| Key Takeaways |
| DORA became fully enforceable on January 17, 2025, requiring all EU financial entities and their ICT providers to demonstrate end-to-end operational resilience. Resilience testing is the biggest compliance gap, with only 35% of firms meeting requirements. Penalties reach 2% of annual global turnover. |
| Fusion Risk Management leads purpose-built operational resilience with the deepest BIA, dependency mapping, and scenario testing capabilities. The platform visualizes organizations from a customer-service perspective, identifying single points of failure across critical business services. |
| Castellan (now part of Riskonnect) provides a fully integrated BCM-to-resilience platform covering risk analysis, recovery planning, emergency notification, and scenario stress testing in a single SaaS solution. Strongest for organizations evolving from traditional BCM to broader operational resilience. |
| Cutover delivers specialized resilience testing through automated runbooks that orchestrate complex failover and recovery exercises at enterprise scale. Trusted by top global banks, Cutover reduces recovery execution time by 50% and regulatory reporting effort by 60%. |
| ServiceNow BCM offers the broadest enterprise integration, connecting operational resilience to ITSM, CMDB, GRC, and vendor risk management on a single platform. Best for organizations already invested in the ServiceNow ecosystem seeking unified resilience visibility. |
| Risk managers should map platform selection to their specific regulatory mandate: DORA (EU financial services), PRA PS21/SS1 (UK firms), or voluntary ISO 22301 alignment for non-regulated sectors seeking structured resilience programs. |
DORA entered into full effect on January 17, 2025, requiring banks, insurers, investment firms, and their ICT providers across the EU to demonstrate end-to-end operational resilience through documented ICT risk management, incident reporting, resilience testing, third-party risk controls, and information sharing.
The UK’s PRA PS21/SS1 established parallel requirements for UK-regulated firms to identify important business services, set impact tolerances, and demonstrate they can remain within those tolerances through severe but plausible scenarios.
Average IT downtime now costs organizations $9,000 per minute, making resilience software investment a quantifiable risk-reduction decision.
Operational resilience has evolved beyond traditional business continuity planning. Where BCM focuses on recovering predefined processes after disruption, operational resilience takes an outside-in view: starting from the services customers and markets depend on, mapping the people, processes, technology, data, and third parties that deliver those services, then testing whether the organization can remain within acceptable impact tolerances during severe disruption.
This shift aligns with ISO 22301 and directly connects to how operational resilience differs from business continuity in scope, governance, and regulatory expectations.
This guide compares four leading operational resilience platforms: Fusion Risk Management, Castellan (Riskonnect), Cutover, and ServiceNow BCM.
Each is evaluated through the lens of enterprise risk management, mapping capabilities to DORA’s five pillars, PRA expectations, and the ISO 22301 lifecycle that practitioners use to build, test, and govern resilience programs.
Why Operational Resilience Software Matters Now
DORA’s five pillars define the regulatory baseline: ICT risk management frameworks, incident reporting procedures, digital operational resilience testing, third-party ICT risk management, and information sharing.
European Supervisory Authorities submitted initial ICT registers by April 30, 2025, and designated Critical Third-Party Providers (CTPPs) by November 2025, launching direct oversight.
Under the UK’s operational resilience framework (PRA PS21/SS1), firms were required to have identified important business services and set impact tolerances by March 2022, with full compliance by March 2025.
Under ISO 31000, operational disruption is a risk event with identifiable causes (ICT failures, third-party dependencies, cyber-attacks, process failures), quantifiable consequences (service outage duration, financial loss, customer impact, regulatory penalties), and treatable controls (resilience testing, dependency mapping, recovery automation, impact tolerance monitoring).
The three lines model positions operational resilience teams as first-line owners, with risk and compliance providing second-line oversight and internal audit testing resilience effectiveness independently through the business continuity management lifecycle.
