SYSNAV R&D cell is composed of engineers originated from laboratories of French Ministry of Defense and MINES ParisTech.
SYSNAV was born around a shared ambition : overcoming the current technological limitations in order to bring about progress in the navigation and geolocalization systems. Innovation is indeed SYSNAV raison d’être.
Armed with an experience of 6 to 20 years in inertial navigation, the teams of SYSNAV project engineers and experts, trained in French Ministry of Defense and in MINES ParisTech, are in a position to remedy the limitations of current technologies and to participate to the progress in the fields of navigation and geolocalization.
Today, part of our efforts in R&D is focused on developing systems based on harnessing of domains in rapid evolution such as MEMS – Micro-Electro-Mechanical Systems -, computers and data processing algorithms.
Furthermore, our R&D cell works permanently and in close collaboration with our clients, to settle solutions adapted, and even exclusive to answer at best their request.
Last, our R&D cell conducts permanent development monitoring, staying in touch with the last technological progresses in close relation with the best experts and research laboratories specialized on navigation systems.
Example of SYSNAV research projects
LEA – Localisation en Environnement Adverse
This project aims at developing high-performance GPS-free localization solutions for an autonomous beacons.
SYSNAV takes part in the definition of a geolocalization solution in the absence of any outside infrastructure.
VECTOR Vibrating European Compass Task ORganisation – SOLAS (Safety Of Life At Sea)
Gyrocompasses provide orientation, independently of any external device, thanks to inertial technologies.
VECTOR is a project driven by SAGEM, which addresses innovating sensors for new navigation products.
In this project, SYSNAV is in charge of setting up the accelerometric chain, with the purpose of optimizing cost/performances for the targeted applications.
Going on finding the solutions to overcome the current technological limitations...