Company Info

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We at SPI specialize in providing low-cost, advanced, long-range electro-optics, designed, customized, developed, and supplied to meet a variety of needs. Our product range includes long-range thermal FLIR and multi-sensor rifle scopes, with an option for acquiring used low-cost models. Our expertise extends into custom FPGA design and rapid 3D prototyping, alongside sensor blending and image fusion across up to 10 channels.

We offer a variety of imaging solutions such as long-range laser cameras, HD CMOS, and thermal imaging detectors cores & cameras. Additionally, we provide long-range HD visible and thermal superzoom telephoto continuous zoom optics. For more specialized needs, we have MWIR ultra-extreme long-range thermal FLIR infrared imaging cameras and LWIR long-range continuous zoom uncooled thermal FLIR infrared imaging cameras. Our range also includes CMOS night vision cameras and sensors, image and sensor fusion technology, image blending, and stabilization technologies.

Our catalogue encompasses various types of cameras and sensors like LLLTV, color low light level night vision, and EBAPS ISIE-11 cameras, alongside electronic digital and tubeless image intensifiers. We extend our offerings to custom head-mounted, hands-free goggles, weapon sights, and various platforms for mobile, marine, and airborne applications. For night vision needs, we offer a range of products including long-range digital and color night vision goggles, and dual sensor long-range PTZ thermal imaging FLIR cameras.

In the realm of sensor integration and customization, we provide a plethora of options including SCmos and CMOS custom sensor integration, integrated lasers in both visible and infrared spectra, and SWIR ingaas cameras and sensors. Our capabilities extend to image stabilization, custom gimbals, payloads, turrets from 2 to 5 axis, and a variety of drone, UAV, UAS, SUAS cameras, STUAS UAV detectors, sensors and imagers.

We also provide systems integration, custom electro optics/optronics design and manufacturing, kitting assemblies and contract logistics. Our enhanced night vision technologies include DNVS, DNVG, Enhanced Night Vision, NVG, DI2, EI2, TE-Photocathode, and Digital UXGA Low Light Level among others.

Our innovative efforts delve into novel digital imaging sensors in near, short, mid, and long-wave infrared like detector materials, Readout Integrated Circuits (ROICs), coolers, Quantum Efficiency (QE), and Noise Equivalent Temperature Difference (NETD). We also focus on novel optical imaging designs, displays and their optics like micro-displays and waveguides, varifocal display systems, augmented and mixed reality technologies.

Our research and development extend into innovative image and signal processing techniques, algorithms, artificial intelligence and/or machine learning techniques for size, weight, and power-constrained devices, computer vision, visual odometry, simultaneous localization and mapping (SLAM), photogrammetry, eye and head tracking, optical augmentation and detection systems, and false alarm detection reduction.

We also explore battlefield infrared (IR) laser systems and laser component technologies, hostile fire location, gunshot detection techniques, novel sub-system alignment and communication techniques, lightweight housing and optical bench materials. Our materials science efforts focus on light weighting, disposable and rechargeable battery technologies, autonomy for unmanned aerial/ground vehicles, novel precision targeting/tracking techniques like MEMS INS, rapid fire LRFs, rapid target acquisition (RTA), and passive rangefinding. Through these comprehensive offerings, we aim to provide cutting-edge ele