Intended purpose is one of the foundations of the CRA cybersecurity risk assessment. A useful intended-purpose record explains what the product does, who is expected to use and administer it, where it is expected to operate, which essential functions and security properties matter, and which assumptions materially affect cybersecurity. The same core purpose should remain consistent across product documentation, user information, marketing claims and the technical documentation.
The CRA Gives Intended Purpose a Defined Meaning
Article 3 defines intended purpose as the use for which a product with digital elements is intended by the manufacturer, including the specific context and conditions of use specified in information supplied by the manufacturer, including instructions for use, promotional or sales materials, statements and technical documentation. Intended purpose is therefore more than an internal engineering label. Product claims and user-facing materials can help establish what the manufacturer says the product is intended to do and under which conditions it is intended to operate.
- Identify the use intended by the manufacturer.
- Identify the specific context of use.
- Identify relevant conditions of use.
- Check instructions and user information.
- Check promotional and sales statements.
- Keep technical documentation consistent.
Intended Purpose Is a Required Risk-Assessment Input
Article 13 requires the cybersecurity risk assessment to analyse risks based on intended purpose, reasonably foreseeable use and conditions of use. Intended purpose therefore anchors the first version of the product's security assumptions. An authentication control appropriate for a single-user local utility can differ from one required for a remotely administered enterprise service. Availability expectations can also differ depending on the function the product is intended to provide. A useful assessment should therefore describe intended purpose before attempting to rate threats or choose controls.
- Define intended purpose before detailed threat analysis.
- Connect purpose to relevant cybersecurity consequences.
- Identify functions requiring stronger protection.
- Identify assumptions that influence Annex I controls.
Describe the Product's Essential Functions
The intended-purpose record should identify the functions that define why the product exists. This is particularly useful where loss, manipulation or unauthorised access to one function would have greater cybersecurity consequences than another. Annex II requires user information to include the intended purpose together with the product's essential functionalities and information about security properties. Product teams should therefore avoid documenting intended purpose only as a broad commercial category. The record should identify the functionality that matters to security analysis.
- Identify core product functions.
- Identify security-sensitive functions.
- Identify administrative functions.
- Identify functions affecting connected systems.
- Identify functions important to availability.
Identify Intended Users and Administrators
The intended user model can materially affect cybersecurity risk. A consumer product operated without professional administration has different assumptions from a product intended for trained enterprise administrators. Record who normally installs, configures, administers and uses the product. Where roles have different privileges, identify those distinctions. Product teams should avoid assuming specialist cybersecurity knowledge unless the intended deployment model reasonably supports that assumption and relevant instructions make the expected responsibilities clear.
- Identify ordinary users.
- Identify administrators.
- Identify installers and maintainers.
- Identify privileged service roles.
- Document relevant competence assumptions.
Identify the Intended Operational Environment
The intended purpose should describe security-relevant aspects of the environment in which the product is expected to operate. Examples can include consumer home networks, managed enterprise environments, industrial networks, mobile platforms, cloud infrastructure or embedded systems. The environment can influence network exposure, physical access, identity services, platform protections and available monitoring. Environmental assumptions should be precise enough to support the cybersecurity risk assessment without assuming protections that users are unlikely to provide.
- Identify expected network environment.
- Identify platform dependencies.
- Identify physical-access assumptions.
- Identify identity or management services.
- Identify expected connectivity.
Document Security Environment Provided by the Manufacturer
Annex II point 4 requires user information about the intended purpose to include the security environment provided by the manufacturer, as well as essential functionalities and information about security properties. Manufacturers should therefore distinguish protections built into or provided with the product from protections expected to be supplied externally. This helps users understand the security model and helps the risk assessment avoid crediting the manufacturer for environmental controls that are actually outside the product.
- Identify manufacturer-provided security controls.
- Identify required external controls.
- Explain security-relevant dependencies.
- Avoid ambiguous responsibility boundaries.
- Keep user information aligned with the risk assessment.
Record Important Conditions of Use
Conditions of use can determine whether a product is exposed to a particular threat. Relevant conditions can include internet connectivity, local network access, administrative privileges, external storage, remote management, cloud integration or physical accessibility. Product teams should identify conditions that materially change cybersecurity risk rather than attempt to catalogue every operational detail. These conditions become useful inputs when the assessment later considers reasonably foreseeable use that differs from the preferred deployment.
- Connectivity conditions.
- Privilege assumptions.
- Remote administration conditions.
- Physical access.
- Integration dependencies.
- Data-processing conditions.
Avoid Defining the Purpose Artificially Narrowly
A manufacturer should not rely on an artificially narrow intended-purpose statement to ignore use patterns that are reasonably foreseeable in practice. Article 13 separately requires foreseeable use to be considered, so restricting an instruction manual does not remove every foreseeable cybersecurity scenario from the risk assessment. Intended purpose should accurately describe the marketed product. Foreseeable use analysis then expands the assessment to relevant behaviour and technical interactions that can occur outside the exact intended model.
- Describe the marketed product accurately.
- Do not use purpose wording to hide known exposure.
- Analyse foreseeable use separately.
- Document assumptions that genuinely limit product use.
Keep Marketing and Technical Documentation Consistent
Because the CRA definition refers to instructions, promotional or sales materials, statements and technical documentation, inconsistent descriptions can create avoidable ambiguity. A product promoted for remote administration should not have technical documentation that assumes it will never be remotely accessible. Compliance, security, product and marketing teams should therefore review material changes to product positioning where those changes affect use conditions or cybersecurity exposure.
- Review instructions for use.
- Review product pages and sales materials.
- Review technical documentation.
- Resolve conflicting use assumptions.
- Reassess risk when product positioning changes.
Use a Structured Intended-Purpose Record
A practical intended-purpose record can capture product identification, product version, core functions, users, administrators, operating environment, connectivity, security environment, protected assets, important dependencies and security assumptions. The CRA does not prescribe one mandatory intended-purpose template, but a structured record improves traceability. It can be referenced by the risk assessment, user information, architecture documentation and conformity evidence rather than rewritten inconsistently in several places.
- Product and version.
- Core intended functions.
- User and administrator model.
- Operating environment.
- Manufacturer-provided security environment.
- Important assumptions and dependencies.
- Related technical-documentation references.
Official sources
Read the full legal text and Commission material for precise wording, qualifications and updates.