Teledyne FLIR 🇺🇸

📍 Wilsonville, Oregon, USA

🏢 Founded 1978

🌍 Thermal Imaging & Infrared Security

Overview Innovations Products Applications FAQs Resources

Company Overview

Teledyne FLIR (Forward Looking Infrared) is the undisputed global titan of thermal imaging technology. Founded in 1978 to engineer thermal systems for airborne applications, the company has grown into a massive defense and enterprise powerhouse. If you are watching police helicopter footage tracking a suspect running through a forest at midnight, or a military drone identifying a target, you are almost certainly looking through a FLIR sensor.

In the live event and commercial security space, standard optical cameras are utterly useless in heavy fog, thick smoke, or pitch-black darkness. FLIR cameras do not see light; they see heat. This allows security directors at massive outdoor music festivals, sprawling theme parks, and critical infrastructure sites to detect human intruders miles away, regardless of weather conditions or camouflage.

Acquired by the massive aerospace conglomerate Teledyne Technologies in 2021, FLIR continues to engineer the absolute most advanced uncooled vanadium oxide microbolometers (the sensors that detect heat) on earth. Their security cameras are not meant to identify a specific face; they are meant to guarantee that nothing alive can breach your perimeter undetected.

Core Technologies

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Thermal Microbolometers

FLIR engineers the absolute finest thermal sensors on earth. By detecting the minute differences in heat radiation (rather than visible light), these cameras can ‘see’ a human body through heavy fog, smoke, rain, or absolute darkness.

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Perimeter Intrusion Analytics

Because thermal cameras provide incredibly high-contrast images (a hot human body glows brightly against a cold background), FLIR’s onboard AI analytics are virtually flawless at detecting perimeter breaches without false alarms from shadows or headlights.

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Radiometry (Temperature Measurement)

Many FLIR cameras are ‘radiometric,’ meaning they don’t just see heat—they measure the exact temperature of every pixel in the frame. This is heavily used in industrial events to detect if a massive generator or server rack is overheating before it catches fire.

Featured Solutions

FLIR Elara™ Series

Massive, premium multispectral PTZ cameras that combine a long-range optical zoom lens with a highly advanced thermal sensor, used to secure the massive perimeters of airports and outdoor festival grounds.

FLIR FC-Series AI

Fixed thermal security cameras equipped with advanced deep-learning analytics. They are deployed along massive fence lines to instantly classify whether a heat signature is a human intruder, a vehicle, or just a wandering animal.

United VMS

FLIR’s enterprise video management software. It is heavily optimized for perimeter security, allowing guards to instantly view thermal radar tracks and manage complex alarm protocols across massive sites.

Ideal Industry Deployments

🎪 Outdoor Festival Perimeters

✈️ Airport & Critical Infrastructure

🏭 Industrial Fire Prevention

🚁 Airborne Law Enforcement

Frequently Asked Questions

Can a FLIR thermal camera see through walls?

No, that is a Hollywood myth. Thermal cameras detect the heat radiating off the surface of an object. They cannot see through walls, clothing, or even glass. If a person is behind a window, the camera will only read the temperature of the glass itself.

Why would an event use thermal instead of normal cameras?

Standard cameras rely on massive floodlights to see at night. If you are securing a massive outdoor festival perimeter (like a forest line or a large parking lot), lighting the entire area is impossible. A thermal camera can detect an intruder sneaking through the trees in pitch darkness from miles away.

What is the difference between FLIR and Teledyne FLIR?

FLIR Systems was acquired by Teledyne Technologies (a massive US aerospace and defense conglomerate) in 2021 for $8 billion. The company was subsequently rebranded to Teledyne FLIR, combining their massive engineering resources.