Best Operational Resilience Software Compared (2026)

The Bank of England's 2025 supervisory review found that fewer than one in three UK financial institutions could demonstrate they would remain within impact tolerances during a severe but plausible disruption. That finding is not unique to the UK. Regulators across the EU, Australia, and the US are asking the same question: can your organization prove that critical business services will continue when something goes wrong?

Operational resilience software exists to answer that question with evidence rather than assumption. These platforms map dependencies across people, technology, and third parties, model disruption scenarios against defined impact tolerances, and produce the audit-ready documentation regulators now expect.

This guide compares the 10 most evaluated operational resilience software platforms in 2026. Each profile covers architecture, regulatory alignment, strengths, and where the platform falls short.

How we evaluated the best operational resilience software for 2026

To build this comparison we focused on the criteria that matter most in a regulated resilience procurement:

• Regulatory alignment: native support for DORA, FCA SS1/21, APRA CPS 230, and Basel Committee principles.
• Dependency mapping: ability to visualize cross-process dependencies across people, technology, vendors, and facilities.
• Impact tolerance modeling: can the platform define, measure, and test tolerances for critical business services?
• Exercise and scenario testing: built-in simulation capabilities, not just plan documentation.
• Integration depth: connectivity with existing GRC, ITSM, CMDB, and communication tools.
• Feedback from 100+ resilience leaders evaluating platforms in 2026.

Fortiv is included in this comparison as an operational resilience platform provider, which creates an inherent bias we acknowledge upfront.

This comparison focuses on operational resilience and business continuity platforms. If you are looking for a pure business continuity software comparison, a crisis management software buyer's guide, or a disaster recovery planning guide, we cover those separately.

Quick comparison: 10 operational resilience platforms

Pricing as of Q3 2026. Ranges vary significantly based on organization size, feature selection, and deployment model. All figures are estimates drawn from vendor disclosures and buyer conversations.

What is operational resilience software?

Operational resilience is an organization's ability to deliver critical business services through disruption. Unlike traditional business continuity management, which focuses on recovering processes after an event, operational resilience starts from the perspective of the service the end customer depends on and works backward to identify everything that could disrupt it.

Operational resilience software provides the tooling to make this approach systematic. A mature platform covers four capabilities: identifying and mapping critical business services and their dependencies, setting and testing impact tolerances (the maximum acceptable disruption), running scenario exercises against those tolerances, and producing evidence that satisfies regulatory scrutiny.

The regulatory push behind this category is significant. DORA (Digital Operational Resilience Act) requires EU financial entities to map ICT dependencies and test resilience by January 2025. The FCA's SS1/21 set a March 2025 deadline for UK firms to remain within impact tolerances. APRA CPS 230 takes effect in Australia in July 2025. These are not optional frameworks. They are enforceable requirements with supervisory consequences.

For a deeper look at how these regulations intersect, see our guide on regulation and standards for operational resilience.

How the 2026 operational resilience software market looks

The category that analysts once grouped under business continuity software has fragmented. Operational resilience is now its own buying category, driven by regulatory requirements that go beyond traditional BCM.

Three shifts defined the market in 2026:

Regulatory enforcement moved from guidance to penalties. DORA entered enforcement in January 2025 and supervisors are now reviewing ICT risk management frameworks. The FCA published its first round of findings on firms' operational resilience self-assessments. The compliance deadline is no longer approaching; it has arrived.

Dependency mapping became a baseline expectation. Every major procurement in 2026 asks vendors to demonstrate dependency visualization across technology, people, third parties, and facilities. Platforms that store dependencies as flat lists rather than connected graphs are losing evaluations to those that model cascading impacts.

AI entered the category. AI-native entrants are automating the two most painful parts of resilience programs: data collection (BIA interviews, dependency discovery) and plan maintenance (keeping recovery plans aligned with organizational change). Legacy platforms are retrofitting AI features, but the architectural gap between purpose-built and bolted-on is visible in evaluations.

The top 10 operational resilience software platforms in 2026

The summaries below are written from the perspective of a practitioner running a procurement. Each entry covers what the platform does well, where it falls short, and which buyer profile it suits best.

1. Fortiv

Best for: organizations that want AI-native resilience with automated data collection, live dependency mapping, and built-in regulatory alignment (DORA, FCA, ISO 22301).