Operational Resilience Risk Mapping
| DORA Pillar | Operational Risk Context | Software Capability Required | Additional Framework Alignment |
| 1. ICT Risk Management | Technology failures, configuration drift, capacity constraints, change-related outages | Risk register, BIA automation, dependency mapping, technology asset inventory | ISO 22301 Clause 8.2 (BIA), PRA PS21/SS1, NIST CSF ID.RA |
| 2. Incident Reporting | Cyber attacks, system outages, data breaches, third-party failures requiring regulatory notification | Incident management workflows, regulatory report generation, timeline tracking, evidence capture | ISO 22301 Clause 8.4 (Incident Response), NIST CSF RS.CO |
| 3. Resilience Testing | Recovery plan exercising, failover validation, scenario simulation, penetration testing | Automated runbooks, exercise management, post-test analytics, regulatory audit trail generation | ISO 22301 Clause 9.1 (Monitoring), BCI GPG Exercise, NIST CSF PR.IP |
| 4. Third-Party ICT Risk | Vendor dependencies, CTPP designation, concentration risk, subcontracting chains | Vendor risk assessment, ICT register management, contract compliance tracking, exit planning | ISO 22301 Clause 8.3 (Strategy), PRA SS2 (outsourcing), NIST CSF ID.SC |
| 5. Information Sharing | Threat intelligence, incident patterns, sector-wide vulnerability coordination | Threat intelligence feeds, cross-organization collaboration, anonymized data sharing | NIST CSF CO functions, DORA Art. 45, sector ISAC integration |
Evaluation Framework for Operational Resilience Platforms
Selecting an operational resilience platform requires mapping capabilities to your regulatory mandate and risk assessment process.
The criteria below align with DORA’s five pillars, PRA expectations, and the ISO 22301 BCM lifecycle.
Six-Domain Evaluation Criteria
| Domain | What to Assess | Why It Matters for Resilience | Key Questions |
| 1. BIA & Service Mapping | Important business service identification, dependency mapping, impact tolerance setting, RTO/RPO | DORA and PRA both require organizations to identify critical services and map end-to-end dependencies | Can the tool map people, processes, technology, data, and third parties to each critical service? |
| 2. Recovery Planning | BCP/DRP development, plan maintenance, version control, automated plan generation | Plans that exist only as static documents fail during real incidents; dynamic plans adapt to actual conditions | Are recovery plans dynamic and linked to live dependency data, or static document repositories? |
| 3. Testing & Exercising | Tabletop, simulation, full-failover testing; automated runbooks; post-exercise analytics | Resilience testing is the biggest DORA gap at 35% readiness; testing proves plans actually work | Can the platform automate complex multi-system failover testing at scale with audit trail generation? |
| 4. Incident Management | Alert escalation, crisis communication, task orchestration, timeline tracking, regulatory reporting | DORA requires standardized incident reporting within specific timeframes to national competent authorities | Does the tool auto-generate regulatory incident reports in the format required by your NCA? |
| 5. Third-Party Resilience | Vendor risk assessment, CTPP register, concentration analysis, exit planning, SLA monitoring | DORA mandates ICT service registers and extends resilience obligations to critical third-party providers | Can the platform maintain the ICT register of information required by DORA Article 28? |
| 6. Reporting & Analytics | Board-ready dashboards, impact tolerance monitoring, maturity tracking, regulatory submissions | Boards and regulators require evidence-based resilience reporting, not compliance checklists | Can the tool demonstrate to regulators that your organization remains within impact tolerances under stress? |
Head-to-Head: Four Operational Resilience Platforms Compared
The following comparison evaluates Fusion Risk Management, Castellan (Riskonnect), Cutover, and ServiceNow BCM across the six evaluation domains.
Each platform addresses different aspects of the business continuity management and operational resilience lifecycle.
