the safer option the initial state and explain any unavoidable trade-off. Record which defaults are security-relevant and how a user or administrator can change them without weakening the baseline unintentionally.
No known exploitable vulnerabilities at market placement
Products must not be placed on the market with known exploitable vulnerabilities. That requires a release gate connected to vulnerability intelligence, supplier notices, code review findings and penetration or security testing. “No known” is not the same as “proven vulnerability-free”: the manufacturer needs a reasonable process for discovering, assessing and resolving known issues before shipment, with a documented decision when a finding is not exploitable in the product’s actual configuration.
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Users should be able to reset the product to its original state where the regulation’s requirement applies. Design the reset path so it removes credentials, keys, personal data and unauthorized configuration while preserving only what is necessary for recovery. Annex I also addresses access controls, confidentiality and integrity of data, and the availability of essential functions. Map each control to a product asset and a test: for example, verify that an unauthorized account cannot read protected telemetry, alter firmware or disable a safety-relevant function.
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Security updates and user control
Security updates must be supported, including automatic installation where applicable. The regulation describes an opt-out, user notice and mechanisms for temporary postponement. Firmware teams therefore need an update design that can authenticate packages, prevent rollback to vulnerable versions where appropriate, recover from interrupted installation and communicate status clearly. Separate security updates from functionality updates where technically feasible so a customer can remediate a vulnerability without accepting unrelated feature changes. Define how long an update remains available and how devices that are offline, intermittently connected or managed by another platform receive it.
SBOMs and vulnerability handling throughout the support period
The CRA makes vulnerability handling an operating discipline, not a one-time certification exercise. Manufacturers must identify and document vulnerabilities and components in their products. An SBOM must be available in a commonly used, machine-readable format and cover at least top-level dependencies.
What an actionable SBOM process includes
- Generate an SBOM for each releasable firmware or software build, not just for a product family.
- Record component names, versions, suppliers or origins where known, licenses and dependency relationships in a machine-readable format.
- Track transitive dependencies well enough to investigate a supplier advisory, while ensuring the minimum top-level coverage is always met.
- Connect SBOM entries to source repositories, build artifacts and the exact device or image versions shipped.
- Protect the SBOM from unauthorized modification and control who can access details that could increase attack risk.
An SBOM by itself is not a vulnerability-management program. Link it to an intake channel, a vulnerability database or advisory feed, triage ownership, severity and exploitability analysis, remediation decisions, and customer communication. When a vulnerable library is not reachable or is compiled out, retain the technical reasoning and test evidence rather than silently closing the issue.
Remediate without delay
Manufacturers must address and remediate vulnerabilities without delay, including through security updates. “Without delay” is a risk-and-circumstance obligation, not a fixed number of days in the CRA. Set internal targets based on exploitability, exposure, affected population and consequences, then escalate exceptions. Where a safe patch cannot be produced immediately, use a mitigation, configuration change or customer advisory while engineering develops the durable fix.
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Regular security testing and review
Test and review security regularly across the supported lifecycle. A practical program combines automated analysis, dependency checks, fuzzing where suitable, abuse-case testing, update-path tests, authentication checks and focused penetration testing for high-risk interfaces. Repeat tests after material architecture or component changes. The regulation does not say that any single test method or coding standard alone proves conformity, so keep a portfolio of evidence tied to identified risks.
Information about fixed vulnerabilities
Provide accessible information about vulnerabilities fixed by an update, subject to the regulation’s conditions and limited grounds for delaying disclosure. Prepare an advisory format in advance: affected versions, impact, exploitability, fixed versions, mitigations, update instructions and disclosure timing. Coordinate wording with incident-response and customer-support teams so the public notice, release notes and direct customer messages do not contradict one another.
How to set the support period
The manufacturer sets a support period that reflects the product’s expected use. The CRA does not impose one universal minimum duration for every firmware or IoT product. The period should account for reasonable user expectations and the product’s nature, including its purpose. The regulation also permits consideration of comparable products, operating-environment availability, support for core third-party components and relevant guidance.
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A defensible support-period decision
- Describe the product’s intended service life, replacement cycle, deployment environment and safety or business consequences of failure.
- Gather evidence of what users reasonably expect for similar products and how long essential platforms, chipsets and core components are supported.
- Assess whether the device can receive updates for the whole proposed period, including storage, cryptographic agility, bandwidth and recovery capacity.
- Set the support end date and publish it in product information, then assign ownership for extensions, exceptions and end-of-support communications.
- Review the decision when a major dependency, threat environment or operating platform changes.
Do not advertise a support duration that the update infrastructure or supplier contracts cannot sustain. Conversely, a short period needs a clear rationale grounded in the product’s expected use rather than a generic statement that maintenance is difficult.
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Article 14 reporting: what is already in force
Article 14 reporting obligations apply from 11 September 2026. As of 13 October 2026, those duties are already active. Manufacturer reports go simultaneously to the designated coordinating CSIRT and the European Union Agency for Cybersecurity (ENISA) through the single reporting platform.
