Operational impact · Financial exposure

BreachCalc

Loading sector assumptions…

INCIDENT LAB / CHEMICALS

Production
interrupted.

The Clorox cyber incident, explored.
Follow the disruption from business systems to plant output.

CLOROX · AUGUST 2023Historical incident · Fictional plant modelVOICE / BRUCE – MELLOW

Loading narration and captions…

BUSINESS SYSTEMS → PLANT OUTPUTT+00 h
Enterprise IT servicesBusiness systems available
OPERATIONAL DEPENDENCY · NOT AN ATTACK PATH
Orders & production schedulingAutomated workflow available
Blending, filling & dispatch100 tonnes/h · illustrative baseline

Browser-local training simulation. No connection to a real plant. Diagram is simplified; time is compressed.

STAGE 1 / 5

Production interrupted

100 t/hModeled production
0 tCumulative lost output
$0Lost contribution

Research, model assumptions & transcript

Historical record: Clorox disclosed unauthorized IT activity on August 14, 2023. Its September 18 filing describes damaged IT infrastructure, reduced-rate manual order processing and product availability problems; production had resumed at the vast majority of sites. Its October 4 update confirms that the transition to automated order processing began September 25.

Reported business context: Final Q1 FY2024 results reported net sales down 20% to $1.4 billion and approximately $24 million in cyberattack-related costs. The sales decline is a company-wide quarterly comparison, not a plant loss estimate or a pure measure of cyber damage.

Exercise assumptions: This is a fictional chemical-production dependency model, not a specific Clorox facility. The cited disclosures do not establish recipe manipulation, compromised safety controllers or a chemical release. The twelve-hour timeline, complete stop, response paths and all metrics below are illustrative. Both paths assume authorized return to baseline at hour 12; faster partial recovery is not guaranteed.

Illustrative capacity · baseline 100 tonnes/hour
IntervalExtended disruptionCoordinated recovery
0–2 hours100 t/h100 t/h
2–6 hours0 t/h0 t/h
6–12 hours0 t/h50 t/h

Lost output = sum of (100 − interval production rate) × interval hours. Lost contribution = lost tonnes × assumed $200/tonne contribution margin. At hour 12: 1,000 t / $200,000 versus 700 t / $140,000. Lost output is relative to uninterrupted baseline production; no catch-up production is modeled. This excludes response, restart, equipment and environmental costs. These metrics do not modify the financial calculator below. Narration advances stages; muted playback advances at reading pace.

Read the full narration transcript

Loading calculator…

Saved scenarios

Saving, sharing and PDF export require an active license. Public calculations remain available offline.