AIRTuB develops cutting-edge, automated systems designed to control the health of the blades of offshore wind farms. Building upon the technological advancements achieved in the AIRTuB 1 project, such as ultrasonic sensing and drone/crawler platforms, this project further enhances and integrates these technologies into a resident system within [...]

The objective of the iTrack E! 4145 Eurostars project is to deliver an innovative and robust solution for tracking firefighters' position in intervention conditions in large buildings. It should be usable in real-life, very harsh conditions and provide stable and good accuracy.    The project partners [...]

The Varenne E! 114697 Eurostars project goal is to deliver a well-planned training and racing tool, resulting in a better and more sustainable career of horses involved in harness racing and training. To achieve this end goal, the specific R&D objectives are to build: the platform, the [...]

Sestosenso is a Horizon Europe - Research and innovation project, which develops technologies for next generations of collaborative robots. The robots will be capable of self-adapting to different time-varying operational conditions. They will interact when human intervention is required either for collaboration or training/teaching.     [...]

Later edit: the result of the EquiMoves project is commercialized under the registered trademark Equi-Pro®.    The EquiMoves E!12304 Eurostars project goal is to build a system based on a network of wireless inertial sensors to help equine vets in early detection of lameness, the [...]

Paardensprong is an EFRO OP Oost project that aims at developing a mobile system for performance monitoring of horses, where the end-users will be veterinarians, sport and breeding organizations. With the help of Paardensprong, training and breed selection of horses will be more effective and veterinarians will receive insight [...]

The Horizon 2020 European project AIOSAT will develop a rescue system that operates under unprecedented high availability and high accuracy conditions in both indoor and outdoor scenarios.        The key AIOSAT innovation targets are the research and integration of:     [...]

The AWISE research project was funded by Dutch Defense with the purpose to develop a method for monitoring aircraft loading in a simpler way than was previously possible.     Inertia Technology worked in collaboration with Netherlands Aerospace Centre (NLR) and developed a fast and accurate data acquisition [...]

The aim of the INNOWAG project is to develop intelligent cargo monitoring and predictive maintenance solutions integrated on a novel concept of lightweight wagon, which would respond to major challenges in rail freight competitiveness, in relation to the increase of transport and logistic capabilities.

The PHOENIX project goal is to instrument the factory objects with intelligent wireless sensors and transform them into smart networked objects, which detect and self-protect from failures.