The Cloud in Regulated Sectors: Balancing Innovation and Compliance
Companies in highly regulated sectors face a dilemma: on the one hand, the cloud offers enormous benefits in terms of innovation, scalability and efficiency. On the other hand, strict regulatory requirements must be met – for example, regarding data protection, information security and compliance. Sectors such as financial services, insurance, energy supply, municipal utilities and the public sector face particular challenges in this regard.
The key question is therefore: How can the innovative power of the cloud be harnessed without compromising regulatory requirements?
Why regulated industries must be particularly cautious
Regulated companies are subject to numerous legal and industry-specific requirements. These include, amongst others:
• Data protection requirements such as the GDPR
• Security standards such as ISO 27001
• Industry regulations such as DORA, KRITIS or NIS2
• Requirements for auditability, documentation and traceability
These frameworks demand not only technical security measures, but also structured compliance processes and traceable documentation. This becomes particularly complex with cloud infrastructures, as systems are dynamically scaled and configurations frequently change.
Many companies therefore face the challenge of designing their cloud environment in such a way that it is both flexible and audit-proof.
The cloud as a driver of innovation
Despite regulatory requirements, more and more companies are opting for cloud solutions. The reasons are obvious.
• Faster provisioning of infrastructure
• High scalability for digital business models
• Automation of development and operational processes
• Access to modern technologies such as AI, data analytics or machine learning
The cloud opens up new possibilities, particularly for companies with large volumes of data or complex IT landscapes. Innovations can be developed and rolled out significantly faster than in traditional on-premises structures.
However, as the pace of change accelerates, so too does the challenge of ensuring continuous compliance.
Compliance in the cloud: A new challenge
Traditional compliance models are often designed for static IT infrastructures. In the cloud, however, configurations and resources are constantly changing. New services are created, permissions are adjusted, or infrastructure is provisioned automatically.
This leads to several challenges:
• Misconfigurations can cause security risks
• Compliance requirements must be continuously monitored
• Audits require extensive documentation
• Teams need transparency regarding their security posture
Manual processes quickly reach their limits here. This is precisely where modern compliance automation platforms come into play.
Drata: Automated compliance for modern cloud environments
One tool that is becoming increasingly established in this context is Drata.
Drata was developed to automate compliance processes and help organisations maintain continuous compliance with regulatory requirements. The platform integrates directly into existing cloud and IT systems and automatically monitors security-relevant configurations.
Key features include:
• Automated compliance monitoring
Drata continuously checks whether systems meet the requirements of common standards, such as ISO 27001, SOC 2 or GDPR.
• Integration with cloud and developer platforms
The tool can be connected to cloud providers, identity management systems, ticketing tools or code repositories. This provides a centralised overview of compliance-relevant data.
• Audit preparation and documentation
Drata automatically collects evidence for audits. This significantly reduces manual effort and facilitates collaboration with auditors.
• Continuous compliance
Instead of one-off checks, Drata enables continuous monitoring of the compliance status – a decisive advantage in dynamic cloud environments.
Case studies from regulated sectors: insurance and municipal utilities
It is particularly in highly regulated sectors that the importance of a structured approach to the cloud and compliance becomes apparent. For many years, the HWS Group has been supporting companies in regulated environments – particularly insurance firms, energy suppliers and municipal utilities – in modernising their IT landscapes.
These organisations often face the challenge of deploying innovative cloud technologies whilst complying with regulatory requirements from areas such as KRITIS, NIS2 or industry-specific security standards. Crucially, this requires an architecture that takes security, transparency and governance into account from the outset.
A practical example is the collaboration with Erlanger Stadtwerke. In this project, a modern cloud working environment based on Microsoft 365 was introduced, which fulfils both efficient collaboration and high compliance requirements.
The focus was particularly on:
• secure cloud usage for critical infrastructure
• clear governance and security guidelines
• integration of compliance processes into the cloud architecture
• transparent documentation and auditability
The project demonstrates that even organisations with high regulatory requirements can successfully deploy modern cloud platforms if architecture, governance and compliance are consistently considered together.
Expertise in regulated cloud environments
Experience in dealing with regulatory requirements is crucial, particularly in regulated sectors. The HWS Group brings not only technological expertise but also regulatory know-how to the table.
The company works with specialist experts who have been trained by, amongst others, TÜV Austria and support organisations on issues such as information security, compliance and regulatory requirements.
Furthermore, the HWS Group itself is subject to the requirements of the NIS2 Directive, which necessitates a particularly high level of security and compliance awareness within the company itself.
Partnerships for modern cloud and compliance solutions
To provide customers with optimal support in implementing modern cloud strategies, the HWS Group works closely with leading technology partners.
For instance, HWS is one of the launch partners of the AWS Sovereign Cloud, an initiative aimed at strengthening digital sovereignty in Europe. This cloud infrastructure enables companies to utilise modern cloud technologies whilst simultaneously meeting high standards for data sovereignty and regulatory compliance.
Furthermore, the HWS Group is also a launch partner of the compliance automation platform Drata. This enables companies to automate compliance processes and continuously monitor regulatory requirements.
The combination of modern cloud architecture, automated compliance and regulatory expertise enables organisations to make their IT landscape secure and future-proof.
Continuous compliance instead of one-off audits
A fundamental shift in IT compliance is the transition from periodic audits to continuous compliance.
Whereas compliance used to be checked only before audits, modern companies are increasingly relying on automated monitoring systems. These detect deviations immediately and enable a rapid response.
For regulated industries, this approach offers several advantages.
• Early detection of risks
• Reduced audit workload
• Transparency for internal and external auditors
• Greater security of the cloud infrastructure
Tools such as Drata help to ensure that compliance is not viewed as a one-off project, but as a continuous process within the IT organisation.
Innovation and compliance need not be a contradiction
The cloud is increasingly becoming the standard even in regulated industries. However, it is crucial to establish the right framework conditions.
• Clear governance structures
• Secure cloud architectures
• Automated compliance processes
• Transparent documentation
With modern platforms for compliance automation, companies can meet regulatory requirements without losing momentum in innovation.
The combination of cloud technologies, automated compliance and industry-specific expertise enables organisations to drive forward both regulatory security and technological innovation.
