AMP Research, Inc. designs and produces the world's finest optical simulation, optical CAD/CAM and electro-optical products. Products range from AMPERES delivering super-computer quality wave optics simulations to your desktop to LENS, revolutionizing the world of night-vision. The iLIVE system can transform any video camera into a powerful all weather viewing device at a fraction of the cost of other systems.
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 | AMPERES is a premium, world class, wave-optics simulator that delivers super-computer class results to your desktop PC, using an exact wave optics physics solution. The advanced graphical interface requires no previous experience with wave optics simulators and has easy to use guides for many applications.
Available September 30, 2008. |
 | AMPERES Telescope Designer Tool: This advanced telescope design and simulation tool is based on the AMPERES core and provides a high-powered CAD/CAM interface for designing and developing advanced next generation telescopes. The tool works for diffractive, conventional and adaptive designs, including those using Laser Guide Stars. This software package uses Real-Physics(TM) and true wave-optics simulations to deliver super-computer quality results on a Desktop PC.
Available January 1, 2009. |
 | AMP Research's Lightweight Enhanced Night Vision or LENS devices will revolutionize the way the SO/LIC and ARMY warfighter operate in all-weather-conditions. LENS is based on solid stated devices and focuses on user comfort and invisibility while employing advanced technology displays and multimedia DSP processing.
In development |
 | The iLIVE (inLine Instant Video Enhancement) combines advanced DSP technology with a simple, intuitive plug-n-play (PnP) interface. The iLIVE device will turn any ordinary security camera into a powerful all-weather viewing device with a focus on motion detection and night-time capabilities. The iLIVE device is compatible with analog video systems and can be added inLine to existing security systems, eliminating the need for expensive cameras to see dimly light conditions. The motion detection technology eases operator workload in multiple view situaitons by providing visual queues.
In development |
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