Reveal Your Operational Topology.
Map how your organization actually operates — and see how operational risk propagates across services, systems, third parties, and dependencies.
Identify structural exposure, stress-test disruption scenarios, and prioritize the actions that reduce operational risk and strengthen resilience.
MODELED · MEASURED · STRESS-TESTED · OPTIMIZED
Mostorganizationscannotclearlyseethedependencystructuretheyrelyon.
Operationalriskisnotonlyapropertyofindividualcomponents.Inanetworkedenterprise,itisalsoapropertyofstructure.
OneScormakesthatstructurevisible,measurable,andactionable.WecallitOperationalTopology.
Operational Topology for Risk and Resilience.
Operational topology is the dependency structure through which your business delivers services — and through which risk propagates. OneScor models the critical paths, concentration points, and inherited dependencies that determine where disruption spreads and where operational impact begins.
Traditional tools store assets and score risks. Some even map relationships. But they rarely show how operational risk moves through the business when dependencies fail, vendors degrade, systems become unavailable, or processes break. OneScor makes that structure visible — where exposure concentrates, how disruption cascades, and which dependency paths turn local failures into service impact.
One platform. Six capabilities. One operational truth.
Every capability operates on the same operational topology — the same assets, the same relationships, the same inherited risk.
One source of operational truth. Every team, every analysis, every decision.
MODELED · MEASURED · STRESS-TESTED · OPTIMIZED
Map
Map your operational topology — services, assets, dependencies, and the relationships between them.
Learn moreScore
Score risk across multiple lenses and see how it propagates through the operational topology.
Learn moreImpact
See how disruption becomes business impact over time — propagation, tolerance breaches, and where customer, operational, and regulatory harm begins.
Learn moreSimulate
Simulate scenarios against real dependencies and test whether response plans and recovery capabilities actually hold.
Learn moreOptimize
Prioritize the actions that reduce risk and strengthen resilience across your operating model, and simulate the disruptions that matter most.
Learn moreReason
Conversational queries and research acceleration — grounded in structured data, traceable to source, and governed by human approval.
Learn moreMap
Map your operational topology — services, assets, dependencies, and the relationships between them.
Learn moreScore
Score risk across multiple lenses and see how it propagates through the operational topology.
Learn moreImpact
See how disruption becomes business impact over time — propagation, tolerance breaches, and where customer, operational, and regulatory harm begins.
Learn moreSimulate
Simulate scenarios against real dependencies and test whether response plans and recovery capabilities actually hold.
Learn moreOptimize
Prioritize the actions that reduce risk and strengthen resilience across your operating model, and simulate the disruptions that matter most.
Learn moreReason
Conversational queries and research acceleration — grounded in structured data, traceable to source, and governed by human approval.
Learn moreWhen you model how the businessactually runs, the questions change.
Where can one failure threaten multiple critical/important services?
Which third parties create hidden concentration risk across the topology?
Which actions would most reduce operational risk and strengthen resilience?
These are the questions dependency-aware operational risk and resilience teams need to answer.
Built for environments where the evidence has to hold.
The operating model, evidence chain, and scenario testing are built to reflect how operational risk and resilience actually work — so mapping to your specific regulatory obligations is straightforward, not a retrofit.
Operational topology as evidence
Map the services, processes, systems, vendors, teams, locations, and information that operational resilience depends on.
Risk that follows dependencies
Identify where operational exposure concentrates, propagates, or hides across the dependencies that support important services.
Prioritized risk-reduction actions
Translate risk scores, scenario results, recovery gaps, and dependency exposure into actions that reduce risk and strengthen resilience.
Scenario testing that leaves a record
Capture injects, assumptions, decisions, impacts, recovery actions, owners, and lessons learned as structured resilience evidence.
Built for operational risk and resilience. The regulatory proof follows.
Built for environments where the evidence has to hold.
The operating model, evidence chain, and scenario testing are built to reflect how operational risk and resilience actually work — so mapping to your specific regulatory obligations is straightforward, not a retrofit.
Operational topology as evidence
Map the services, processes, systems, vendors, teams, locations, and information that operational resilience depends on.
Risk that follows dependencies
Identify where operational exposure concentrates, propagates, or hides across the dependencies that support important services.
Prioritized risk-reduction actions
Translate risk scores, scenario results, recovery gaps, and dependency exposure into actions that reduce risk and strengthen resilience.
Scenario testing that leaves a record
Capture injects, assumptions, decisions, impacts, recovery actions, owners, and lessons learned as structured resilience evidence.
Built for operational risk and resilience. The regulatory proof follows.
Start here, or start where you are.
OneScor works as a standalone operational risk and resilience platform, or as an intelligence layer alongside existing GRC systems. It adds what those systems rarely provide: a living model of how operational risk moves through the dependencies that support your most important services.
No existing GRC
Standalone. Begin with the operating model, dependency map, and resilience evidence base. Expand as maturity grows.
Existing GRC in place
Intelligence layer. Import existing data, model dependency exposure, and return prioritized risk-reduction actions.
Regulatory pressure
Evidence-ready resilience. Trace requirements, scenarios, decisions, actions, and recovery capability back to the operating model.