Moving systems, applications and data to the cloud changes the technical environment, but it does not remove an organisation’s legal, regulatory or security responsibilities. A cloud service provider may operate the underlying infrastructure, while the customer still needs to understand...
Moving systems, applications and data to the cloud changes the technical environment, but it does not remove an organisation’s legal, regulatory or security responsibilities. A cloud service provider may operate the underlying infrastructure, while the customer still needs to understand what data is processed, where it is stored, who can access it, which controls are enabled and how incidents will be detected, investigated and reported.
Effective cloud security compliance requires organisations to connect GDPR data-protection obligations with NIS2 cybersecurity requirements and the technical controls provided by their cloud service providers.
For organisations operating in France and across the European Union, this means managing overlapping responsibilities for privacy, cybersecurity, resilience, supplier risk and regulatory reporting.
This guide explains how GDPR and NIS2 apply to cloud environments, how shared responsibility works, which CSP controls require scrutiny, how to manage international data transfers and provider contracts, and how to prepare for cloud incidents. It also examines ISO/IEC 27001 alignment and provides a practical roadmap for building a stronger cloud compliance programme.
Cloud security compliance is the process of ensuring that cloud systems, data, service providers and operating practices meet applicable legal, regulatory, contractual and security requirements.
It is broader than selecting a cloud provider with recognised certifications. An organisation still needs to understand which systems it operates in the cloud, what information is processed, which regulatory obligations apply, what the provider is responsible for, which controls the customer must configure and what evidence is available to demonstrate that risks are being managed.
This includes areas such as access control, encryption, logging, resilience, incident response, data location, supplier oversight and contractual responsibilities.
Cloud security focuses primarily on protecting the confidentiality, integrity and availability of systems and data, maintaining resilience and reducing exposure to cyber threats.
Cloud privacy focuses on the lawful processing of personal data, transparency, data-subject rights, retention, international transfers and controller-processor responsibilities.
The two areas often overlap. Encryption, for example, can reduce the likelihood or impact of unauthorised access while also supporting GDPR security obligations.
Effective cloud security compliance therefore requires organisations to manage security and privacy together rather than treating them as separate programmes.
The General Data Protection Regulation, Regulation (EU) 2016/679 applies when cloud services process personal data within its material and territorial scope. Moving data to a cloud environment does not remove accountability from the organisation that determines why and how the personal data is processed.
In many common cloud arrangements, the organisation using the platform acts as the controller, while the cloud service provider acts as a processor for specified processing activities.
However, these roles should be assessed according to the actual processing activities rather than assumed from contractual labels. A provider may act in different roles for different services or purposes.
Under Article 28, controllers must use processors that provide sufficient guarantees that appropriate technical and organisational measures will be implemented. The controller-processor relationship must also be governed by contractual terms covering the required elements of the processing arrangement.
Article 32 requires controllers and processors to implement security measures appropriate to the risk, taking account of factors such as available technology, implementation cost, processing context and potential impact on individuals.
Relevant measures may include encryption, pseudonymisation, resilience, availability, restoration capability, regular security testing and ongoing risk assessment.
A cloud provider’s GDPR statement or certification is therefore not enough by itself. The customer must still assess its own processing activities, configuration choices, access controls, data flows and contractual arrangements to determine whether its use of the cloud meets GDPR requirements in practice.
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Learn More →The NIS2 Directive, Directive (EU) 2022/2555, creates cybersecurity risk-management and incident-reporting obligations for entities within its scope. Its requirements extend across areas such as risk analysis, incident handling, business continuity, supply chain security, vulnerability management, encryption, access control, asset management, cyber hygiene, training and multifactor authentication.
Cloud services can affect almost all of these areas. An organisation that depends on cloud infrastructure, SaaS platforms or managed services must therefore consider cloud risk as part of its wider NIS2 cybersecurity programme.
Cloud computing service providers are specifically included within the NIS2 framework. At the same time, an organisation using a cloud provider may itself fall within NIS2 scope because of its own sector, size, criticality or services.
This can create two overlapping layers of responsibility: the provider must meet its own applicable NIS2 obligations, while the customer remains responsible for managing the cybersecurity risks created by its use of the cloud.
