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Overwatch Imaging, Wide-area search, Wide-area imaging, Wide area motion imagery, Sensor enhanced fire recon, Sensor enhanced, Airborne ISS, Airborne imaging, Airborne imaging, Multispectral payload, Aerial mapping , Multispectral imaging, Multispectral mapping , Fire mapping, Wildfire mapping, Fire terrain mapping, NIROPS, Integration , Autonomous image processing, Aerial ISR, Airborne search and rescue, Maritime search and rescue, Maritime ISR, Coastal surveillance system, Vision systems, Remote sensing, edge computing, AI enabled, Artificial intelligence, Geospatial, Cross-cueing, Wide area scanning, Situational awareness, Computer vision, Dual-asix, NADIR, Step-stare , Payload , Smart sensor, Cursor on target, Collaborative AI, Distributed Sensing, Agile combat deployment, Personnel recovery Sensor-to-sensor, Unmanned aircraft, Uncrewed systems, UAV, UAS , Disaster response, Unmanned systems, Infrastructure inspection, Linear asset inspection , Combat search and rescue.

Overwatch AI

SMART AUTOMATION SOFTWARE
for search, analysis, and reporting 

Overwatch Imaging is building the future of geospatial intelligence with an ever-evolving suite of powerful AI software designed to automate intelligence gathering, processing and reporting tasks. OVERWATCH AI software is collaborative, customizable, mission-specific, and can be deployed with 3rd party gimbals to automate otherwise manually-intensive tasks and dramatically improve a system's wide-area search, mapping, and ISR capabilities.

  • Proven mission-specific AI sets

  • Customizable, trainable modules

  • Powerful detection algorithms

  • Automated sensor operation

  • Rapidly evolving feature sets

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Operates on Overwatch systems
AND 3rd party FMV gimbals

Search

Overwatch Imaging, Wide-area search, Wide-area imaging, Wide area motion imagery, Sensor enhanced fire recon, Sensor enhanced, Airborne ISS, Airborne imaging, Airborne imaging, Multispectral payload, Aerial mapping , Multispectral imaging, Multispectral mapping , Fire mapping, Wildfire mapping, Fire terrain mapping, NIROPS, Integration , Autonomous image processing, Aerial ISR, Airborne search and rescue, Maritime search and rescue, Maritime ISR, Coastal surveillance system, Vision systems, Remote sensing, edge computing, AI enabled, Artificial intelligence, Geospatial, Cross-cueing, Wide area scanning, Situational awareness, Computer vision, Dual-asix, NADIR, Step-stare , Payload , Smart sensor, Cursor on target, Collaborative AI, Distributed Sensing, Agile combat deployment, Personnel recovery Sensor-to-sensor, Unmanned aircraft, Uncrewed systems, UAV, UAS , Disaster response, Unmanned systems, Infrastructure inspection, Linear asset inspection , Combat search and rescue.

AUTOMATED SENSOR OPERATION enables high-efficacy wide-area search and ISR activities through smart, systematic, mission-specific controls. This increases efficiencies and frees humans in the loop to focus on other tasks.


Example Capabilities:

  • Sensor steering and control

  • Geo-referenced image data

  • Automated search patterns

  • Customizable path following

  • 3rd party gimbal control

Analyze

Overwatch Imaging, Wide-area search, Wide-area imaging, Wide area motion imagery, Sensor enhanced fire recon, Sensor enhanced, Airborne ISS, Airborne imaging, Airborne imaging, Multispectral payload, Aerial mapping , Multispectral imaging, Multispectral mapping , Fire mapping, Wildfire mapping, Fire terrain mapping, NIROPS, Integration , Autonomous image processing, Aerial ISR, Airborne search and rescue, Maritime search and rescue, Maritime ISR, Coastal surveillance system, Vision systems, Remote sensing, edge computing, AI enabled, Artificial intelligence, Geospatial, Cross-cueing, Wide area scanning, Situational awareness, Computer vision, Dual-asix, NADIR, Step-stare , Payload , Smart sensor, Cursor on target, Collaborative AI, Distributed Sensing, Agile combat deployment, Personnel recovery Sensor-to-sensor, Unmanned aircraft, Uncrewed systems, UAV, UAS , Disaster response, Unmanned systems, Infrastructure inspection, Linear asset inspection , Combat search and rescue.

REAL-TIME DATA ANALYSIS 
with mission-specific software that ingests data from the sensor, processes it on the edge and delivers actionable  intelligence to an operator or networked system for further review. Overwatch AI can be trained to meet operational requirements and enhances human interpretation capabilities.
 

Example Capabilities:

  • Customizable object detection

  • Fire, flood, oil spill mapping

  • Change detection

  • Automated maritime search

  • Fire detection and mapping

Report

Overwatch Imaging, Wide-area search, Wide-area imaging, Wide area motion imagery, Sensor enhanced fire recon, Sensor enhanced, Airborne ISS, Airborne imaging, Airborne imaging, Multispectral payload, Aerial mapping , Multispectral imaging, Multispectral mapping , Fire mapping, Wildfire mapping, Fire terrain mapping, NIROPS, Integration , Autonomous image processing, Aerial ISR, Airborne search and rescue, Maritime search and rescue, Maritime ISR, Coastal surveillance system, Vision systems, Remote sensing, edge computing, AI enabled, Artificial intelligence, Geospatial, Cross-cueing, Wide area scanning, Situational awareness, Computer vision, Dual-asix, NADIR, Step-stare , Payload , Smart sensor, Cursor on target, Collaborative AI, Distributed Sensing, Agile combat deployment, Personnel recovery Sensor-to-sensor, Unmanned aircraft, Uncrewed systems, UAV, UAS , Disaster response, Unmanned systems, Infrastructure inspection, Linear asset inspection , Combat search and rescue.

ACTIONABLE INTELLIGENCE 
delivered in real-time via edge processing and a simple user interface. Raw data is distilled down to the most important information, reduced for transmission and delivered to operators or networked systems for review or action.
 

Example Capabilities:
• Interactive map display
• Sensor data fusion
• Mission-specific image outputs
• Simple network integration
• Data reduction for transfer

Overwatch AI: Change Detection 

Overwatch AI autonomously controls sensor operation over scan area to optimize coverage based on flight profile. After second pass over the same area of interest, onboard software compares data from both flight paths and finds changes between the scenes. Changes are georeferenced on an interactive map for user/operator review. 

Overwatch AI: Fire Mapping

Overwatch systems are designed to simultaneously operate multiple area scan cameras, including visible band (RGB), near infrared (NIR), shortwave infrared (SWIR), mid-wave infrared (MWIR) and long-wave infrared (LWIR) in a co-boresighted system with a dual-antenna Global Positioning System (GPS) inertial navigation system. The sensors feed full bit-depth data to onboard AI-enabled GPU-accelerated image processors, which run Overwatch Imaging proprietary software to register, mosaic, align, geolocate, compress, and analyze imagery.

More Examples

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