Fortiv is the only platform in this comparison built from the ground up around AI-driven resilience. The platform automates BIA data collection through AI voice and chat agents that interview stakeholders at scale, eliminating the bottleneck of scheduling individual calls across dozens of departments. Dependency mapping is continuous rather than annual: the system visualizes cross-process dependencies across people, technology, vendors, and facilities, updating as the organization changes.

The exercise and simulation module offers three formats: micro-simulations that test specific scenarios in minutes, what-if simulations that use live organizational data, and AI-generated tabletop exercises. This is one of the strongest exercise capabilities in the comparison.

Regulatory alignment covers DORA (ICT dependency mapping, incident reporting), FCA SS1/21 (important business services, impact tolerances), and ISO 22301 from the platform's foundation. The AI plan review feature flags gaps in recovery plans based on the regulatory scope you define, reducing dependence on external auditors for basic quality assurance.

The primary limitation is market tenure. Fortiv is a 2025 entrant with a growing but still developing customer base. Organizations that require extensive third-party integration ecosystems or long track records may find this a consideration, though the platform's technical capabilities are competitive with established players.

• G2 ratings: Early stage, limited reviews
• Pricing: Custom quote
• Founded in 2025. Headquarters in Copenhagen, Denmark.
• Integrations: Flexible API. CMDB, GRC, and ITSM connectors available.

2. Fusion Risk Management

Best for: Salesforce-native enterprises that want integrated risk management, business continuity, and operational resilience on a familiar platform.

Fusion is built on the Salesforce Lightning Platform, which shapes both its strengths and its constraints. For organizations already running Salesforce, the integration is seamless: user management, reporting, and customization all leverage the Salesforce ecosystem. The platform covers business continuity planning, risk assessment, third-party risk management, and operational resilience within a unified data model.

The operational resilience module allows organizations to map important business services, define impact tolerances, and run scenario assessments. Fusion's strength here is the breadth of data it can connect: risk registers, vendor assessments, BIA data, and recovery plans all feed into resilience views.

The constraints mirror Salesforce's own: pricing scales with user count and storage, the platform requires Salesforce expertise to configure and maintain, and organizations not on Salesforce face a steeper adoption curve. BIA data collection remains largely manual, relying on forms and workflows rather than automated interview capabilities.

• G2 ratings: 4.2/5 (Business Continuity)
• Pricing: From $30,000/year. Scales with Salesforce licensing.
• Founded in 2006. Headquarters in Chicago, Illinois.
• Integrations: Salesforce native. ServiceNow, SupplyWisdom, Everbridge, ArgosRisk.

3. Riskonnect (including Castellan)

Best for: organizations consolidating GRC, BCM, and operational resilience under a single vendor with the broadest module coverage on the market.

Following the 2023 Castellan acquisition, Riskonnect offers the widest suite in this comparison: enterprise risk management, internal audit, compliance, third-party risk, claims management, and business continuity are all available in one platform. For buyers whose primary requirement is vendor consolidation, this breadth is the deciding factor.

The operational resilience capabilities draw from Castellan's BCM heritage. Organizations can map critical business services, define recovery strategies, and generate compliance documentation. The platform's scale is proven in large financial institutions and multinational corporations.

The trade-off is complexity. The platform's breadth means that resilience-specific workflows can feel secondary to the broader GRC architecture. Dependency mapping and impact tolerance modeling are functional but less visually intuitive than purpose-built resilience platforms. Organizations that need resilience as a primary capability rather than a module within GRC may find the user experience less focused.

• G2 ratings: 3.9/5 (GRC)
• Pricing: Custom quote. Enterprise-tier pricing.
• Founded in 2007. Headquarters in Kennesaw, Georgia.
• Integrations: Salesforce, ServiceNow, and a broad connector library.

4. Cutover

Best for: financial institutions and technology-heavy organizations that need operational resilience runbooks, IT change orchestration, and real-time execution visibility.

Cutover occupies a distinct position in this comparison. Where most platforms in this guide focus on planning and documentation, Cutover focuses on execution: orchestrating complex operational events (technology migrations, disaster recovery invocations, regulatory testing) with real-time visibility into task progress, dependencies, and deviations.

