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CRA reporting obligations for electronics manufacturers

22 de October de 2026

The Cyber Resilience Act (Regulation (EU) 2024/2847) is the first EU regulation to impose ongoing cybersecurity obligations on hardware manufacturers throughout a product's lifecycle. For electronics manufacturers accustomed to CE marking under the RED, LVD, or EMC Directive, the compliance model is familiar up to a point: you design the product, prepare the technical file, declare conformity, and place it on the market. The CRA adds something these directives never required: the obligation to act, and report, when a security issue is discovered.

The first of these obligations is already in force. Since 11 September 2026, manufacturers must report actively exploited vulnerabilities and severe security incidents to EU authorities through a dedicated platform, within strict deadlines. Everything else (full conformity assessment, cybersecurity-by-design requirements, SBOM, technical documentation) applies from 11 December 2027.

This article focuses exclusively on the reporting obligations under Article 14 of the CRA. It covers what triggers them, what the deadlines are, how the reporting platform works, and what these obligations mean in practice for manufacturers of connected electronic products — any hardware product with firmware or software that connects, directly or indirectly, to a device or network.

*For the broader CRA framework and its relationship with other EU product regulations, see the CRA section on the Regulations page

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A new kind of obligation for product manufacturers

In traditional EU product harmonisation legislation such as RED, LVD or EMC Directive, post-market obligations exist (cooperation with market surveillance authorities, complaint handling, corrective action when non-conformities are identified), but they are largely reactive. You respond when something is requested or when a problem becomes apparent.

CRA reporting changes this. Article 14 requires active, time-bound notification to EU authorities when specific security events are detected, not after a market surveillance authority requests information, but proactively, within 24 hours. For manufacturers in the electronics sector, this is structurally different from anything the existing regulatory framework demands.

There is another important distinction. The reporting obligation also applies to products already placed on the EU market, including products shipped before the CRA becomes fully applicable. A connected product that has been in service for years is covered by the reporting obligation from 11 September 2026, provided it falls within the scope of the regulation. The implications of this for manufacturers with an active product portfolio are significant, and are covered in detail further in this article.

What triggers the reporting obligation

Article 14 establishes two separate categories of reportable events. Each has its own definition, its own trigger, and its own reporting timeline. Understanding the distinction is important, because the deadlines and the content of each notification are different.

Actively exploited vulnerabilities

The CRA defines an actively exploited vulnerability as a vulnerability for which there is reliable evidence that a malicious actor has exploited it in a system without permission of the system owner (Article 3(42)). The key word is *reliable evidence of malicious exploitation*. The mere existence of a vulnerability does not trigger the obligation.

What does trigger the obligation: a customer reports that an attacker gained unauthorized access through a known weakness in your product's firmware. A security researcher publishes evidence that a vulnerability in your product's communication stack is being exploited in the field. A governmental cybersecurity agency notifies you that a vulnerability in a component your product uses has been exploited in attacks targeting deployed units.

Equally important is what does *not* trigger it. Vulnerabilities discovered through authorised activities such as penetration testing, bug bounty programmes, security assessments commissioned by the manufacturer; these are not actively exploited vulnerabilities, provided there is no evidence of prior malicious exploitation. A zero-day vulnerability discovered by an ethical hacker, for which there is no evidence of exploitation by a malicious actor, is not subject to mandatory reporting. Nevertheless, the manufacturer can still report it voluntarily under Article 15 of the CRA.

Severe incidents affecting product security

The second category covers incidents that have a severe impact on the security of the product with digital elements. Article 14(5) defines the severity threshold: an incident qualifies if it negatively affects, or is capable of negatively affecting, the product's ability to protect the availability, authenticity, integrity, or confidentiality of sensitive or important data or functions. It also qualifies if it has led, or is capable of leading, to the introduction or execution of malicious code in the product or in the network and information systems of a user.

For electronics manufacturers, this could include scenarios such as evidence that a compromised over-the-air update mechanism has delivered unauthorized firmware to deployed units, detection of data exfiltration through a product vulnerability, or confirmation that malicious code has been injected into products through a supply chain compromise affecting a firmware component.