Commission Implementing Regulation (EU) 2024/2690 sets out more detailed technical and methodological requirements for specified digital entities, including cloud computing service providers.
These requirements address areas such as cybersecurity risk management, incident handling, business continuity, supply chain security, access control, cryptography, asset management and security testing.
However, organisations should not assume that every requirement in the implementing regulation applies directly to every cloud customer. Applicability depends on the entity, service and legal scope involved.
GDPR and NIS2 both influence cloud security compliance, but they address different risks. GDPR focuses on the protection and lawful processing of personal data, while NIS2 focuses more broadly on cybersecurity, resilience, and the continuity of essential services.
|
Area |
GDPR |
NIS2 |
|
Primary focus |
Protection of personal data |
Cybersecurity and resilience |
|
Who is covered |
Controllers and processors within GDPR scope |
Essential entities and specified digital providers |
|
Cloud relevance |
Processing, security, contracts, transfers, breaches |
Risk management, resilience, supplier security, incident response |
|
Provider relationship |
Article 28 processor requirements |
Supply chain and provider risk |
|
Security controls |
Appropriate technical and organisational measures |
Proportionate technical, operational and organisational measures |
|
International data transfers |
Chapter V requirements |
Not primarily a data transfer regime |
|
Incident reporting |
Personal data breach notification where required |
Significant incident reporting |
|
Management responsibility |
Accountability under GDPR |
Explicit management-body oversight |
|
Main regulator in France |
CNIL for data protection |
Competent cybersecurity authorities under the French NIS2 framework |
For organisations using cloud services, these frameworks should be assessed together rather than managed in isolation. The same provider, system or incident may create obligations under both regimes.
A ransomware attack affecting a cloud-hosted customer database is a useful example. The loss of system availability may need to be assessed as a significant cybersecurity incident under NIS2, while unauthorised access, loss, alteration or unavailability of personal data may also constitute a personal-data breach under GDPR.
Organisations therefore need one coordinated incident-management process capable of assessing multiple legal triggers at the same time. Technical containment, evidence preservation, GDPR breach analysis, NIS2 significance assessment and regulatory escalation should be connected so that parallel obligations are identified without unnecessary delay.
Cloud security responsibilities are divided between the cloud service provider and the customer, but the exact allocation depends on the service model, the provider’s architecture, the contract and the controls selected by the customer. Organisations should therefore document responsibility at control level rather than rely on a simplified shared-responsibility slogan.
With Infrastructure as a Service, the provider typically manages the physical data centre, hardware, networking infrastructure and core platform components. The customer usually retains greater responsibility for operating systems, applications, identities, security configurations and data.
With Platform as a Service, the provider manages more of the underlying technology stack. The customer still remains responsible for areas such as application logic, user access, data, integrations and many configuration choices that can directly affect security and compliance.
With Software as a Service, the provider operates most of the application infrastructure. However, the customer generally remains responsible for user accounts, permissions, data entered into the service, retention settings, integrations and lawful use of the platform.
A contract with a CSP does not eliminate the customer’s responsibility to understand cloud risk, configure available controls, monitor access, review provider assurance and maintain internal governance.
The practical question is not simply who “secures the cloud.” Organisations should determine who owns each important control, what evidence supports it and how gaps or failures will be managed.
Cloud provider due diligence should focus on the controls that matter to the organisation’s actual risk profile, not simply on collecting certificates or accepting broad security statements.
Relevant CSP controls may include identity and access management, privileged access, encryption, key management, logging, security monitoring, vulnerability management, network security, physical security, backups, resilience, incident response and subcontractor management.
The objective is to understand how each control works, whether it applies to the specific cloud service being used and what responsibilities remain with the customer.
Useful evidence may include ISO/IEC 27001 certification, independent security audit reports, penetration-testing information, control attestations and detailed provider security documentation.
These materials can strengthen assurance, but they should be interpreted carefully. A provider certification does not prove that every cloud service, configuration or customer workload is secure. The organisation still needs to evaluate whether the certified scope covers the relevant service and whether customer-controlled settings have been configured appropriately.
For each significant cloud security requirement, determine:
Who owns the control
How the control operates
What evidence demonstrates effectiveness
What the customer must configure or monitor
What happens if the control fails
This control-level mapping reduces the risk of responsibility gaps where both parties assume the other is managing the same issue.
