FLIR, now operating as part of Teledyne FLIR, is a U.S.-based technology company founded in 1978 and recognized as a global leader in thermal imaging, infrared sensing, and advanced perception technologies. The company develops and manufactures thermal cameras, machine vision systems, video analytics platforms, measurement and diagnostic instruments, and security solutions for industrial, commercial, public safety, defense, and infrastructure markets. Its expertise supports applications such as predictive maintenance, condition monitoring, industrial inspection, optical gas imaging, transportation security, and critical infrastructure protection. FLIR’s added value lies in its long-standing innovation in infrared technology, integration of AI-powered analytics, high-performance sensing systems, and industrial-grade reliability that help organizations improve safety, operational efficiency, and asset management. With a worldwide presence, FLIR serves sectors including energy, utilities, manufacturing, oil & gas, transportation, research, defense, and public safety across global markets.
Flir will showcase its latest advancements in AI‑enabled perimeter protection at The Security Event (TSE) in Birmingham from April 28–30, highlighting the company’s innovative capabilities and their multilayered approach to securing complex environments.
Extech, a Teledyne Flir brand, today announced the launch of Extech.com, a refreshed, dedicated website designed to make exploring Extech tools easier, faster, and more intuitive for technicians, field professionals, and distributor partners.
One of the most advanced bike-fitting studios worldwide is tapping into the benefit of Flir thermal imaging technology to push the boundaries of sports science and biomechanics at all levels of cycling.
In 2025, a public corporation in South Korea responsible for domestic LNG operations introduced the Flir GF77a optical gas imaging (OGI) camera to strengthen methane leak monitoring at the pressure regulation facilities of the Boryeong LNG Terminal.