Opportunity
Automated Critical Infrastructure Failover Testing-as-a-Service
Backup infrastructure can pass routine maintenance checks while the real service still fails during the transition between power sources.
Decision snapshot
- Primary user
- Critical infrastructure operators with standby power: rail control centres, hospitals, airports, telecoms exchanges, water treatment works, emergency control rooms, ports, data centres and major public-sector facilities.
- Why now
- Regulatory assurance requirements; high cost of unplanned outages; ageing and mixed-vendor estates; increasing centralisation of control; government emphasis on CNI energy resilience.
- Initial wedge
- 'Chaos engineering for physical infrastructure': a managed platform and service for controlled failover exercises.
- Key uncertainty
- Strong evidence that the testing problem exists, supported by explicit HSE guidance and ORR concern. Clear willingness to pay in critical environments and a credible service-to-software path.
The problem
Backup infrastructure can pass routine maintenance checks while the real service still fails during the transition between power sources. Critical sites need a safe way to prove the complete sequence under realistic conditions: loss of mains, UPS ride-through, generator start, automatic transfer, load acceptance, application continuity and controlled recovery. Manual tests are expensive, disruptive and often infrequent, leaving long periods in which hidden faults can develop.
Who is underserved
Critical infrastructure operators with standby power: rail control centres, hospitals, airports, telecoms exchanges, water treatment works, emergency control rooms, ports, data centres and major public-sector facilities.
Evidence
HSE states that testing a diesel generator without proving auto-start and distribution switchgear is insufficient. ORR says signalling backup-power arrangements require stronger national assurance. Network Rail says power failures cause signals to fail safe and notes that UPS is used to minimise passenger delays.
Demand
Regulatory assurance requirements; high cost of unplanned outages; ageing and mixed-vendor estates; increasing centralisation of control; government emphasis on CNI energy resilience.
Competition
Generator, UPS and facilities-management companies offer maintenance and load-bank testing. The differentiated gap is orchestration and evidence across multiple vendors and the actual critical application, with scenario libraries, automated evidence capture and trend analysis.
The opportunity
'Chaos engineering for physical infrastructure': a managed platform and service for controlled failover exercises. It creates a digital test plan, coordinates permitted switching, timestamps each stage, monitors service continuity and produces a pass/fail report with remediation priorities.
Commercial model
Pricing classification
Proxy based — medium confidence.
Indicative pricing
£15k-£35k initial site assessment; £20k-£60k per controlled test depending on complexity; £30k-£120k annual platform/assurance subscription. Example: 20 sites on £50k annual assurance = £1m ARR plus testing services.
Evidence basis: Business Continuity, Resilience and Risk Management (£16,000–£38,000 per licence per year) is the closest verified adjacent anchor used here. Its buyer, duration and scope are not assumed to be identical; implementation is separated where the opportunity requires integration, assurance or managed delivery.
Commercial test
Ask the accountable infrastructure, security or operational-resilience owner to fund a paid test of Automated Critical Infrastructure Failover Testing-as-a-Service lasting 8–12 weeks, using an opening price of £15k-£35k and covering one operating environment, two credible failure scenarios and the associated control evidence. Paid scope: 'Chaos engineering for physical infrastructure': a managed platform and service for controlled failover exercises. Charge by operating site, control centre or regulated organisation and compare the fee with external assurance days, staff exercise time and the current cost of evidence assembly and recovery testing. Measure critical control gaps found, evidence lead time, recovery-time performance, exercise participation and unresolved high-severity actions. Continue only if the exercise or audit closes at least one material gap, produces an accepted evidence pack and demonstrates a credible 20% reduction in preparation or recovery effort. Stop or reprice if no material gap is found, recovery performance is not improved or the accountable buyer declines repeat assessment.
Monetisation models and pricing estimates are research-informed and indicative only. Where direct pricing evidence is unavailable, estimates may use comparable products, procurement data, adjacent market benchmarks and stated assumptions. They are not financial advice, forecasts or guarantees of commercial viability. Independent market, legal and financial validation is recommended before acting.
Score rationale
Underserved score 89/100
Strong evidence that the testing problem exists, supported by explicit HSE guidance and ORR concern. Clear willingness to pay in critical environments and a credible service-to-software path. Slightly below the assurance platform because delivery initially depends on specialist engineering and controlled access to safety-critical sites.
The score is evidence-informed editorial judgement based on manually reviewed sources. It is not a forecast or guarantee. How we score →
Evidence sources9
- Network Rail - Power failure can include backup-system issues
networkrail.co.uk
- Network Rail - Manchester power outage operational impact
networkrailmediacentre.co.uk
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