SPATIAL PREDICTIVE TECHNOLOGY
High tech solutions for GPS denied environments that enhances perception and awareness.
Target Acquisition System
SPARC AI’s Target Acquisition System is a proprietary software for determining the location and distance to any distance object, without connection to GPS or satellite.
This powerful surveillance solution does not rely on lidar, radar, laser, inertial navigation system or sensors. It also does not rely on image recognition software.
The Target Acquisition System is highly accurate and can be installed on any camera device from drone cameras to large surveillance systems.
Integration With PARROT ANAFI USA Drone
Use the SPARC AI Target Acquisition System and Autonomous Flight with your Parrot ANAFI USA Drone.
Fully integrated and can be deployed in less than a minute
Record the distance between the drone and any point of interest in seconds.
Record the location of any point of interest
Works in GPS-denied environments
Fly autonomously to any point of interest and fly home capability
Autonomous Flight
SPARC AI’s Alternative Navigation System powers autonomous flight for UAVs and drones, without GPS.
Target Acquisition – Zoom and target a point of interest and records its location and distance.
Using SPARC AI to autonomously fly and self navigate to a point of interest.
Self navigates and return to base
STRIKE 1 - Loitering Munition Drone
SPARC AI is developing the technology for a low-cost loitering munition drone ’STRIKE 1’.
STRIKE 1 is being designed:
to be geo-spatially aware, calculates location and distance of target enemy onboard the drone
to work without GPS or connection to satellite or a radio connection to a controller
to operate in a network of drones in an orchestrated attack
The company will look to licensing the technology to defence contractors that can take the product to market.
Given the potential dangers of using this technology, STRIKE 1 will only be sold via appropriate channels. The Company will seek legal advice before entering into any commercial contract.