Actively exploited vulnerability timeline
| Step | Deadline after awareness or action | What to prepare |
|---|---|---|
| Early warning | Without undue delay and no later than 24 hours after awareness | Initial facts, affected product information and an indication that exploitation is active. |
| Vulnerability notification | No later than 72 hours after awareness | More complete technical and impact information, including the manufacturer’s assessment. |
| Final report | No later than 14 days after a corrective or mitigating measure becomes available | Remediation or mitigation details, affected versions, user actions and the current status. |
The regulation states: “A manufacturer shall notify any actively exploited vulnerability contained in the product with digital elements that it becomes aware of simultaneously to the CSIRT designated as coordinator, in accordance with paragraph 7 of this Article, and to ENISA.” The clock starts when the manufacturer becomes aware, so define what constitutes awareness and ensure an on-call route can reach the reporting team outside business hours.
Severe incident timeline
For a severe incident affecting product security, the early warning and incident notification also follow 24-hour and 72-hour limits. The final report is due within one month after the incident notification. Build a separate incident branch in the playbook so teams do not mistakenly apply the 14-day vulnerability deadline to an incident or overlook the one-month final report.
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- Maintain a 24-hour escalation roster with named roles, backups and authority to submit an initial report.
- Capture the exact time and source of awareness, not merely the time an engineer opened a ticket.
- Prepare report templates that can be completed with partial facts and updated as the investigation develops.
- Run tabletop exercises for an actively exploited firmware flaw and a severe product-security incident.
- Preserve submission receipts, follow-up correspondence and the evidence supporting each deadline decision.
Application dates and transition rules
| Date | What changes |
|---|---|
| 11 June 2026 | Chapter IV provisions concerning conformity assessment bodies apply. |
| 11 September 2026 | Article 14 reporting obligations apply; actively exploited vulnerabilities and severe incidents must follow the reporting timelines. |
| 11 December 2027 | The CRA generally applies, including the main product and lifecycle obligations. |
For products placed on the market before 11 December 2027, the general transitional rule applies the CRA after that date only if a substantial modification occurs. A substantial modification is a change that affects the product’s conformity with the relevant requirements; assess the change, do not assume that every firmware release qualifies.
Article 14 has a separate transition: its reporting duties cover in-scope products placed on the market before 11 December 2027. Therefore, the general pre-2027 transition does not remove current reporting obligations for an older product that falls within scope.
A practical implementation plan for firmware and IoT teams
- Inventory products and versions. List hardware revisions, firmware images, software interfaces, cloud dependencies, market-placement dates and responsible legal entities.
- Confirm scope and transition status. Record the definition, exclusion or sectoral rule relied on for each product and flag any uncertainty for legal review.
- Perform and approve a risk assessment. Cover assets, interfaces, trust boundaries, users, update paths, supply-chain dependencies and consequences of compromise.
- Map Annex I outcomes to requirements and tests. Include secure defaults, known-vulnerability screening, reset, access control, confidentiality, integrity, availability and update behavior where applicable.
- Build the component and SBOM pipeline. Generate machine-readable SBOMs from reproducible builds and connect them to vulnerability triage and release records.
- Set support periods with evidence. Document expected use, user expectations, dependency support and the technical ability to deliver updates.
- Operationalize remediation. Define severity and exploitability criteria, patch ownership, emergency mitigations, release approval and customer communications.
- Activate Article 14 response. Configure the reporting-platform access, CSIRT and ENISA submission roles, 24-hour escalation and timestamp controls.
- Rehearse and audit. Test a simulated exploited vulnerability, an incident report, a failed update and an end-of-support communication before the general application date.
Common mistakes and how to avoid them
- Treating every connected device as automatically covered. Resolve the legal classification and exclusions first.
- Choosing a fixed support period by habit. Tie the period to expected use, user expectations, product nature and dependency realities.
- Keeping an SBOM as a static spreadsheet. Generate it per build and connect it to versions, vulnerabilities and release decisions.
- Waiting for a perfect investigation before reporting. The early-warning deadline is short; submit the required initial information and follow up.
- Assuming a functionality update is a security update. Track security fixes distinctly and make separate delivery technically feasible where possible.
- Relying on one standard or test. Demonstrate the risk-based outcome with multiple forms of engineering and documentation evidence.
- Ignoring older products. Check the Article 14 transition separately from the substantial-modification rule for general CRA application.
What manufacturers should have ready before December 2027
By the general application date, a manufacturer should be able to show more than a policy statement. It should have a scoped product inventory, approved risk assessments, security requirements and test evidence, release gates for known exploitable vulnerabilities, secure-default and reset decisions, machine-readable SBOMs, a vulnerability-management process, a justified support period, update and advisory procedures, and an exercised Article 14 reporting workflow.
The CRA is therefore a change to product governance as much as to firmware code. Engineering, procurement, incident response, technical writing, customer support and legal teams all need a shared record of which product versions are supported, which vulnerabilities are open, who can authorize a release and when a regulator must be notified.
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