When does the clock start

The reporting deadlines begin when the manufacturer becomes aware that a vulnerability is being actively exploited or that a severe incident has occurred. The CRA does not prescribe how a manufacturer should become aware. What matters is the moment when the manufacturer has sufficient evidence to determine that the event qualifies as reportable.

The CRA Commission guidance recognises that this determination may not always be immediate. In some cases, it will be clear from the outset. In others, it may take time to establish whether a vulnerability is being actively exploited or whether an incident meets the severity threshold. The emphasis, however, is on prompt action to carry out the initial assessment, particularly where the vulnerability may pose a significant risk.

The practical implication is that manufacturers need an internal process capable of receiving, triaging, and escalating security events quickly enough to meet the 24-hour early warning deadline. This is not something that can be improvised when an event occurs.

The three-stage reporting timeline

Both categories of reportable events follow a three-stage notification structure. The manufacturer submits progressively more detailed information as the internal investigation advances. All notifications are submitted through ENISA's Single Reporting Platform (covered in a separate section below).

Reporting an actively exploited vulnerability

Reporting a severe incident

Note that the final report deadline differs between the two tracks: for vulnerabilities, 14 days after a corrective or mitigating measure becomes available; for severe incidents, one month after the 72-hour notification. This means the vulnerability track can remain open for a longer period if the development of a corrective measure takes time, while the incident track has a fixed calendar deadline.

The firmware you did not write

This is where CRA reporting becomes particularly relevant for hardware manufacturers, and where the practical challenges differ most from those faced by pure software companies.

Most connected electronic products contain firmware and software components from multiple sources. The wireless module comes with the chipset vendor's protocol stack. The embedded operating system may be a commercial RTOS or a Linux-based distribution maintained by a third party. Communication libraries, cryptographic implementations, bootloaders, companion applications. The software supply chain in a typical connected hardware product involves components the manufacturer did not develop and often does not have the ability to modify directly.

Under the CRA, the manufacturer who places the product on the EU market is responsible for reporting actively exploited vulnerabilities contained in the product, regardless of where those vulnerabilities originate. If a vulnerability in a third-party Wi-Fi module's firmware is being actively exploited in your product, you are required to report it.

The CRA Commission guidance draws a clear boundary on this point. The obligation applies to actively exploited vulnerabilities *contained in your product*. If a third-party component has a known vulnerability, but that vulnerability either cannot be exploited in your product (because the vulnerable code is not reachable in your implementation) or has not been exploited in your product, it does not qualify as an actively exploited vulnerability in your product. In that case, mandatory reporting under Article 14 is not triggered. You can still report voluntarily under Article 15, and you are required under Article 13(6) to inform the component manufacturer about the vulnerability.

The practical challenge is obvious: to determine whether a vulnerability in a third-party component is reachable and exploitable in your product, you need visibility into what your product contains. You need to know which firmware version your wireless module runs, which libraries your RTOS includes, which open-source components are embedded in your bootloader. This is the direct link between the reporting obligation and the *SBOM* requirement that formally applies from December 2027. Manufacturers who build their software bill of materials now will be better positioned to triage third-party vulnerability disclosures against the 24-hour reporting clock when they need to.

There is also a separate obligation that operates in the other direction. Under Article 13(6), when a manufacturer identifies a vulnerability in a component integrated in its product, including open-source components, it must report that vulnerability to the person or entity manufacturing or maintaining the component. This upstream reporting obligation exists independently of the Article 14 notification to authorities.

A compliance gap assessment can map your product's regulatory exposure under the CRA.

Products already on the EU market

Article 69(3) of the CRA makes the reporting obligations applicable from 11 September 2026 to all products with digital elements within scope that have been placed on the EU market before 11 December 2027, the date when the full CRA requirements become applicable. This means that the reporting obligation is not limited to new products designed and manufactured under the CRA framework. It extends to your existing product portfolio available in the EU market.

There is no retroactive reporting. If you were aware of both a vulnerability and its active exploitation before 11 September 2026, that specific event does not require notification. However, if you knew of a vulnerability before that date but active exploitation occurs after 11 September 2026, the reporting obligation applies.

