IoT sustainability : autonomy & robustness
In demanding industrial environments, long-term reliability is essential. Our IoT sensors are designed to deliver years of service through precise energy consumption management and robust design, tailored to withstand the harshest conditions.
Long-term autonomy design
In the world of industrial IoT, energy autonomy is a major challenge. Our sensors are designed with a comprehensive energy optimization approach, starting from the selection of electronic components to the embedded software architecture. Every microampere consumed is scrutinized, and each radio transmission cycle is calibrated to ensure minimal consumption without compromising performance. Thanks to this expertise, we achieve several years of autonomy on a single battery, even in intensive usage scenarios. This longevity not only reduces operating costs but also limits human interventions—a key factor for predictive maintenance and business continuity.
Robustness tailored for extreme environments
Industrial sensors are often exposed to harsh environments: extreme temperatures, mechanical shocks, high humidity, dust, chemicals… That’s why we design our devices to withstand these conditions over the long term. Our approach is based on rigorous material selection, certified sealing, and robust mechanical design tested both in the lab and in the field. Beyond the casing, the internal electronics are also protected against interference and environmental degradation. This robustness ensures not only measurement reliability but also system stability over time, even when facing the most demanding industrial conditions.
Discover the projects we co-developed with our clients
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LPA & Ineo-Sense – Wireless urban parking guidance
To optimize the management of its underground parking lots, LPA and Ineo-Sense deployed GalaP.SYS®, a battery-powered wireless parking guidance system. Thanks to this solution, drivers can find free spaces more quickly, while the city reduces congestion, energy consumption, and installation costs.
