Technologies

Digital Optics & First-Person Vision Enhancement

Our expertise in embedded systems and Quantum based low-light vision deliver the ultimate smart camera.

• State of the art image sensors
• Embedded digital amplification with advanced FPGA/ASIC
• Networkable vision
• Advanced noise reduction algorithms
• True color night vision
• Recording of night vision
• Clutter cancellation algorithms
• Automatic target recognition (ATR)
• Parallax/Perspective Correction
• Gigapixel and panoramic/ultra wide-field

Digital optics are the wave of the future.

LIVE VIDEO ENHANCEMENT

AI with Robotic Vision

• Add night vision to any camera system with no illuminators
• Real-time vision with no perceivable delay
• Low power, minimal footprint (reduced SWaPC)
• Flexible input and output standards
• Functions include motion detection and object recognition
• Custom targeting functions available
• Runs LENS technology in real-time
• Multi and hyper-spectral (FLIR, NIR, X-ray, Sonar/Acoustic, UV)

iLIVE - Real-time Embedded Computer Vision

The iLIVE™ system is a video enhancement computer that adds night vision capability and targeting functions to any existing video system. The iLIVE system uses our proprietary, physics-based noise reduction and vision enhancement library (LENS) to enhance visual quality in real-time. Targeting functions are customized for your application. Available as an embedded system or as a SoC/ASIC.

Click to see iLIVE at CTTSO!

Software Suite for Low-light Imaging & Real-time Embedded Video AI

LENS Library™ - Library of Enhanced Night-vision Software

• Low light imaging with noise reduction
• Video Algorithms for UAV, and autonomous vehicles, and robotics
• Clutter removal
• Facial Recognition 
• Anti-blooming and constant horizon finder
• Fast Automatic Target Recognition (ATR)
• Perimeter detection with alerts
• Video Compactor (temporal compression)
• Parallax Correcting/Perspective Change
• Glint and lens finding
• Hyperspectral fusion with ray- and wave-tracing
• Custom Algorithms 

Low-light Imaging + Design

We offer unique solutions in the realm of low to extreme low-light imaging. Our image amplification technology enables extended capabilities on new designs, System on a Chip (SoCs), Software Defined Hardware (SDH), as well as legacy system upgrades. Our in-house image enhancement library enables software and hardware based solutions for your imaging needs.

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Laser Applications + Analysis

We offer expertise and project management experience in laser and directed-energy projects including:

• Laser sensing and scanning
• High Energy Laser system analysis
• High power laser design
• Atmospheric propagation
• Adaptive and active optics
• Diffractive optics
• Thermal blooming analysis
• AMPERES propagation code

Laser Tools Showcase Example

Our ShieldRAY technology is the application of efficient diode laser technology in battery-powered, handheld form-factors with superior SWaPC characteristics.

• Remote tripwire detection
• Camera/sensor denial
• Area/sensor/night-vision denial
• Canine direction
• Forensics
• Handheld and Picatinny mounts
• Ruggedized

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Advanced Sensor Systems // Robotic Senses

The Future is in Sensor Analytics

We offer expertise in sensor design, sensor fusion, deployment, sensor network design and nano-power electronics. Our self-powered, self-healing Zero-Power Sensor Networks™ offer a very long life-solution for sensor networks utilizing renewable energy to ensure virtually infinite network power life. Our sensor capabilities include Chem/Bio, Nuclear/Radiation, Environmental and Engineering class sensors and sensor networks. We offer flexible protocols to fit any data requirement and integrate power savings and low cost into each design.

AMP Smart Sensor Design Solutions

• Smart Tactical Power Grid (Sense and Control PLC)
• Scientific Data Gathering
• Sensor Network Implementation
• Asset Environmental Monitoring
• Zero Power Sensor Networks

Sustainable Green Tech

AMP Research applies physics and best engineering practices to helping the environment by reducing energy expenditures and optimizing both human comfort and energy efficiency. Our optical technologies result in both highly pleasing lighting solutions that save energy and increase productivity in the work environment as well as comfort at home. We specialize in understanding the thermodynamic processes in energy underpinning our solar-assisted technologies for cooling and power.

• Solar assisted cooling technology
• Solar boosted sterling technology
• Solar nano-tech for ultra-efficient lighting
• Diffractive and adaptive optics for optimized renewable energy utilization
• Computational models of thermodynamic processes (thermal transport)
• Eye-balanced LED lighting
• No-shadow lighting