One provision deserves particular attention: the reporting obligation continues even after the product's support period has ended. The vulnerability handling obligations under Annex I Part II of the CRA (which require ongoing vulnerability monitoring, remediation, and security updates) only apply for the duration of the product's support period. But the obligation to report an actively exploited vulnerability or severe incident persists beyond that. A manufacturer who has officially ended support for a product is still required to notify authorities if an actively exploited vulnerability in that product comes to its attention.

How to report — ENISA's Single Reporting Platform

All notifications under Article 14 are submitted through the Single Reporting Platform (SRP), an electronic system established and operated by ENISA under Article 16 of the CRA. The platform consolidates what would otherwise require separate notifications to multiple national authorities into a single submission.

The process works as follows: the manufacturer logs in, selects the designated CSIRT (Computer Security Incident Response Team) to which the notification is directed, completes the required information, and submits. The platform then automatically routes the notification to the CSIRT designated as coordinator, to the CSIRTs in other EU Member States where the affected product has been made available, and to ENISA.

The coordinating CSIRT is determined primarily by the manufacturer's main place of establishment. For manufacturers established outside the EU, the CSIRT is determined by the establishment of their authorised representative.

National CSIRTs also share certain information with their respective market surveillance authorities to support enforcement. The manufacturer can indicate the sensitivity of the notified information, and under exceptional circumstances, dissemination can be delayed in accordance with Article 16(2) and Commission Delegated Regulation (EU) 2026/881.

The practical recommendation is to register in the platform before a reportable event occurs. Registration uses an EU Login account, which can be created in advance. Waiting until a vulnerability is actively exploited to discover how the platform works is not a position any manufacturer wants to be in.

Informing your users

The reporting obligation to authorities through the SRP is not the only notification requirement. Article 14(8) of the CRA requires manufacturers, after becoming aware of an actively exploited vulnerability or a severe incident, to inform impacted users and, where appropriate, all users of the product.

The CRA Commission guidance clarifies that this is a risk-based and proportionate obligation. It does not require public disclosure. For products used in sensitive or essential environments, disclosing technical details publicly could itself increase cybersecurity risks or facilitate further exploitation. Manufacturers may limit detailed information to the relevant users or customers concerned.

Once the vulnerability has been adequately addressed or mitigated, broader disclosure may be appropriate, particularly where it helps users verify that they have applied the necessary security update or corrective measure.

If a manufacturer fails to inform users in a timely manner, the CSIRTs that received the notification may provide the information to users directly, when this is considered proportionate and necessary.

What non-compliance means

Article 64(2) of the CRA classifies non-compliance with Article 14 at the highest penalty tier: administrative fines of up to €15 million or 2.5% of worldwide annual turnover, whichever is higher. This is the same tier that applies to non-compliance with the essential cybersecurity requirements.

There is one important exception for smaller companies. Micro and small enterprises are explicitly exempt from administrative fines for failing to meet the 24-hour early warning deadline. This exemption covers the first notification stage only, not the 72-hour notification, the final report, or any other reporting obligation. The rationale recognises that very small manufacturers may not have the internal capacity to submit within 24 hours, but the expectation is that they will still report within the subsequent deadlines.

It is also worth noting that the CRA does not penalise reasonable over-reporting. If a manufacturer is uncertain whether a vulnerability is being actively exploited, filing the early warning is the safer course. The notification can be downgraded or closed later as the investigation progresses.

Beyond the administrative fines, there is a secondary consideration. The Product Liability Directive (Directive (EU) 2024/2853) establishes that manufacturers can be held liable for damage caused by defective products, including products with digital elements. A vulnerability that the manufacturer was aware of but did not report or address could become relevant in a product liability context if a user suffers damage as a consequence. The two regulations operate independently, but the practical interaction reinforces the case for timely reporting and remediation.

How this fits into your compliance roadmap

The reporting obligation is the first concrete deadline in a wider CRA timeline. For manufacturers planning their compliance strategy, the full picture looks like this:

Already in force (since 11 September 2026): vulnerability and incident reporting through the Single Reporting Platform. Applies to all in-scope products already on the EU market.

From 11 December 2027: the full CRA becomes applicable. Cybersecurity by design, vulnerability handling processes throughout the support period, SBOM in a machine-readable format, cybersecurity risk assessment, technical documentation, conformity assessment, EU Declaration of Conformity, and CE marking for cybersecurity.

