Our first-priority segment — and the only one offered all three solutions: autonomous inspection, standoff detection, and Norblis Inside co-development. Mid-IR photonics operating where conventional optics go dark.
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The 2500–4600 nm spectral window is where chemical warfare agents, jet exhaust, and IR seekers emit. Conventional EO sensors are blind here. NORBLIS lasers probe this exact region — resolving airborne threats, seeker signatures, and CBRN agent concentrations at standoff range, through atmospheric obscurants.
Defence is offered the full NORBLIS portfolio. Surface Inspection for composite and structural integrity on platforms and munitions; Detection & Monitoring in the 2500–4600 nm window where chemical agents, jet exhaust, and infrared seekers emit; and Norblis Inside — funded co-development that puts our world-leading mid-IR expertise inside your program. Compact, fiber-coupled modules integrate into existing airborne and ground platforms without bulk optics or specialized installation.
Mid-IR laser permanently blinds drone sensor arrays at standoff range — no kinetic engagement required
Broadband mid-IR countermeasure defeats heat-seeking missile guidance — effective across the full 2500–4600 nm seeker window
Simultaneous identification of chemical warfare agents, explosives, and toxic industrial compounds from a single mid-IR sweep
CH₄, CO₂, and NOₓ detection at ppb sensitivity from altitude — real-time plume mapping over conflict or industrial zones
Conventional EO/IR sensors operate in the 400–2000 nm window. NORBLIS mid-IR lasers probe the spectral fingerprint region (2500–4600 nm) where chemical agents, jet exhaust, and propellant plumes emit with unambiguous signatures — through haze, smoke, and atmospheric obscurants.
Request technical briefingNORBLIS fiber-coupled modules deliver the mid-IR output to disrupt drone optics, jam IR seekers, and degrade sensor payloads — from compact pods that integrate into existing airborne platforms without structural modification.
Explore integration optionsEvery chemical compound absorbs mid-infrared light at characteristic frequencies. NORBLIS broadband supercontinuum lasers illuminate targets across the full 2500–4600 nm absorption atlas — resolving trace CBRN agent concentrations at safe standoff distance.
Request CBRN capabilities briefBeyond our products, NORBLIS offers its mid-IR knowledge base for funded development. These are capability programs we are positioned to develop — fund the program, and our world-leading photonics expertise builds it into your platform.
Indicative programs — scoped and developed under funded contract. Talk to our team to define a program.
Our team works directly with defense integrators and platform operators to configure laser module solutions for your program requirements.