The result should feed into cloud risk assessments, procurement decisions, contract reviews, internal audits and ongoing provider monitoring so that assurance remains connected to operational risk rather than becoming a one-time due-diligence exercise.
Cloud contracts are a central compliance control because they define how responsibilities, security obligations and data-processing activities are allocated between the customer and the cloud service provider.
Where the CSP acts as a processor under GDPR, the agreement should address the requirements of Article 28. This includes processing only on documented instructions, confidentiality obligations, appropriate security measures, rules for subprocessors, assistance with data-subject rights, support with personal-data breaches, deletion or return of data, audit information and cooperation needed to demonstrate compliance.
The contract should also reflect how the service actually operates rather than rely on generic processor language.
Cloud environments often depend on multiple organisations, including hosting providers, support teams, analytics providers, telecommunications partners and other infrastructure suppliers.
Customers should understand who the relevant subprocessors are, where they operate, what services they perform, how proposed changes are communicated and what contractual safeguards apply.
This is particularly important where subprocessors may access personal data from outside the EEA or support critical services.
Broad phrases such as “industry-standard security” provide limited assurance on their own.
Cloud contracts should therefore be assessed alongside technical documentation, service-level commitments, provider security policies and the customer’s own configuration responsibilities.
The objective is to understand what the provider has actually committed to, which controls the customer must enable and what remedies, escalation processes or support are available if security obligations are not met.
For GDPR cloud compliance, organisations need to understand more than the location of the primary data centre. Storing personal data in France or another EU country does not automatically mean that no international transfer occurs.
Transfers may arise through remote support, global administration, subprocessors, disaster recovery, security monitoring, technical logs or access to the environment from outside the European Economic Area.
Organisations should document where primary data is stored, where backups are located, who can access the environment, where support teams operate and which subprocessors receive or can access personal data.
This data-flow mapping should reflect the actual service architecture rather than rely only on a provider’s general data-residency statement.
Where personal data is transferred outside the EEA, organisations must assess the requirements of GDPR Chapter V. Depending on the circumstances, relevant mechanisms may include adequacy decisions, Standard Contractual Clauses, Binding Corporate Rules or specific derogations.
The CNIL provides official guidance on international transfers under the GDPR.
The European Commission’s Standard Contractual Clauses for international data transfers are a recognised mechanism for certain transfers outside the EEA.
However, signing SCCs does not automatically resolve every transfer risk. Organisations should still assess the destination country, the circumstances of the transfer, access risks and any supplementary technical or organisational safeguards that may be necessary.
Encryption is a central cloud security control, but its effectiveness depends on how it is implemented and governed. Organisations should assess encryption in transit, encryption at rest, key ownership, key rotation, privileged access to cryptographic keys, backup encryption and recovery procedures.
Strong encryption can reduce the likelihood and impact of unauthorised access, but weak key management can undermine the protection it is intended to provide. Key access should therefore be restricted, monitored and aligned with the organisation’s risk profile.
Provider-managed keys can simplify operations, while customer-managed keys may provide additional control in higher-risk environments. However, customer-managed keys also create greater operational responsibility, including secure storage, rotation, recovery and continuity planning.
The appropriate model should reflect data sensitivity, regulatory requirements, the organisation’s threat model, business continuity needs and internal technical capability.
Encrypted data may still qualify as personal data under GDPR. Encryption can reduce risk, but it does not automatically remove controller obligations, processor obligations, international transfer requirements or personal-data breach assessment duties.
Organisations should therefore treat encryption as one layer within a broader cloud security compliance framework that also includes identity management, access controls, logging, monitoring and incident response.
Many cloud security incidents involve compromised identities, excessive permissions or weak authentication rather than direct attacks against physical infrastructure. Strong identity and access management is therefore a core part of effective cloud security compliance.
Controls should focus on least privilege, multifactor authentication, role-based access, privileged-access management, account lifecycle management, service accounts and periodic access reviews. Users should receive only the permissions required for their responsibilities, and unnecessary access should be removed promptly.
Privileged accounts require stronger controls because administrators may be able to access large volumes of systems, configurations and sensitive data.
Organisations should review authentication strength, approval requirements, activity logging, session monitoring, emergency access procedures and credential rotation. Where possible, privileged access should be time-limited and subject to additional oversight.
