Sysnav
Public Sector
Founded in 2008, SYSNAV is an innovative French company which specializes in navigation, geolocation and motion capture solutions, for GPS-denied environments, providing 3D geolocation in real-time with high precision, accuracy, timeliness, and reliability across the widest possible range of environments and without pre-deployed infrastructure. SYSNAV's unique and patented magneto-inertial technology is available for different verticals and use cases: - personnel geolocation in GPS-denied conditions: first responders, firefighters, dismounted soldiers, energy and petrochemical industry workers, security and surveillance; - vehicle geolocation in GPS-denied conditions: airports, police, road safety, mobility, and autonomous vehicles; - motion capture: pharmaceutical industry / clinical trials (neuromyopathies); The specificity of SYSNAV resides in its magneto-inertial technology which makes it possible to accurately reconstruct a 3D trajectory, without any pre-deployed infrastructure, in a variety of application areas.
Basics
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Number of Employees
51-200 employees
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Stage
Prototype (MVP) Ready
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Founded
2008
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Primary Industry
Public Sector
Description
Founded in 2008, SYSNAV is an innovative French company which specializes in navigation, geolocation and motion capture solutions, for GPS-denied environments, providing 3D geolocation in real-time with high precision, accuracy, timeliness, and reliability across the widest possible range of environments and without pre-deployed infrastructure.
SYSNAV's unique and patented magneto-inertial technology is available for different verticals and use cases:
– personnel geolocation in GPS-denied conditions: first responders, firefighters, dismounted soldiers, energy and petrochemical industry workers, security and surveillance;
– vehicle geolocation in GPS-denied conditions: airports, police, road safety, mobility, and autonomous vehicles;
– motion capture: pharmaceutical industry / clinical trials (neuromyopathies);
The specificity of SYSNAV resides in its magneto-inertial technology which makes it possible to accurately reconstruct a 3D trajectory, without any pre-deployed infrastructure, in a variety of application areas.