The platform is heavily adopted in financial services, where DORA and FCA requirements demand not just plans but demonstrated evidence of tested resilience. Cutover's runbook approach provides that evidence: every test execution is logged, timed, and auditable. The dependency mapping is technology-centric, showing how systems, applications, and infrastructure components connect.

The limitation is scope. Cutover excels at technology resilience and operational execution but does not cover the full BCM lifecycle (BIA, business continuity planning, crisis communications). Organizations that need both operational resilience execution and traditional BCM capabilities will likely need Cutover alongside another platform.

• G2 ratings: 4.5/5 (IT Change Management)
• Pricing: Custom quote. Typically six-figure contracts for enterprise deployments.
• Founded in 2014. Headquarters in London, United Kingdom.
• Integrations: ServiceNow, Jira, PagerDuty, Slack, and CI/CD pipeline tools.

5. ServiceNow Business Continuity Management

Best for: organizations already standardized on ServiceNow for ITSM that want BCM and resilience within their existing platform investment.

If ServiceNow is your CMDB and ITSM standard, the BCM module's appeal is clear: dependencies map directly to existing configuration items, incident records flow into continuity workflows, and the entire resilience program lives alongside IT service management. For a deeper look at how buyers evaluate this platform, see our ServiceNow alternatives comparison.

The operational resilience capabilities leverage ServiceNow's CMDB as the foundation for dependency mapping. Organizations that maintain a well-populated CMDB get immediate value: service dependencies, application relationships, and infrastructure components are already mapped. The platform also connects resilience to ITSM incident management and change management workflows.

The constraints are well-documented by buyers. BCM is a module within a massive platform, not a purpose-built resilience tool. Configuration requires ServiceNow expertise (often dedicated administrators or consultants). The platform's update cycle is frequent, and customizations can break across releases. Organizations without a mature CMDB will spend months building the dependency foundation before the resilience module delivers value.

• G2 ratings: 4.3/5 (ITSM platform overall)
• Pricing: From $50,000/year for BCM module. Requires existing ServiceNow licensing.
• Founded in 2003. Headquarters in Santa Clara, California.
• Integrations: Native to the ServiceNow ecosystem. Hundreds of connectors via IntegrationHub.

6. Noggin

Best for: organizations where crisis management and incident response are the primary resilience requirements, with BCM and OR as supporting capabilities.

Noggin's heritage is in critical event management and emergency response. The platform acquired Ally Incident Management and Solv Resilience, building a suite that covers crisis management, business continuity, and operational resilience under one umbrella. For organizations that experience frequent operational disruptions (natural disasters, facility incidents, safety events), Noggin's incident-first approach is a natural fit.

The BCM module covers BIA, plan authoring, and exercise management. The operational resilience layer adds impact tolerance tracking and regulatory reporting. The platform's strongest differentiator remains its incident management: real-time situation awareness, task assignment, communication workflows, and post-incident review.

The operational resilience capabilities are functional but not as deep as platforms built specifically for OR. Dependency mapping is more basic than what Fortiv, Cutover, or ServiceNow offer. Organizations whose primary driver is regulatory OR compliance (DORA, FCA) may find the resilience module lighter than what supervisors expect.

• G2 ratings: 4.4/5 (Emergency Management)
• Pricing: From $11,760/year
• Founded in 2009. Headquarters in Sydney, Australia.
• Integrations: SAP, Microsoft 365, and a growing integration library.

7. MetricStream

Best for: large enterprises (5,000+ employees) that need operational resilience as a module within a comprehensive GRC platform.

MetricStream sits squarely in the GRC category. Its BCM and operational resilience capabilities are modules within a broader platform that also covers enterprise risk management, compliance, internal audit, third-party risk, and IT risk. For organizations where resilience is one dimension of a larger governance program, MetricStream offers a single vendor for the full scope.

The platform's operational resilience module allows organizations to define critical business services, map dependencies, set impact tolerances, and generate regulatory reports. It supports DORA and FCA frameworks through configuration rather than out-of-the-box templates. Implementation typically requires MetricStream consultants or certified partners.

The trade-off is what you would expect from an enterprise GRC platform: long implementation timelines (6 to 12 months is typical), high total cost of ownership, and a user experience designed for risk professionals rather than BCM practitioners. Lean teams will find the platform overwhelming. Organizations under 5,000 employees rarely appear in MetricStream's buyer base.