Platform Comparison Matrix
| Capability | Fusion Risk Mgmt | Castellan (Riskonnect) | Cutover | ServiceNow BCM |
| Core Strength | End-to-end resilience: BIA, dependency mapping, scenario testing, crisis management | Integrated BCM-to-resilience platform with emergency notification and plan exercising | Automated runbook-driven resilience testing and recovery execution at enterprise scale | Unified ITSM/GRC/BCM platform with AI-driven automation and CMDB integration |
| BIA & Service Mapping | Customer-perspective visualization; maps functions, dependencies, single points of failure interactively | Risk assessment, BIA, and dependency mapping with automated data collection workflows | Limited native BIA; focused on recovery execution rather than planning and mapping | BCM module with BIA templates; links to CMDB for technology dependency auto-discovery |
| Recovery Planning | Dynamic BCP/DRP linked to live dependency data; auto-generates plans from BIA outputs | Actionable response and recovery plans with multi-channel communication integrated | Automated runbooks replace static plans; orchestrate thousands of recovery tasks with dependencies | Plan development with version control; links recovery tasks to ITSM incident workflows |
| Testing & Exercising | Scenario testing and exercise management with post-exercise analytics and improvement tracking | Scenario stress testing with plausible scenarios; exercise scheduling and tracking | Industry-leading: automated failover execution at scale; 50% recovery time reduction; regulatory audit logs | Exercise management with basic tabletop support; less depth in automated technical testing |
| Incident & Crisis Mgmt | Incident response, crisis management, real-time threat monitoring, cross-team coordination | Crisis management with multi-channel emergency notification (SMS, email, voice, app) | Real-time dashboards during recovery events; task orchestration and progress tracking | Full incident management lifecycle; AI-driven classification and routing; knowledge base integration |
| Third-Party Resilience | Vendor risk assessment integrated with dependency mapping; supplier resilience scoring | Third-party risk within integrated platform; limited DORA-specific ICT register support | Integrates with cloud provider DR services (AWS DRS, etc.); vendor recovery coordination | Vendor Risk Management module; contract compliance; third-party risk scoring and monitoring |
| Integration Ecosystem | CMDB connectors, mass notification tools, GRC platforms; open API architecture | Multi-channel notification; integrated within Riskonnect’s broader risk management suite | Deep API; integrates with FIS, AWS, Azure; CI/CD pipeline connectivity for DevOps teams | Broadest: 500+ integrations; native ITSM, CMDB, GRC, SecOps, HR, and vendor management |
| Deployment | Cloud SaaS; configurable without coding; implementation in 8-16 weeks typically | Cloud SaaS; multiple languages; 24/7 global support; implementation in 8-12 weeks | Cloud SaaS; API-first; rapid deployment for testing use case (4-8 weeks) | Cloud SaaS; requires ServiceNow instance; implementation varies (12-24 weeks for full BCM) |
| Best For | Organizations wanting deepest BIA and dependency mapping with end-to-end resilience lifecycle | Mid-large enterprises evolving from BCM to operational resilience with integrated communications | Financial institutions needing automated resilience testing at scale for DORA compliance | ServiceNow-invested enterprises wanting unified resilience visibility across ITSM/GRC/BCM |
Individual Platform Profiles
Fusion Risk Management: End-to-End Resilience Lifecycle
Fusion Risk Management provides the most comprehensive purpose-built operational resilience platform, enabling organizations to visualize their business from a customer and service perspective.
The platform maps day-to-day functions, products, and services, identifying single points of failure and key dependencies across people, processes, technology, data, facilities, and third parties.
This outside-in approach directly supports how DORA and PRA require organizations to identify important business services and map end-to-end delivery chains.
Fusion generates dynamic recovery plans directly from business impact analysis outputs, keeping plans synchronized with actual dependency data rather than decaying as static documents.
The platform supports scenario testing, exercise management, incident response, crisis management, and real-time threat monitoring. Financial institutions, healthcare organizations, and manufacturing companies use Fusion for regulatory compliance and supply chain resilience.
Limitations include higher implementation investment (8-16 weeks), a feature-rich platform that can feel overwhelming for smaller programs, and premium pricing that may exceed mid-market budgets.
Fusion is the definitive choice for organizations building mature operational risk management programs with deep dependency intelligence.
Castellan (Riskonnect): BCM-to-Resilience Evolution
Castellan, now part of Riskonnect’s broader risk management suite, provides a fully integrated platform covering risk analysis, recovery planning, emergency notification, scenario stress testing, and incident response.
The platform differentiates through built-in multi-channel crisis communication (SMS, email, voice, mobile app), enabling organizations to mobilize response teams and notify employees directly from the same platform used for planning and testing.
This integration eliminates the gap between plan documentation and actual crisis execution.
Castellan delivers configurable functionality using an intuitive interface aligned to leading practices including ISO 22301 and BCI Good Practice Guidelines.
Available in multiple languages with 24/7/365 global support, the platform serves organizations evolving from traditional BCM toward broader operational resilience. The Riskonnect integration adds enterprise risk management capabilities including risk registers, insurance risk, and compliance management.
