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Purpose-built for next-generation sensing missions, SPEC’s advanced photonic solutions deliver high-resolution data, advanced signal processing, and data fusion, enabling precise detection, characterization, and three-dimensional spectral and chemometric scene understanding across biochemical and chemical domains in environments where traditional sensors are challenged. Engineered for air, land, maritime, and space platforms, SPEC’s LiDAR/LADAR and hyperspectral solutions provide a reconfigurable, algorithm-driven, AI/ML sensing engine that scales from targeted measurements to complex multi-domain operations.
Miniature Long-Range LADAR
In long‑range missile and space engagements, seeing more detail at greater standoff is a decisive advantage. SPEC’s flight‑hardened, miniature Inverse Synthetic Aperture LADAR (ISAL) delivers ultra‑high‑resolution 3D imaging for air and space missions within a compact, SWaP‑optimized package, engineered around demanding missile defense requirements for target cross section, closing speed, optical window constraints, and high‑fidelity imaging at operational ranges.
Dual Purpose LIDAR
In modern contested air and surface environments, operators need more than just detection; they need precise, reliable information through clutter, camouflage, and harsh atmospherics. SPEC’s dual‑purpose miniature LADAR fuses advanced 3D imaging and laser rangefinding in a single, compact, eye‑safe sensor, delivering millimeter‑level resolution and long‑range precision for a wide range of airborne ISR platforms.
Optical Proximity Fuze
Small unmanned aerial systems (sUAS) are hard to kill with traditional interceptors; their low signatures, agility, and small radar cross sections make conventional, direct‑hit engagements unreliable. SPEC’s optical proximity fuze, built on ultra‑miniature, flight‑proven LADAR technology, turns the Advanced Precision Kill Weapon System (APKWS) into a smart, low‑cost counter‑UAS interceptor that can detect, track, and detonate against small drones at lethal standoff ranges.
Raman Spectral LADAR
In space, aerospace, and remote-inspection missions, understanding what a surface is made of can be as important as knowing where it is. SPEC’s Raman Spectral LADAR combines high-accuracy 3D imaging with chemical identification and low-light spectral sensing in a compact package. By mapping the unique Raman signatures of surface materials and overlaying them onto a detailed 3D model, the system can help identify minerals, chemical films, leaks, damage, plumes, and other mission-relevant surface features at standoff range.