The Digital Operational Resilience Act (DORA) has fundamentally changed how financial services organizations must think about their IT systems -- including the platforms they use to document policies, manage incident response procedures, and track third-party dependencies. xWiki, deployed on self-hosted infrastructure, provides the kind of controlled, auditable knowledge management environment that DORA's requirements demand. For financial institutions that currently rely on US-controlled SaaS wikis like Confluence Cloud, DORA introduces a difficult paradox: the very tool used to document ICT risk management may itself constitute the kind of third-party concentration risk that the regulation aims to mitigate.
DORA entered into application on January 17, 2025, applying to a broad range of financial entities including banks, insurance companies, investment firms, payment institutions, and their critical ICT third-party service providers. The regulation requires these entities to establish and maintain comprehensive ICT risk management frameworks, document incident response and recovery procedures, manage third-party ICT dependencies, and conduct regular testing of operational resilience. Each of these requirements generates documentation -- policies, procedures, registers, test results, audit trails -- that must be maintained, versioned, and accessible to both internal teams and supervisory authorities.
Knowledge management is not a peripheral concern under DORA. It is the backbone of compliance. And the platform you choose for that knowledge management carries its own regulatory implications. This article examines how xWiki satisfies DORA's documentation requirements, why Confluence Cloud introduces third-party risk that DORA specifically targets, and how deploying xWiki on MassiveGRID's managed infrastructure provides the controlled, EU-hosted environment that financial institutions need.
What DORA Requires: Documentation at the Core
DORA's documentation requirements are extensive and specific. Unlike general cybersecurity frameworks that offer high-level guidance, DORA prescribes particular categories of documentation that financial entities must create, maintain, and make available to competent authorities upon request.
Article 6 requires financial entities to establish an ICT risk management framework that includes policies and procedures for the identification, protection, detection, response, and recovery from ICT-related incidents. These are not aspirational goals -- they are documents that must exist, be current, and be accessible. The framework must be documented in a manner that allows internal audit functions and supervisory authorities to assess its adequacy.
Article 11 mandates comprehensive business continuity policies and ICT disaster recovery plans. Financial entities must document their recovery time objectives, recovery point objectives, and the specific procedures for restoring ICT systems after disruptions. These plans must be tested regularly, and the results of those tests must themselves be documented.
Article 13 addresses learning and evolving. Financial entities must gather information on vulnerabilities and cyber threats, assess the impact of ICT-related incidents, and incorporate lessons learned into their ICT risk management framework. This creates a continuous documentation cycle: incidents generate reports, reports generate lessons, lessons generate policy updates, and policy updates must be tracked and versioned.
Article 28 introduces what is perhaps the most consequential documentation requirement: the register of information on all contractual arrangements for the use of ICT services provided by third-party providers. Financial entities must maintain a complete, current register of their ICT third-party dependencies, including the nature of the services provided, the criticality of those services, and the risk assessment associated with each dependency. This register must be available to competent authorities and is subject to supervisory review.
Taken together, these articles create a documentation workload that is substantial, ongoing, and subject to regulatory scrutiny. The platform used to manage this documentation is not a trivial operational choice -- it is itself a component of the ICT infrastructure that DORA governs.
How xWiki Satisfies DORA Documentation Requirements
xWiki's architecture maps remarkably well to DORA's specific documentation requirements. This is not coincidental -- xWiki was designed as an enterprise knowledge management platform with the kind of structured content, access control, and versioning capabilities that regulated industries need. For a more comprehensive comparison of xWiki against Confluence, see our enterprise comparison guide.
For the ICT risk management framework required by Article 6, xWiki provides a structured wiki environment where policies and procedures can be organized hierarchically -- by risk category, by business function, by regulatory requirement. Each document carries complete version history, showing every edit, who made it, and when. When a policy is updated in response to a new threat assessment or regulatory guidance, the previous version remains accessible, creating the kind of auditable change trail that supervisory authorities expect.
