HOW FLIR SUPPORTS EVERY CRITICAL STAGE OF THE MODERN DATA CENTER

THE OBJECTIVE: PROTECT UPTIME

In data centers, uptime isn't just a metric—it's the product. Every minute of downtime represents lost revenue for customers, potential SLA breaches, and damage to reputation that can take years to repair. Operations teams need to detect problems before they become failures, and failures before they become outages.

That is why early detection matters so much. Thermal anomalies in critical electrical and mechanical systems rarely appear out of nowhere. Heat builds before failure. Components degrade before they break. Cooling performance shifts before systems shut down. The earlier teams can see those warning signs, the greater their opportunity to intervene before a fault becomes an outage.

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Uptime Target

Industry standard for Tier III data centers, allowing only 52 minutes of downtime per year

Cost per Minute

Average cost of data center downtime per minute, according to industry research

Density Increase

Rack power density has tripled in many facilities over the past decade, increasing thermal stress

The Art of Knowing Exactly Who Is Where

—Thermal image of a person crouching behind a truck

Zone 1: Perimeter

Thermal cameras see heat. They do not care about darkness, rain, fog, or particularly dramatic cloud formations. Pair that with radar that can sweep a wide area and detects motion and you have a dual-technology confirmation system originally developed for nuclear site security.

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Flir dual-technology confirmation system pairs its thermal and radar technology to reduce false alarm rates ~90%.

Zone 2: Gate and Access

The floodlights around the building envelope should not stay on. They should come on when the camera and radar system agree that something worth illuminating has appeared. Until then, the site runs dark—better for neighboring communities, better for energy consumption, and considerably more alarming for anyone who assumed the darkness meant they were unobserved.

Designing with Raven Site Planning Software

Before placing any security products at a site, planners need to understand the location's layout, approach paths, and coverage constraints.

The Raven site planning tool supports this critical planning phase with professional‑grade security site planning built on an intuitive, Google Maps‑based experience. By modeling a site visually, teams can identify potential vulnerabilities, understand traffic patterns, and plan sensor placement with confidence before installation begins.

Raven helps designers simulate and place key security technologies—including ground radar, PTZ cameras, and multispectral fixed cameras—directly onto the site map. The tool visualizes camera range and field of view, helping teams validate coverage, minimize blind spots, and balance wide‑area detection with targeted verification.

Learn How Raven Works

Raven supports perimeter projects by helping teams:

  • Map perimeter boundaries, access points, and high‑risk zones using real‑world satellite imagery
  • Simulate radar and camera coverage to understand detection range and overlap
  • Optimize sensor placement to reduce over‑coverage and unnecessary hardware
  • Estimate the number and type of devices required, supporting accurate proposals and budgeting
  • Reduce installation risk by validating layouts before deployment

Raven turns perimeter design into a deliberate, repeatable process—ensuring that radar provides wide‑area awareness, thermal cameras are positioned for reliable confirmation, and visible cameras are placed where detail and context matter most.

Saving Product, Saving Money

Colocation provider prevents $2.1M worth of transformer failure through early detection with Flir.

Zone 3: The Generator Yard

A significant and growing number of data centers are not fully connected to the grid. Utility connections in high-demand areas can take years—and in the meantime, facilities are running on generators. Flir's thermal and acoustic imaging cameras watch generator systems for the signatures that precede failure.

Zone 4: Electrical Rooms and MDF

A developing electrical fault generates resistive heat before it generates anything else. A thermal camera sees that, from a safe working distance, without PPE, without the half-day of preparation that a traditional close-proximity inspection requires, making it easier to meet NFPA 70B regulations.

Hyperscale customer reduced electrical inspection time by 60%​.

In electrical room monitoring, Flir detected failures 72 hours earlier than competing systems in documented case studies.

Zone 5: Mechanical and Cooling

Large natural-gas generators may require periodic optical gas imaging inspections depending on jurisdiction, and larger chiller installations in the US can fall under annual inspection requirements tied to the AIM Act. In practical terms, Flir can support both sides of that challenge: optical gas imaging for leak detection, and automation cameras for mechanical breakdown and overheating.

"Refrigerant gas is around 4,000 times worse for the environment than methane. An undetected leak is not just a cost—it is an environmental liability that does not show up on any report until it is too late."
—Kyle McKinney, Flir's VP America Sales - Data Centers

All-in-one; predictive maintenance and fire detection

Zone 6: White Space and the Data Hall

Flir helps operators detect rack overheating, PDU degradation, cable hot spots, and early-stage fire risk before smoke spreads or alarms escalate. That makes thermal monitoring especially valuable in white space environments where early intervention can prevent disruption, equipment damage, or worse.

Zone 7: Edge and Remote Sites

Flir helps remote operators distinguish between genuine issues and noise, giving teams more confidence in what they are seeing before they send resources or escalate a problem.

Multilayered intelligence

By combining thermal, visible, and radar for security—and thermal, acoustic, and OGI for maintenance—you transform a patchwork of devices into a single, cohesive, intelligent system that protects your facility from every angle.

The perimeter stays secure. The electrical infrastructure stays monitored. The chillers stay compliant. The mechanical plant stays ahead of failure. And your operations team stays informed—with fewer false alarms, stronger detection across all conditions, faster decisions, and a platform that scales with your sites, your risk, and your ambitions.