• G2 ratings: 4.0/5 (GRC)
• Pricing: From $100,000/year. Six-figure implementations are standard.
• Founded in 1999. Headquarters in San Jose, California.
• Integrations: Broad enterprise connector library via ConnectAI Hub.

8. Archer

Best for: organizations that need highly configurable GRC workflows and have the internal resources to build and maintain custom resilience processes.

Archer (formerly RSA Archer) has the longest tenure in this comparison and a configurability model that allows organizations to build virtually any risk or resilience workflow. The platform's strength is flexibility: if you have specific regulatory requirements or internal processes that no off-the-shelf platform supports, Archer can likely accommodate them through configuration.

The operational resilience capabilities include business continuity planning, crisis management, and risk-based assessments. Organizations can model critical business services and their dependencies, though the mapping is more data-driven than visual compared to purpose-built resilience tools.

The constraints are well-known in the market. Archer requires dedicated administrators with platform-specific expertise. Upgrades are complex and often require regression testing of customizations. The user interface reflects the platform's age. Organizations evaluating Archer in 2026 are typically those already using it for other GRC functions and looking to extend rather than replace.

• G2 ratings: 4.1/5 (GRC)
• Pricing: Custom quote. Enterprise-tier pricing.
• Founded in 2001. Headquarters in Overland Park, Kansas.
• Integrations: Broad but often require custom configuration.

9. Continuity2

Best for: mid-market organizations (250 to 2,000 employees) building an ISO 22301-aligned BCM program with straightforward operational resilience needs.

Continuity2 is a purpose-built BCM platform with an implementation path scoped tightly to ISO 22301 program needs. The platform covers BIA, plan authoring, exercise management, and basic operational resilience reporting. It is one of the most accessible platforms in this comparison for organizations without dedicated GRC teams.

The operational resilience module is pragmatic rather than comprehensive. Organizations can define critical services, map high-level dependencies, and track resilience status. For mid-market firms where regulators require evidence of an operational resilience program but do not mandate the depth of a DORA or FCA submission, Continuity2 covers the requirement.

The limitations become apparent at scale or under strict regulatory scrutiny. Dependency mapping is not as granular as what Fortiv, Cutover, or ServiceNow offer. Impact tolerance modeling is basic. Organizations subject to DORA or FCA SS1/21 will likely need a platform with deeper regulatory-specific features.

• G2 ratings: 4.6/5 (Business Continuity)
• Pricing: From £22,500/year
• Founded in 2002. Headquarters in United Kingdom.
• Integrations: Limited compared to enterprise platforms.

10. Veoci

Best for: organizations where field operations, emergency management, and real-time coordination are the primary resilience requirements.

Veoci's strengths sit in field operations, virtual emergency operations centers, and form-driven workflows. The platform is built for organizations that need real-time coordination during disruptions: task assignment, resource tracking, situation reporting, and communication from a single interface. It is particularly strong in healthcare, education, and government sectors where emergency operations are a daily requirement.

The business continuity and operational resilience features are present but secondary to the platform's emergency management core. Organizations can create continuity plans, run exercises, and track compliance. However, the BIA, dependency mapping, and impact tolerance capabilities are not as mature as platforms designed specifically for those workflows.

Veoci is a practical choice for organizations that already have emergency management as a primary function and want to extend into BCM and OR without buying a separate platform. It is not the right fit for organizations where regulatory-driven operational resilience (DORA, FCA) is the primary buying driver.

• G2 ratings: 4.5/5 (Emergency Management)
• Pricing: Custom quote
• Founded in 2011. Headquarters in New Haven, Connecticut.
• Integrations: Limited. API available for custom integrations.

5 steps to evaluate operational resilience software

1. Map your regulatory obligations first

Before evaluating any platform, document which regulations apply to your organization: DORA (EU financial entities), FCA SS1/21 (UK-regulated firms), APRA CPS 230 (Australia), or Basel Committee principles. Each regulation has specific requirements for dependency mapping, impact tolerances, testing frequency, and evidence production. A platform that covers DORA Article 11 may not address FCA's concept of important business services. Start with your regulatory scope and evaluate platforms against those specific requirements.