Cloud access should change promptly when employees join the organisation, move into a different role or leave.
Access reviews should also include contractors, temporary workers and service accounts, not only permanent employees. Dormant accounts, unnecessary permissions and unmanaged credentials can create significant security exposure.
Regular access certification helps confirm that permissions still reflect current business needs and reduces the risk of former employees, suppliers or automated accounts retaining inappropriate access to cloud systems.
Cloud security compliance requires visibility into what is happening across the environment. Without reliable logging and monitoring, organisations may struggle to detect suspicious activity, investigate incidents or produce evidence showing how a security event developed.
Relevant cloud logs may include authentication events, administrator actions, configuration changes, data access, network activity, security alerts and API activity. The exact logging scope should reflect the sensitivity of the service, the threat model and applicable compliance requirements.
Log-retention periods should support security investigations, regulatory requirements, internal policy, evidence preservation and practical cost management.
Retention should be deliberate rather than unlimited. Organisations should avoid keeping unnecessary personal data indefinitely simply because cloud storage is available. Retention rules should also consider whether logs may contain identifiers, user activity or other personal data.
Collecting logs without monitoring, analysis or escalation provides limited security value.
Organisations should define alert thresholds, responsible teams, investigation procedures, escalation timelines and evidence-preservation requirements. Higher-risk events, such as privileged-account changes, unusual authentication patterns or major configuration changes, may require faster review.
Logging should therefore function as part of an active detection process, not merely as a technical archive.
Cloud availability does not automatically guarantee business continuity. Even highly resilient cloud environments can be disrupted by service outages, regional failures, ransomware, accidental deletion, credential compromise, provider dependency or supplier insolvency and service termination.
Organisations should therefore assess how cloud failures could affect critical operations and whether recovery arrangements match business requirements.
Backups should be evaluated for independence, protection against modification, encryption, testing and recoverability. A backup that exists but cannot be restored within the required timeframe provides limited resilience.
Where possible, organisations should also consider whether ransomware or compromised administrator credentials could affect both production systems and backup copies.
Recovery Time Objectives and Recovery Point Objectives should be defined according to business impact.
These objectives help determine how quickly services must be restored and how much data loss the organisation can tolerate after an incident.
Organisations should also consider the impact of dependency on a single CSP, cloud region, identity platform or SaaS provider.
If one critical provider becomes unavailable, multiple business processes may fail at the same time.
For organisations within NIS2 scope, business continuity and supply chain risk should form part of the wider cybersecurity risk-management framework. Cloud resilience should therefore be tested, documented and reviewed alongside other critical operational dependencies.
Cloud incident response should address technical containment and regulatory decision-making at the same time. A cloud security event may affect system availability, personal data, contractual obligations and regulated services simultaneously, so organisations need a coordinated process from the moment an incident is detected.
Cloud contracts should define how quickly the CSP must notify the customer, what information will be provided, how logs and other evidence will be preserved, and how the provider will support investigation and recovery.
The customer should not depend on vague commitments such as notification “without undue delay” without understanding how that commitment works operationally.
Where a personal-data breach is likely to create a risk to individuals, the controller may need to notify the competent supervisory authority within 72 hours of becoming aware of the breach. Where the breach is likely to create a high risk, communication to affected individuals may also be required.
The CNIL provides official guidance on personal data breach notification.
For significant incidents, NIS2 generally follows a staged reporting process: an early warning within 24 hours of awareness, an incident notification within 72 hours and a final report generally within one month, subject to the Directive’s detailed provisions.
The incident-response team should use one coordinated workflow to determine whether an event triggers:
NIS2 reporting
GDPR breach notification
Contractual notification
Sector-specific requirements
Insurance obligations
Customer or stakeholder communication
This approach helps prevent separate teams from making inconsistent decisions or missing deadlines. Technical containment, evidence preservation, legal assessment, provider escalation and regulatory reporting should operate as connected parts of the same incident-response process.
Cloud compliance review should take place before a contract is signed or sensitive data is uploaded to the service. Once a cloud platform is embedded into business operations, correcting contractual, security or data-location weaknesses can become significantly more difficult.
