Articles

The IoT-ZERO project is developing an energy-efficient 6G architecture, ultra-efficient communications, and event-triggered sensors to create IoT systems with near-zero power consumption. A demonstrator featuring self-powered beacons will be tested for logistics and industrial applications.

Smart battery cells incorporate sensors and monitoring circuits to measure voltage, current, temperature, and gas. They reduce wiring, improve safety, and promote reuse, heralding a new era for batteries.

The Compinnov HT+ program is moving into Phase 2, which will involve aging tests and TRL 4–5 demonstrators for high-temperature composites intended for use in the aerospace and defense sectors. Supported by the AID and major industrial players, the program aims to develop a self-sufficient French supply chain.

FRATHEA is partnering with the Institut Curie, the CEA, and Thales to create a platform that combines the FLASH effect with very high-energy electrons. The goal is to deliver therapeutic doses in microseconds, with a facility planned for Orsay in 2027.

Un moteur pour la transition énergétique du transport aérien L’aviation est responsable de près de 3 % des émissions mondiales de CO₂. Pour atteindre les objectifs de neutralité carbone, les motoristes misent sur des architectures innovantes, des carburants durables et l’hybridation. Le turbofan UltraFan 30 s’inscrit dans cette transition.

Des qubits en nanotubes de carbone La start‑up C12 Quantum Electronics travaille sur des qubits basés sur des nanotubes de carbone suspendus. Ces structures offrent un confinement électronique élevé et des temps de cohérence potentiellement longs. La mise en service de son laboratoire souterrain de 1 000 m² à Paris répond à la nécessité de maîtriser les vibrations et les perturbations électromagnétiques. L’installation comprend des salles blanches, des cryostats pour refroid

In a context where technologies are becoming increasingly transversal, an organization’s innovation capacity no longer depends solely on access to information, but on its ability to map, organize, and articulate the knowledge it holds or can access.

In an era where R&D and innovation leaders face an overwhelming volume of technological data, mapping has become a key tool to structure complexity, prioritize signals, and guide strategic action. At GraphMyTech, we offer a variety of visualizations tailored to real operational needs.

In a world where technical and scientific data is vast, heterogeneous, and deeply interconnected, mere accumulation is no longer enough. True value lies in the ability to connect, structure, and interpret that data to drive action. This is the promise behind the GraphMyTech model: combining artificial intelligence with graph theory to turn information into strategic decisions.

In a world overflowing with data yet plagued by underutilization, GraphMyTech provides a strategic response for innovation, R&D, and intelligence leaders. Powered by proprietary technology combining artificial intelligence and graph theory, our platform transforms complex streams of technical and scientific information into actionable decisions.