For manufacturers already working toward compliance with the RED cybersecurity requirements under Article 3.3, there is substantial overlap. The EN 18031 standard series, originally developed for the RED delegated acts on Articles 3.3(d), (e), and (f), forms the starting point for the CRA horizontal standards being developed by CEN-CENELEC and ETSI. Manufacturers who have already invested in RED 3.3 compliance will find that much of that work carries forward into CRA conformity assessment.

The reporting obligation should be seen as the entry point rather than a standalone task. Building the internal processes for detection, triage, and reporting now establishes the foundation for the broader vulnerability handling obligations that apply from December 2027.

A compliance gap assessment identifies where your product stands against all applicable EU Directives, not only CRA requirements.

For ongoing regulatory support across the CRA timeline, explore the External Compliance Manager

Frequently asked questions

Is there a standard I can follow to build the internal procedure required for CRA vulnerability reporting?

EN 40000-1-3 (vulnerability handling) is the CRA horizontal standard that maps directly to the Annex I Part II requirements, including vulnerability identification, remediation, coordinated vulnerability disclosure, and secure distribution of updates. It is the primary reference for building your internal procedure. For a detailed overview of how EN 40000-1-3 fits within the full CRA standards framework, see CRA harmonised standards for hardware manufacturers.

For manufacturers who need additional depth on specific aspects, EN ISO/IEC 30111 provides a detailed framework for the vulnerability handling process itself (triage, investigation, resolution), and EN ISO/IEC 29147 covers how to establish the external communication channels and disclosure policy that the CRA requires. Manufacturers of industrial products already working with IEC 62443-4-1 will find equivalent coverage within that framework. The ENISA CVD Good Practice Guide is a useful complement for organisations setting up a Product Security Incident Response Team (PSIRT) for the first time.

My product uses a third-party Wi-Fi module. Am I responsible for vulnerabilities in its firmware?

If the vulnerability is being actively exploited in your product, yes. The manufacturer who places the product on the EU market bears the reporting obligation, regardless of where the vulnerability originates. However, if the vulnerability exists in the module's firmware but cannot be exploited in your product, for example, because the affected function is disabled in your implementation, it is not a reportable event under Article 14. You are still required under Article 13 to inform the module manufacturer about the vulnerability.

Do I need to report vulnerabilities in products I sell before the CRA applies in full?

Yes, provided the product falls within the scope of the CRA and is still present on the EU market. Article 69 extends the reporting obligation to all in-scope products placed on the market after 11 September 2026. If you become aware of an actively exploited vulnerability or severe incident affecting such a product the obligation applies. There is no retroactive reporting of events you were already fully aware of before that date.

Are there reduced obligations for small companies?

Micro and small enterprises are exempt from administrative fines for missing the 24-hour early warning deadline. All other reporting obligations and deadlines apply regardless of company size. The exemption covers the early warning stage specifically, not the 72-hour notification or the final report.

Do I need to report a vulnerability found during a penetration test or bug bounty programme?

Not unless there is evidence of prior malicious exploitation. Vulnerabilities discovered through authorised testing, ethical hacking, or security research programmes are not actively exploited vulnerabilities under the CRA definition. If the investigation reveals that a malicious actor had already exploited the same vulnerability before it was discovered through testing, the reporting obligation would apply from the moment that evidence becomes available.

Where does CRA reporting sit relative to the RED cybersecurity requirements?

The RED delegated acts under Article 3.3 address cybersecurity at the point of placing a product on the market. They define essential requirements that must be met before the product is placed on the EU market. The CRA adds ongoing obligations throughout the product lifecycle, including vulnerability reporting, vulnerability handling, and security updates. Both can apply to the same product simultaneously. The harmonised standards developed for RED 3.3 (the EN 18031 series) have served as a starting point for the CRA standards.

What happens after I submit a notification through the SRP?

The CSIRT designated as coordinator receives the notification and disseminates the information to other relevant CSIRTs in EU Member States where the product is available. The notification is simultaneously made available to ENISA. National CSIRTs also share certain information with their respective market surveillance authorities. Your sensitivity marking is taken into account, and under exceptional circumstances, dissemination can be delayed.