Who are we?

We digitalize the invisible 

Founded in 2002, HDSN places innovation at the heart of its growth dynamic, with one objective:
a safer environment!

Placing people at the heart of our uses.

10 years dedicated to research and development in electronics and information technology have enabled us to digitize the invisible, to put people at the heart of our uses, to improve living and working spaces, and to preserve our environment.

High Prediction TechnologiesHDSN designs and manufactures highly predictive technologies.

Electrical energy is a vital resource for companies, HDSN starts a major challenge : to reduce fire caused due to faults in electrical cabinets.
Our solution detects and analyzes invisible physical and chemical phenomena within electrical cabinets enabling us to anticipate and intervene upstream of the risks of fire.
This new perception of reality opens up a wide range of possibilities.
The technology offered by HDSN does not rely on probabilities or statistics, but on exact science.

Discover our solutions

Connected sensors with artificial intelligence to prevent malfunctions in electrical switchboards in real time.We detect abnormal variations in gases and micro-particles.

Algorithms process data and generate alerts based on the observed environment.

Our CSR policy

Social and environmental responsibility is at the heart of our DNA, which is why we integrate eco-design end to end: from the product design stage, and at every stage of its life cycle, while preserving its performance.

Eco-responsibility: reasonnable electronics
Our products are designed to last 10 years, which is the best way to reduce waste. They can be reconditioned, and our R&D policy prioritize recyclable materials. Our production plant is located in France.

Environmental footprint :
Apart from the product itself, we are keenly interested in the favorable outcomes resulting from preventing substantial potential damages. This involves ensuring the safety of individuals and also extends to considerations such as reducing the carbon footprint associated with incidents, minimizing waste generation, and preventing soil pollution caused by firefighting water.