For the business continuity and disaster recovery documentation required by Article 11, xWiki's structured data capabilities allow financial institutions to build living documents that reference specific systems, recovery objectives, and test results. Rather than maintaining static PDF documents that become outdated the moment they are published, institutions can maintain wiki-based continuity plans that are updated in real time and linked directly to the test results and incident reports that inform them.
For the learning and evolving requirements of Article 13, xWiki provides an ideal platform for post-incident analysis and knowledge capture. Incident reports can be created using structured templates that ensure consistent documentation, linked to the relevant policies they affect, and tagged for easy retrieval during supervisory reviews. The wiki's search and categorization capabilities make it straightforward to identify patterns across incidents and demonstrate to regulators that lessons learned are being systematically incorporated into the risk management framework.
For the third-party register required by Article 28, xWiki's structured data features -- particularly its App Within Minutes capability and LiveTable functionality -- allow institutions to build a queryable, filterable register of ICT third-party providers directly within the wiki. Each provider entry can include contractual details, risk assessments, criticality classifications, and links to due diligence documentation. Unlike a spreadsheet or a static document, this register is dynamic, searchable, and accessible to both compliance teams and supervisory authorities through controlled access permissions.
Third-Party Risk: The Confluence Cloud Problem
Article 28 of DORA requires financial entities to identify and manage risks arising from their use of ICT services provided by third-party providers. The regulation pays particular attention to concentration risk -- the danger that too many financial entities depend on the same critical ICT provider, creating systemic risk if that provider experiences a disruption.
Confluence Cloud presents a direct challenge in this context. When a financial institution uses Confluence Cloud for its DORA compliance documentation, Atlassian becomes a critical ICT third-party service provider. The institution's ability to access, update, and share its ICT risk management documentation -- the very documentation that DORA requires -- depends on the continuous availability of Atlassian's cloud infrastructure. If Atlassian experiences an outage, the institution loses access to its compliance documentation at precisely the moment it might need it most.
Moreover, Confluence Cloud is one of the most widely used enterprise wiki platforms in the financial services sector. When multiple banks, insurers, and investment firms all depend on the same platform for their DORA compliance documentation, they create exactly the kind of concentration risk that DORA's framers intended to address. A significant Confluence Cloud outage would simultaneously affect the operational resilience documentation of numerous financial entities -- a scenario that European supervisory authorities have explicitly flagged as a systemic concern.
There is also the jurisdictional dimension. Atlassian is a US-headquartered company subject to the US CLOUD Act, which allows US authorities to compel access to data regardless of where it is physically stored. For a European financial institution storing sensitive ICT risk management documentation, incident response procedures, and third-party dependency registers on a platform controlled by a US corporation, this creates a data sovereignty risk that sits uncomfortably alongside DORA's emphasis on operational control. Organizations already evaluating their xWiki hosting options in European data centers understand that jurisdiction matters as much as uptime.
xWiki on self-hosted infrastructure eliminates these concerns entirely. The financial institution controls the software, the data, and the infrastructure. There is no third-party cloud provider in the critical path between the institution and its compliance documentation. The only third-party relationship is with the infrastructure hosting provider -- and when that provider is a European company operating under EU law, the jurisdictional risk evaporates.
Infrastructure for DORA: MassiveGRID Frankfurt
DORA does not only regulate software and processes. It imposes requirements on the infrastructure that underlies ICT systems. Financial entities must ensure that their critical systems run on infrastructure that provides adequate availability, resilience, and recoverability. For a knowledge management platform that serves as the repository for DORA compliance documentation, the infrastructure must itself meet the standards that the regulation describes.
MassiveGRID's Frankfurt data center provides infrastructure specifically suited to DORA-regulated financial services deployments. As an EU-based provider with no US parent company, MassiveGRID operates outside the reach of the US CLOUD Act, eliminating the jurisdictional risk that US-controlled platforms introduce. Data hosted on MassiveGRID's Frankfurt infrastructure is governed exclusively by German and EU law, including GDPR.