2. Test dependency mapping with real data

Run a proof of concept using your actual organizational data: CMDB exports, vendor lists, org charts, and process documentation. Test whether the platform can visualize cross-process dependencies (not just list them), identify cascading impacts when a single component fails, and update dependencies as the organization changes. The difference between platforms is most visible here.

3. Run an impact tolerance exercise

Ask the vendor to demonstrate a scenario exercise against your defined impact tolerances. Can the platform model a disruption to a critical business service, trace the impact through dependencies, and identify which tolerances would be breached? This is the core use case for operational resilience and the test that separates documentation tools from genuine resilience platforms.

4. Verify evidence generation for auditors

Request the vendor produce regulator-ready evidence exports that map to your framework. DORA Article 24 testing reports, FCA important business services inventories, or ISO 22301 Statement of Applicability documents. Verify the output is usable by your compliance team without significant reformatting. For a detailed DORA compliance checklist, see our separate guide.

5. Model 3-year total cost of ownership

Calculate TCO including licensing, implementation, internal administration time (platform configuration, user support, data maintenance), integration costs, and ongoing training. Enterprise GRC platforms often have implementation costs that exceed the first year of licensing. Purpose-built resilience platforms typically offer faster implementation at lower cost but may lack the breadth of a full GRC suite. The cheapest platform is the one that gets adopted; shelfware costs more than any license fee.

Best operational resilience software for mid-market and regulated teams

Mid-market organizations (250 to 2,000 employees) and lean resilience teams (1 to 5 people) face a specific challenge: regulatory expectations are the same as for large enterprises, but the budget and headcount to meet them are not. The platforms below are the strongest options for teams that need regulatory compliance without enterprise-scale complexity.

Top platforms for regulated mid-market teams

Fortiv

AI-native platform that automates the most time-consuming parts of resilience programs: BIA data collection, dependency mapping, and plan maintenance. Designed for teams that need to cover DORA, FCA, or ISO 22301 requirements without adding headcount. The AI interview capability is particularly valuable for lean teams managing dozens of departments.

Continuity2

Starting at £22,500/year, purpose-built for mid-market firms seeking ISO 22301 alignment. Streamlined implementation with a focus on getting operational quickly. The operational resilience module covers basic requirements but may not satisfy strict DORA or FCA scrutiny.

Cutover

Best suited for mid-market financial institutions where technology resilience and DORA compliance are the primary drivers. The runbook approach provides clear evidence for auditors. Less suited for organizations that need full BCM lifecycle coverage alongside operational resilience.

Noggin

Starting at $11,760/year, the most accessible entry point for organizations that need crisis management and resilience in one platform. Strong choice for teams with operational or incident management backgrounds. The OR module is functional for basic regulatory compliance but lighter than dedicated resilience platforms.

Selection criteria for mid-market operational resilience software

When evaluating platforms for a lean team, prioritize these factors:

• Regulatory coverage: Does the platform produce the specific evidence your regulators require, out of the box?
• Time to value: Can you be operational in 8 weeks without hiring external consultants?
• Automation: Does the platform reduce manual data collection, or does it just digitize the same manual processes?
• Integration simplicity: Does it connect to your existing ITSM, GRC, or communication tools without custom development?
• Transparent total cost: Is pricing clear upfront, or will implementation and configuration costs double the first-year investment?

What will likely change in 2027

Three shifts are visible in current procurement cycles and worth pricing into a 2026 platform selection.

First, regulatory convergence will accelerate. DORA, FCA SS1/21, and APRA CPS 230 share common principles (critical service identification, dependency mapping, impact tolerances, testing) but use different terminology and structures. Platforms that can map a single resilience model to multiple regulatory frameworks will gain a significant advantage over those that require separate configurations per regulation.

Second, AI will become a selection criterion rather than a differentiator. In 2026, AI capabilities separated a small number of platforms from the pack. By 2027, buyers will expect automated data collection, scenario generation, and plan maintenance as baseline features. Platforms that have not invested in AI by then will face increasingly difficult evaluations.

Third, the boundary between operational resilience and business continuity will continue to blur. The two disciplines are converging in practice: resilience programs need continuity planning, and continuity programs need resilience thinking. Platforms that cover both under a unified data model (rather than bolting on OR to a BCM tool or vice versa) will be best positioned for how organizations actually run these programs.