Limitations include less depth in automated technical recovery testing compared to Cutover, limited DORA-specific ICT register capabilities, and a platform that may require supplemental tools for organizations with complex IT failover testing requirements.
Cutover: Automated Resilience Testing at Scale
Cutover occupies a specialized niche as the leading platform for automated resilience testing and recovery execution.
The platform’s automated runbooks orchestrate complex failover and recovery exercises involving thousands of tasks, dependencies, teams, and technology integrations simultaneously.
Top global banks trust Cutover to reduce application recovery execution time by 50%, cut regulatory reporting effort by 60%, and compress recovery exercise preparation from weeks to days. The platform directly addresses DORA’s most challenging requirement: digital operational resilience testing.
Cutover’s automated runbooks map task dependencies, providing clear visibility into the sequence of recovery activities required. Real-time dashboards enable stakeholders to monitor progress during both tests and actual recovery events.
The auto-generated audit log produces a tamper-proof record of execution for regulatory reporting. Integrations with AWS DRS, FIS, and other infrastructure services extend orchestration across both internal and external technology.
Limitations include less mature BIA and dependency mapping capabilities (Cutover focuses on execution, not planning), limited native crisis communication features, and a specialized scope that typically requires pairing with a broader resilience platform like Fusion or Castellan for complete program coverage.
Cutover is the strongest choice for financial institutions where DORA resilience testing compliance is the immediate priority and pairs with disaster recovery planning tools.
ServiceNow BCM: Unified Enterprise Resilience on a Single Platform
ServiceNow Business Continuity Management provides operational resilience capabilities within the broader ServiceNow ecosystem, connecting BCM to IT Service Management (ITSM), the Configuration Management Database (CMDB), Governance Risk & Compliance (GRC), Vendor Risk Management, and Security Operations.
This unification provides a level of enterprise integration no standalone BCM tool can match: technology dependencies auto-discovered from the CMDB, incidents flowing seamlessly from SecOps to BCM, and vendor risk data feeding directly into third-party resilience assessments.
ServiceNow’s AI-driven automation classifies, routes, and prioritizes incidents, while predictive intelligence identifies emerging risks before they escalate into disruptions.
The platform supports BCP template development, exercise management, and compliance reporting within the same workflow engine used for ITSM and GRC.
Limitations include a dependency on the ServiceNow ecosystem for maximum value (organizations without ServiceNow face significant platform adoption costs), less specialized resilience testing depth compared to Cutover, implementation timelines of 12-24 weeks for the full BCM module, and a breadth that can dilute focus compared to purpose-built resilience tools.
ServiceNow BCM is the natural choice for organizations already standardized on ServiceNow seeking to add resilience without deploying another vendor.
Key Risk Indicators for Operational Resilience Programs
Operational resilience platforms generate the data needed to measure program maturity through key risk indicators.
The following KRI framework aligns platform outputs with DORA pillars, PRA expectations, and ISO 22301 performance measurement.
Operational Resilience KRI Dashboard
| KRI | Target (Green) | Warning (Amber) | Breach (Red) | Data Source |
| Important business services with impact tolerances set | 100% | 80-100% | < 80% | Service registry and impact tolerance documentation |
| Recovery exercises completed per service per year | > 2 | 1-2 | < 1 | Exercise management module completion records |
| Services demonstrated within impact tolerance under stress | > 90% | 70-90% | < 70% | Post-exercise analytics and test results |
| ICT incident reporting within DORA timeframes | 100% on time | 80-100% | < 80% | Incident management timeline tracking |
| Third-party ICT register completeness | > 95% of providers | 80-95% | < 80% | ICT register vs actual provider inventory |
| Mean time to recover critical services (actual vs RTO) | < 80% of RTO | 80-100% of RTO | > 100% of RTO | Recovery execution timestamps vs defined RTOs |
| BCP/DRP plans reviewed and updated within cycle | > 95% current | 80-95% | < 80% | Plan version management and review cycle tracking |
| Resilience maturity score (against target model) | Level 4+ (Managed) | Level 3 (Defined) | Level 1-2 (Reactive/Aware) | Annual maturity assessment using BCI or internal model |
These KRIs feed into your KRI dashboard. Impact tolerance breach frequency and recovery exercise pass rate are the KRIs DORA supervisors and PRA examiners scrutinize most. Persistent red indicators should escalate immediately to the COO and board risk committee.