Due diligence should assess the service architecture, security model, certifications, data locations, subprocessors, breach procedures, encryption options, access controls, backup arrangements, exit process and the provider’s ability to support regulatory enquiries or audits.
The depth of review should reflect the intended use of the service.
A low-risk collaboration tool should not necessarily receive the same level of scrutiny as a platform hosting health data, financial information, employee records or critical operational systems. Higher-risk services may require deeper review of resilience, privileged access, encryption, data transfers, incident support and business continuity.
The objective is to match assurance effort to the potential impact of failure or misuse.
Cloud provider due diligence should not end at onboarding.
Reassessment should occur when the service changes materially, new subprocessors are introduced, data locations change, a significant security incident occurs or the organisation expands the use case.
Periodic review helps confirm that the original risk assessment remains valid and that contractual, privacy and security controls continue to support the organisation’s cloud security compliance obligations.
A secure cloud service provider can still be used insecurely. Many cloud incidents result from customer-controlled settings rather than a failure of the underlying provider infrastructure.
Common weaknesses include publicly exposed storage, excessive permissions, disabled logging, weak authentication, insecure API keys, default settings and unrestricted administrator access. These issues can undermine otherwise strong provider security controls.
Organisations should define approved configuration standards for identity, networking, storage, encryption, logging, backups and public exposure.
Baselines should reflect the sensitivity of the workload and applicable regulatory requirements. High-risk systems may require stricter access controls, stronger authentication, additional monitoring and tighter restrictions on external exposure.
Configuration changes should be governed through change approval, automated security checks, infrastructure-as-code review where appropriate and periodic configuration assessment.
The objective is to detect insecure changes before they create a material exposure.
Compliance teams should also understand the limits of provider assurance. A CSP may hold recognised certifications and operate a secure underlying platform, but those certifications do not automatically cover customer configuration errors.
Effective cloud security compliance therefore requires organisations to govern how cloud services are configured, changed and reviewed throughout their lifecycle.
ISO/IEC 27001:2022 provides requirements for establishing, implementing, maintaining and continually improving an information security management system, or ISMS.
For cloud security compliance, an ISMS can help organisations create a structured framework for risk management, asset ownership, supplier oversight, incident response, access control, business continuity, internal audit and continual improvement. This is particularly useful where cloud services are spread across multiple providers, business units or regulatory environments.
ISO 27001 can support GDPR and NIS2 by providing governance, documented risk assessment, assigned responsibilities and evidence that security controls are being reviewed and improved.
However, ISO 27001 certification does not automatically prove GDPR compliance or NIS2 compliance. The two regulations impose legal obligations that must still be assessed and mapped separately against the organisation’s activities, systems and regulatory scope.
Cloud environments should be included explicitly within the ISMS rather than treated as external technology outside the security programme.
Relevant cloud assets, CSPs and subprocessors should be reflected in the ISMS scope, risk assessment, asset inventory, supplier controls, incident processes, audit programme and management review.
This helps create traceability between cloud risks, assigned controls, provider responsibilities and the evidence used to demonstrate that those controls are operating effectively over time.
A cloud security compliance control matrix can help organisations connect regulatory requirements with day-to-day operational evidence. Rather than creating another high-level checklist, the matrix should show exactly how each important cloud control is assigned, implemented, evidenced and improved.
For every material control, record the relevant legal, regulatory, contractual or business requirement, the internal control owner, the CSP’s responsibility, the customer’s responsibility, current implementation status, available evidence, identified gaps and the target remediation date.
Typical control areas may include access management, encryption, logging, backups, vulnerability management, subprocessors, international data transfers, incident response and secure deletion.
The matrix should also reflect the shared responsibility model. For example, a CSP may provide encryption capability while the customer remains responsible for enabling the correct settings, controlling key access and reviewing evidence that the configuration is operating as intended.
Used properly, the matrix creates traceability between GDPR, NIS2, contractual obligations and actual cloud controls. It also gives compliance, security, procurement and audit teams a common view of responsibility and outstanding risk.
The matrix should be updated when services, providers, regulations, configurations or risk assessments change. This keeps cloud compliance evidence current and helps prevent control gaps from becoming hidden inside contracts or technical documentation.
A practical cloud security compliance programme should connect governance, provider oversight, technical controls and regulatory evidence through a clear implementation sequence.
