The Decision System for Critical Infrastructure Operators
Critical infrastructure disruptions cascade through dependencies operators often can’t see. Fusion’s Enterprise Resilience Decision System connects those dependencies so you can quickly understand what’s impacted, what happens next, and what to prioritize.
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How Does Fusion Support Critical Infrastructure Resilience?
That’s the job enterprise resilience software does: turn disruption exposure across assets, networks, and suppliers into a computed answer, not a manual reconstruction, spanning the physical and cyber domains a substation, a network node, or a critical supplier touches.
GRC platforms and OT asset registers are essential systems of record. Fusion is the decision layer above them, connecting a failure to the essential services and regulatory obligations it puts at risk, and to what should be protected first.
Connect Fusion to the Systems You Already Run
OT and ICS asset registers, GRC platforms, ERP, CMDB, and third-party monitoring feeds each hold part of the picture. Fusion connects their data to the essential services that depend on it, adding the context to see what is impacted, what happens next, and what to prioritize.
Four Questions Critical Infrastructure Operators Need to Answer at Decision Speed
Essential-service delivery is multi-layered and interdependent, and physical and cyber resilience are often owned by separate teams. When disruption occurs, leaders need connected operational context to answer four questions:
- What is impacted? Which essential services, sites, networks, and customer populations depend on the asset, system, or supplier that failed?
- What happens next? How could the disruption cascade (power to telecoms to water to transport), and in what sequence?
- What is the financial exposure? What does the outage cost in lost service, customer compensation, and regulatory exposure?
- What should we prioritize? Given current constraints, what should be protected or restored first to maintain minimum viable essential service, and can the sequence be defended to a regulator afterward?
These are enterprise resilience decision problems, not only compliance questions. Fusion connects risk signals to operational impact and recovery priorities so leaders can answer them, and defend the answer, at decision speed.
Question three is rarely small for critical infrastructure operators. Research shows 50% or more of total disruption loss is driven not by the outage itself but by delay — in detection, decision-making, and recovery coordination — and that delay routinely amplifies losses by 1.3x to 2.4x once manual triage, customer compensation, and regulatory exposure are factored in. An outage with a $2M base impact routinely becomes $3.5-4M in actual loss by the time essential service is fully restored.
Fusion’s Approach to Critical Infrastructure Resilience
Start with the essential services, assets, networks, or supplier relationships most exposed to disruption, or most central to your CER, NIS2, or NERC CIP obligations. Fusion’s continuously curated service-and-dependency model expands as your operations and designation status change.
Expose
Identify disruption exposure and critical dependencies across physical assets, networks, and suppliers.
Model
Test how a substation failure, a network outage, or a supplier failure could cascade across essential services.
Optimize
Determine what to protect or restore first based on current constraints and regulatory obligations.
Where Your Exposure Sits
What you operate, and how your network is structured, determines where disruption risk concentrates, and which regime governs your response.
Energy and Utilities
Connect generation, transmission, and distribution assets to the suppliers, facilities, systems, and teams that keep power and water flowing.
Aviation and Transport
Map ground handling, fuel, power, and air traffic dependencies so a single point of failure does not close an airport or a network.
Telecommunications and Digital Infrastructure
Understand how power, facilities, vendors, and network domains support the connectivity your customers, and their emergency services, depend on.
Water and Wastewater
Trace the dependency chain behind safe water: power, chemicals, telemetry, and third-party contractors, most of which sits outside your direct control.
Trusted by Enterprise Resilience Leaders
View all customer stories30–50%
Faster Recovery
Reduction in time-to-recovery across critical business services.
75%
Response Efficiency
Increase in incident response efficiency across cross-functional teams.
80%
Executive Confidence
Faster, more accurate response to executive questions during active events.
Simulate Disruptions Before They Happen
Run scenarios across substation and network failures, severe weather, third-party and nth-party exposure, and workforce constraints. See second- and third-order effects before an incident, and use the results to strengthen plans and prioritize resilience investment.
Explore Scenario Testing
Sequence Recovery to Restore Essential Services Faster
Fusion Recovery Optimization evaluates operational dependencies, available resources, and current constraints to help determine the most effective recovery sequence, one you can defend to a regulator after the fact.
Recovery Optimization
FAQs
Enterprise resilience software helps critical infrastructure operators identify, model, and respond to disruptions across their essential services.
It maps the dependency relationships between assets, networks, suppliers, and facilities, so operations and security leaders can compute the cascade impact of a substation failure, a network outage, or a supplier failure at decision speed, rather than reconstructing impact manually under pressure.
It also simulates disruption scenarios before they occur and sequences recovery actions to restore minimum viable essential service as fast as possible.
GRC platforms and compliance tools document that plans and risk assessments exist. Enterprise resilience software goes further: it maps the dependency relationships between assets, networks, and suppliers, models how a failure in one node cascades across essential-service delivery, and computes recovery priorities given real-world constraints.
The distinction that matters under CER, NIS2, and NERC CIP is that resilience software answers not only whether a plan exists, but what happens to essential services if a specific asset or supplier fails, and what to do first.
The most common risks include physical asset failures (substations, network nodes, control centers), severe weather and climate stress, third-party and nth-party supplier failures, and cyber incidents that cascade into operational technology environments.
Each of these disruptions moves differently through a given operator’s dependency network, and most organizations do not have the visibility to understand the full impact until after essential service has already been lost.
Fusion builds resilience capability on a continuously curated service-and-dependency model that encodes essential services, physical and cyber dependencies, third-party relationships, and recovery resources.
Rather than maintaining static compliance documentation, Fusion enables planning against live dependencies, so recovery plans reflect current operations rather than a snapshot from months earlier. The evidence CER, NIS2, and NERC CIP require, current dependency maps, tested scenarios, and demonstrable recovery sequencing, becomes a by-product of the same system operators use to respond.
Yes. Fusion integrates with GRC platforms, ERP systems, CMDB systems, OT and ICS asset registers, and third-party monitoring feeds.
These systems remain essential systems of record. Fusion operates as the decision layer above them, purpose-built to answer what is impacted, what happens next, what the financial exposure is, and what should be prioritized, questions systems of record were never designed to answer.
See Fusion in Action
See the cascade before essential services go down, and know what to prioritize when disruption hits.