Data Center OT Cyber Risk Quantification

Most operators can't say what an hour of OT downtime would cost

Power, cooling and building management systems are OT. When they fail, the loss is counted in revenue per hour, not in records.

Campuses where IT meets OT

Power distribution, cooling and BMS run on industrial controllers, often managed by third parties, with little OT network monitoring.

One data center · power and cooling chain

1
Chiller plantNo OT monitoring · vendor-managed controls
2
Cooling capacityLose a link and compute in that zone is derated

Unmonitored siteMonitored sitePower and cooling path

92%without OT monitoring

24sites

2with OT monitoring

One incident, many kinds of loss

Downtime, SLA credits, damaged power and cooling equipment and recovery hit at once. The DeRISK Consequence Model counts each cost exactly once.

Loss from one event · $6.8M

Revenue and SLA credits$4.1M

Equipment damage$1.4M

Recovery and restart$0.8M

Contract penalties$0.5M

1 hourAt hyperscale, one hour of downtime can cost millions in lost revenue and SLA credits.

A color can't be budgeted

Boards, regulators and insurers need a number. A heat map can't go into a budget or a renewal; an Expected Annual Loss can.

Heat map

Hyperscale campuses High
Colocation High

DeRISK · EAL

Hyperscale campuses $7.8M
Colocation $3.6M

Quantify, reduce and transfer
OT cyber risk in data centers

Put a dollar figure on every campus, from cooling plant to power feed

DeRISK™ CRQ quantifies OT cyber risk site by site and rolls it up to the portfolio, so the board, the CFO and the CISO work from the same Expected Annual Loss.

Expected Annual Loss, Value at Risk and loss exceedance (OEP/AEP), site by site and across the portfolio
A 50-question assessment in the DeRISK Control Model, NIST SP 800-82r3 or IEC 62443
Five role-based reports at Level 3 Board-Grade, from the Cyber Risk Brief to the Risk Transfer Evidence Bundle

Explore DeRISK CRQ →

Built around how data centers actually run

DeRISK™ CRQ models your portfolio the way you run it: hyperscale campus and colocation site, cooling plant to power feed.
Each site’s Expected Annual Loss traces to the losses that matter here: lost capacity in megawatts, megawatt-hours of downtime, damaged power and cooling equipment.
Every site rolls up into one portfolio view your CFO and insurers read the same way.