Vendor Selection Decision Framework
Platform choice depends on your regulatory mandate, existing technology stack, BCM program maturity, and primary resilience challenge.
Organizational Profile Matching
| Organization Profile | Primary Recommendation | Alternative | Key Decision Factor |
| Financial institution needing deepest BIA and dependency mapping | Fusion Risk Management | Castellan | Customer-perspective service mapping with dynamic plan generation from live dependency data |
| Organization evolving from BCM to operational resilience | Castellan (Riskonnect) | Fusion | Integrated BCM-to-resilience journey with built-in crisis communication across channels |
| Bank needing DORA resilience testing at scale | Cutover | Fusion | Automated runbook-driven failover testing with 50% recovery time reduction and regulatory audit logs |
| ServiceNow-standardized enterprise | ServiceNow BCM | Fusion | Unified ITSM/GRC/BCM with CMDB auto-discovery of technology dependencies |
| Mid-market firm, limited resilience team | Castellan (Riskonnect) | ServiceNow BCM | Intuitive interface with 24/7 global support and multi-language availability |
| UK-regulated firm (PRA PS21/SS1) | Fusion Risk Management | Castellan | Deepest impact tolerance assessment and important business service mapping capabilities |
| Healthcare or manufacturing (non-financial) | Fusion Risk Management | Castellan | Cross-industry applicability with supply chain resilience and scenario testing |
Building Resilience in 90 Days: A Phased Approach
| Phase | Actions | Deliverables | Success Metrics |
| Days 1-30: Map and Prioritize | Identify important business services from customer/market perspective; Conduct BIA to set RTO, RPO, and MTPD for each service; Map end-to-end dependencies (people, process, technology, data, third parties); Define impact tolerances for each important service | Important business service register; BIA completion for critical services; End-to-end dependency maps; Impact tolerance statements per service | All critical services identified; BIA complete for top-tier services; Dependencies mapped; Impact tolerances approved by board |
| Days 31-60: Plan and Instrument | Deploy resilience platform with dependency data integration; Develop recovery strategies and plans for each important service; Configure incident management and crisis communication workflows; Set up ICT register for DORA Article 28 compliance | Operational resilience platform deployed; Recovery plans for critical services; Incident response workflows active; ICT register populated | Platform integrated with CMDB/asset data; Plans linked to live dependencies; Incident workflow tested; ICT register covers 90%+ providers |
| Days 61-90: Test and Govern | Run first resilience exercise (tabletop or simulation) for top 3 services; Validate services remain within impact tolerances under stress scenarios; Establish KRI reporting for board risk committee; Define annual testing calendar and continuous improvement cadence | Exercise results and lessons learned reports; Impact tolerance compliance evidence; First board resilience report; Annual testing and review calendar | First exercise completed with documented results; Services within tolerance demonstrated; Board report accepted; Testing calendar approved |
Where Resilience Programs Stall
| Stall Point | What Happens | How to Break Through |
| BIA conducted but dependency maps never built | Organization knows RTOs but cannot identify which technology, people, and third parties actually deliver the service | Use platform dependency mapping (Fusion, ServiceNow CMDB) to automate relationship discovery |
| Plans exist as documents nobody can find during crisis | Static BCPs stored in SharePoint collapse under actual incident pressure; teams improvise | Deploy dynamic plans linked to live data; use automated runbooks (Cutover) for execution guidance |
| Testing limited to annual tabletop exercises | Tabletops test awareness, not actual recovery capability; real failovers reveal hidden gaps | Supplement tabletops with automated technical failover testing at least quarterly for critical services |
| Third-party dependencies treated as black boxes | Organization cannot demonstrate DORA CTPP compliance; vendor outage cascades into service failure | Maintain ICT service register; require vendors to participate in resilience testing; map subcontracting chains |
| Resilience is IT’s responsibility, not the business | Business leaders disengage; impact tolerances lack business context; recovery priorities misaligned | Assign business service owners to each important service; require business sign-off on impact tolerances |
| Incident reporting is manual and slow | Regulatory notification timelines missed; evidence collection happens retroactively; audit findings accumulate | Automate incident detection, classification, and regulatory report generation through platform workflows |
| No connection between resilience data and board reporting | Board receives compliance status, not risk-based resilience intelligence; strategic decisions lack resilience input | Configure board-ready dashboards from resilience platform; include impact tolerance KRIs in quarterly risk pack |
Looking Ahead: Operational Resilience Trends for 2025-2027
DORA’s implementation is creating a cascade of operational changes across European financial services.
