DAMP device protected by a patent

Startup

Grenoble technology at the service of sustainable agriculture

The CROMA* laboratory, part of Grenoble INP - UGA, has developed an innovative technology in response to the challenges of climate change and soil degradation: DAMP (device for the deep analysis of soils), a portable sensor for precise real-time soil analysis.. (Published on 9 December 2024)

Focus

"A focus on the thesis activity of Vincent Grennerat (DHREAMS team) as part of the CNRS CIRCABIO project, page 2 of the CNRS Ingénierie newsletter published on February 8, 2024.”

Thingsat is ready to take off

Research

THINGSATput into orbit by SpaceX rocket on January 13, 2022

THINGSAT is a space communication device that allows to communicate at very low rate and very low energy cost with isolated objects. Implemented by a consortium including CSUG, LIG, IMEP-LAHC (for the antenna design), Paul Emile Victor Institute, University of Polynesia and private companies (Air Liquide, Gorgy Timing, etc) .

Start-up LICHENS

 
Lichens is a company founded in March 2021.The company aims at improving mobile communication indoors.Thermal insulation glass is now widely used for new constructions and for renovation.The Lichens solution is an adhesive film printed with conductive motifs, applied on the windows.This technology is a patented innovation of IMEP-LaHC and the product’s commercial release is slated for 2022 .
 
 

Highlight

Signing of an operating license with Brad Technology for soil health

Olivier Lépine is founder and CEO of BRAD Technology, a company that analyzes the health of agricultural soils. In 2020, he developed a connected sensor for farmers to measure soil moisture and temperature in real time. A discussion with Linksium, during Deeptech Meetings organized by the SATT network, gave a new dimension to this invention thanks to the signature of an exclusive sub-license with Linksium, concerning a RF technology stemming from CROMA.

Nokia Foundation Excellence Chair-2020

Jean-Emmanuel BROQUIN-Novel glass platform for telecom signals generation -Grenoble Institut Polytechnique, France

Chaire d’Excellence Nokia Foundation - Institut Français de Finlande 2020-2021 Grenoble Institut Polytechnique, France Topic: Novel glass platform for telecom signals generation Host: University of Eastern Finland Grant: 20 000 €