Automated Sensor Operator (ASO)
Edge based for real-time data analytics and intelligence delivery
Adds AI-driven automate capabilities to 3rd party sensor systems
AI-driven detection models customizable and trainable
Frees operator burden and task saturation by automating human-intensive tasks
Automates sensor operation and data collection
Supports CoT Messaging
Search wide areas autonomously
Automated Sensor Operator (ASO)
Edge-based, AI-enabled wide-area search and ISR automation capabilities for common sensor platforms
Products & Services
PT-Series smart sensors
Overwatch Imaging
Outward facing payloads optimized for wide-area search, detection, and ISR missions.
PT-Series smart sensors are versatile, autonomous, multi-mission imaging systems optimized to quickly search vast areas and detect small objects of interest. Positive search results alert pilots, operators, or other networked devices with geospatial intelligence. These systems are day and night capable, and are SWaP optimized for integration into a wide range of crewed and uncrewed aircraft.
Automated step-stare imaging provides high-resolution multispectral data
Real-time onboard processing
Powerful suite of AI modules available
Custom integration support
Edge processing and computing
PT-Series smart sensors are versatile, autonomous, multi-mission imaging systems optimized to quickly search vast areas and detect small objects of interest. Positive search results alert pilots, operators, or other networked devices with geospatial intelligence. These systems are day and night capable, and are SWaP optimized for integration into a wide range of crewed and uncrewed aircraft.
Automated step-stare imaging provides high-resolution multispectral data
Real-time onboard processing
Powerful suite of AI modules available
Custom integration support
Edge processing and computing
TK SERIES SMART SENSORS
Overwatch Imaging
NADIR oriented sensor payloads optimized for high-resolution, wide-area mapping and ISR
TK-Series smart sensors are intelligence workhorses packed with cutting-edge remote sensing and edge computing technology. Powered by sophisticated AI and machine learning routines, TK systems are developed for a wide range of missions and applications. TK systems are optimized for high-resolution imagery that can be viewed in real-time, processed and delivered quickly, or archived for post processing.
Automated step-stare imaging provides high-resolution multispectral data
Real-time onboard processing
Powerful suite of AI modules available
Custom integration support
Edge processing and computing
TK-Series smart sensors are intelligence workhorses packed with cutting-edge remote sensing and edge computing technology. Powered by sophisticated AI and machine learning routines, TK systems are developed for a wide range of missions and applications. TK systems are optimized for high-resolution imagery that can be viewed in real-time, processed and delivered quickly, or archived for post processing.
Automated step-stare imaging provides high-resolution multispectral data
Real-time onboard processing
Powerful suite of AI modules available
Custom integration support
Edge processing and computing
Description
Automated Sensor Operator (ASO) utilizes a Computer Vision method in acquiring, processing, and analyzing sensor data, at the edge. By applying a mission specific trained target set the AI (ML/Deep Learning method) algorithm distils rich data down to actionable intelligence, which can be exploited and disseminated with negligible latency. By leveraging artificial intelligence, the human-intensive role of searching for small objects of interest in large geographical areas is greatly enhanced both in target detection accuracy, fixed search patterns, and larger searchable area.
Proven mission-specific AI sets
Customizable, trainable modules
Powerful detection algorithms
Automated sensor control & image capture
Rapidly evolving feature sets
Proven mission-specific AI sets
Customizable, trainable modules
Powerful detection algorithms
Automated sensor control & image capture
Rapidly evolving feature sets