The ESA designation of Critical Third-Party Providers in November 2025 launched direct oversight of major cloud and technology providers, extending resilience obligations beyond financial institutions themselves.
By 2027, expect CTPP supervision to mature into a formalized regime with published examination results, creating market pressure for technology providers to demonstrate resilience capabilities and driving demand for platforms that manage vendor resilience at scale.
The convergence of operational resilience with cyber resilience is accelerating. Cyber attacks now account for 32% of operational disruptions, making them the single largest threat category.
Resilience platforms are integrating with Security Operations Centers (SOCs) and threat intelligence feeds to enable automated incident response that spans both technical recovery and business continuity activation.
ServiceNow’s unified ITSM/SecOps/BCM approach and Fusion’s real-time threat monitoring represent this convergence. Organizations should evaluate ERM technology that bridges the gap between cyber incident response and business service recovery.
AI-powered resilience is emerging as the next differentiator. Platforms are deploying machine learning to predict disruptions before they occur, automatically recommend recovery strategies based on historical patterns, and optimize testing schedules based on risk exposure changes.
ServiceNow’s predictive intelligence and Fusion’s analytics capabilities represent early examples. By 2027, expect autonomous resilience systems that detect anomalies, activate recovery procedures, and notify stakeholders without human intervention for predefined scenarios.
Climate resilience testing is becoming a regulatory expectation. The ECB, Bank of England, and increasingly US regulators expect financial institutions to demonstrate resilience against climate-related physical risks (extreme weather, facility damage) and transition risks (regulatory changes, carbon pricing impacts on operations).
Organizations should ensure their resilience platform can model climate scenarios alongside traditional cyber and operational disruption scenarios, connecting to ESG sustainability KRIs in their risk reporting frameworks.
Ready to build your operational resilience program? Visit riskpublishing.com for BCM frameworks, risk management consulting services, or contact us to discuss your organization’s operational resilience needs.
References
1. EU Digital Operational Resilience Act (DORA) Regulation 2022/2554
2. EIOPA: Digital Operational Resilience Act Overview
3. PRA PS21/SS1: Operational Resilience Policy for UK Firms
4. ISO 22301:2019 Business Continuity Management Systems
5. Fusion Risk Management: Operational Resilience Platform
6. Castellan (Riskonnect): Business Continuity and Resilience Platform
7. Cutover: Automated Runbooks for DORA Compliance
8. ServiceNow Business Continuity Management
9. Gartner Peer Insights: Business Continuity Management Program Solutions 2026
10. BCI Good Practice Guidelines 2024 Edition
11. ESA: Critical Third-Party Provider Designation under DORA
12. Hyperproof: Digital Operations Resilience Act (DORA) Guide
13. ISO 31000:2018 Risk Management Guidelines
14. COSO ERM: Integrating with Strategy and Performance
15. NIST Cybersecurity Framework 2.0
Related Resources from riskpublishing.com
1. Operational Resilience vs Business Continuity
2. Impact Tolerance Assessment
3. Business Continuity Management
5. ISO 22301 Certification Guide
6. Business Continuity Plan Template
8. Enterprise Risk Management Frameworks
10. Operational Risk Management
11. Risk Register Template Guide
12. KRI Dashboard Best Practices
13. Key Risk Indicators for ESG & Sustainability
15. COSO vs ISO 31000 Comparison
Chris Ekai is a Risk Management expert with over 10 years of experience in the field. He has a Master’s(MSc) degree in Risk Management from University of Portsmouth and is a CPA and Finance professional. He currently works as a Content Manager at Risk Publishing, writing about Enterprise Risk Management, Business Continuity Management and Project Management.