Translate cyber events into measurable energy loss.
BreachCalc Energy™ turns published cyber incidents into benchmark-backed exposure models for operators, executives, and investors. Normalize cost into $/MW, scale impact to portfolio size, and show how disruption cascades over time.
Interactive demo
Adjust portfolio size, event type multiplier, and disruption length to frame energy cyber exposure.
Why this works better than technical risk scoring
Technical severity does not tell a COO or CFO what an incident means to operations. BreachCalc Energy adds benchmark-backed financial translation so cyber risk can be discussed in business terms.
Benchmark-backed exposure
Anchor modeling to published incidents and sector recovery data instead of generic severity labels.
MW-normalized cost logic
Convert disclosed cyber costs into a practical loss-per-MW structure suitable for generation portfolios.
Board-ready messaging
Frame cyber incidents in terms of business disruption, downtime, and likely financial consequences.
Risk per MW gauge
Shows the current modeled loss-per-MW level relative to the benchmark range in the active scenario.
Modeled loss curve
Bounded and monotonic: slower early accumulation, faster mid-stage escalation, then a plateau toward the loss ceiling.
Benchmark anchors
Published incidents and sector benchmarks are normalized into a consistent reference model for energy risk translation.
| Incident | Date | Published cost | Reference MW | Normalized |
|---|
Built for conference demos, executive conversations, and SaaS-style positioning.
Use this page as a product landing experience, a workshop demo, or a leave-behind tool that shows how cyber events map to business impact across energy environments.
VoltAdvisor™
Financial interpretation for your BreachCalc results
Translate modeled cyber exposure into estimated business impact, executive talking points, and mitigation priorities.
Run a BreachCalc scenario to unlock VoltAdvisor insights.