Identify all cloud services in use, the data they process, business owners, CSPs, subprocessors and applicable regulatory requirements. Include approved platforms as well as shadow IT or business-managed cloud tools.
Determine which cloud systems process personal data, sensitive information or critical operational workloads. Classification should influence security requirements, due diligence depth, access controls and resilience expectations.
Review processor terms, data locations, international transfers, subprocessors, security evidence, incident-notification obligations and exit provisions. Confirm how responsibilities are divided between the provider and customer.
Prioritise identity management, MFA, least privilege, encryption, logging, backups, monitoring and network controls. Apply secure configuration baselines and document exceptions.
Create one workflow covering detection, provider escalation, evidence preservation, GDPR assessment, NIS2 assessment and regulatory reporting. Define ownership and escalation timelines before an incident occurs.
Test backup restoration, recovery procedures, provider outages, compromised accounts and ransomware scenarios. Compare results against defined business continuity objectives.
Review provider changes, access rights, vulnerabilities, security incidents, audit findings, subprocessors and relevant regulatory developments.
Use audit results, risk assessments, incidents and control failures to update cloud controls, remediation priorities and management decisions.
The roadmap should operate as a continuous cycle. Cloud services, regulations and threat conditions change, so compliance needs to evolve with them.
Use this compact checklist to test whether cloud governance, security, privacy and assurance processes are operating together effectively.
Governance and providers: Have all cloud services been inventoried, including business-managed tools? Are GDPR, NIS2 and contractual roles understood? Have CSP contracts, subprocessors, data locations and security evidence been reviewed? Are provider and customer responsibilities formally assigned?
Security and privacy: Are MFA, least privilege, encryption, logging, backups and monitoring configured appropriately? Are personal-data flows mapped? Have international transfers been assessed under the relevant GDPR requirements? Are retention, deletion and access-review processes defined and operating?
Incident and resilience: Can the organisation obtain incident information from the provider quickly enough to support regulatory assessment? Are GDPR and NIS2 reporting workflows documented and coordinated? Have backup restoration, ransomware, account compromise and cloud outage scenarios been tested?
Assurance: Are CSP controls, certifications and customer configurations reviewed periodically? Are identified gaps assigned to owners and tracked through remediation? Is cloud risk incorporated into the organisation’s ISMS, internal audit, supplier-review and management-review processes?
A strong checklist should lead to evidence. Where the answer is “yes,” the organisation should be able to demonstrate the relevant contract, configuration, log, assessment, test result or management decision.
Using a major cloud provider does not transfer all regulatory responsibility to the provider. Better approach: document which controls belong to the CSP, which remain with the customer and how each responsibility is evidenced.
Certifications can support assurance, but they do not prove that every service or customer configuration is secure. Better approach: assess the specific service, intended use, data and configuration.
Cloud services often depend on additional providers. Better approach: understand the full service chain, subprocessors and actual data flows.
EU data residency does not rule out overseas access. Better approach: review support teams, remote administration, backups and subprocessors.
Strong CSP controls provide little value if customers do not configure them. Better approach: establish and test secure configuration baselines.
Separate workflows can create delays and inconsistent decisions. Better approach: use one coordinated incident process with distinct legal assessments.
Exit risk is often considered too late. Better approach: define data export, deletion, transition and continuity arrangements before the relationship ends.
Cloud security compliance depends on more than provider certifications or technical settings. Organisations need clear risk ownership, documented controls, supplier oversight, incident processes and continual improvement.
The French Compliance Institute’s ISO 27001 Lead Implementer course helps professionals understand how to establish and implement an information security management system built around risk assessment, governance, control implementation and continual improvement.
These capabilities can support a broader approach to cloud security, GDPR security obligations and NIS2 readiness by helping organisations connect technical measures with structured management processes and evidence.
The course should support, rather than replace, organisation-specific legal and regulatory compliance activities.
Cloud security compliance requires organisations to understand both their own responsibilities and the controls operated by their cloud service providers. GDPR governs how personal data is processed, secured and transferred, while NIS2 introduces broader cybersecurity, resilience, supply chain and incident-management requirements for entities within scope.
Using a major CSP does not remove customer accountability. Organisations should map cloud systems and data, review providers and contracts, configure appropriate technical controls,
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