The infrastructure architecture addresses DORA's availability and resilience requirements directly. MassiveGRID provides a 100% uptime SLA backed by high-availability architecture: Proxmox HA clusters with Ceph distributed storage ensure that hardware failures trigger automatic failover rather than service outages. For a financial institution's DORA documentation platform, this means that incident response procedures and business continuity plans remain accessible even during infrastructure events -- precisely when they are most needed.
Dedicated infrastructure -- rather than shared multi-tenant environments -- ensures that the financial institution's data is physically isolated from other customers' workloads. This isolation simplifies the security assessment that DORA requires for ICT systems and their underlying infrastructure. Automated encrypted backups provide the data recovery capability that Article 11 mandates, with backup data stored in the same EU jurisdiction as the primary deployment.
DDoS protection is included as standard, addressing the availability threat that DORA's risk management framework requires institutions to mitigate. For financial institutions that have already assessed the NIS2 implications of their knowledge management infrastructure, MassiveGRID's Frankfurt deployment satisfies both regulatory frameworks simultaneously through the same infrastructure configuration. The DORA compliance requirements align naturally with the infrastructure capabilities that MassiveGRID provides.
Implementation Approach: Four-Phase DORA Documentation Deployment
Deploying xWiki as a DORA compliance documentation platform is not a weekend project, but it does not need to be an eighteen-month transformation program either. A structured four-phase approach allows financial institutions to establish their DORA documentation environment methodically while maintaining operational continuity.
Phase 1: Foundation (Weeks 1-3)
The first phase establishes the xWiki infrastructure and core configuration. MassiveGRID provisions the dedicated Frankfurt hosting environment, installs and configures xWiki, and integrates it with the institution's LDAP or Active Directory for centralized authentication. During this phase, the wiki's permission structure is designed to reflect the institution's organizational hierarchy and data classification requirements -- ensuring that sensitive ICT risk documentation is accessible only to authorized personnel while general policies are available to the broader organization.
Phase 2: Framework Migration (Weeks 3-6)
The second phase migrates the institution's existing ICT risk management documentation into xWiki. This typically includes the ICT risk management framework, business continuity plans, disaster recovery procedures, and incident response playbooks. If the institution is migrating from Confluence, xWiki's migration tools facilitate the transfer of content while preserving document structure and history. This phase also establishes the structured templates that will be used for ongoing documentation -- incident report templates, risk assessment templates, and the third-party register structure required by Article 28.
Phase 3: Register and Integration (Weeks 6-10)
The third phase builds the Article 28 third-party register and integrates xWiki with the institution's existing IT service management tools. The register is constructed using xWiki's structured data capabilities, creating a queryable database of ICT third-party providers with fields for contractual details, criticality assessments, risk ratings, and review dates. Integration with the institution's incident management system ensures that ICT incidents are automatically linked to relevant documentation, creating the traceability that supervisory authorities expect.
Phase 4: Testing and Validation (Weeks 10-14)
The final phase validates the deployment against DORA's specific requirements. The institution conducts tabletop exercises using the documented incident response procedures, verifies that the business continuity plans accurately reflect the current ICT environment, and tests the accessibility and completeness of the third-party register. This phase also establishes the ongoing maintenance procedures -- review cycles for documentation currency, testing schedules for continuity plans, and update procedures for the third-party register.
Throughout all four phases, xWiki's version history captures every change, creating a complete audit trail that demonstrates to supervisory authorities exactly how the institution's DORA documentation was established and how it evolves over time.
If your financial services organization needs to establish or strengthen its DORA compliance documentation, explore MassiveGRID's managed xWiki hosting or contact us to discuss a deployment tailored to your institution's requirements. For a deeper understanding of DORA's technical requirements, visit our DORA compliance resource center.
Written by MassiveGRID — As an official xWiki hosting partner, MassiveGRID provides managed xWiki hosting on high-availability infrastructure across data centers in Frankfurt, London, New York, and Singapore.