Articles

Discover how GraphMyTech 3.1.3 enables the comparison of technological dynamics across different countries, actors, or time periods by recalculating clustering based on customized analysis scopes.

The establishment of a joint laboratory between POLYN Technology and ALTER TECHNOLOGY France in Toulouse marks a significant development for edge AI. It demonstrates that analog neuromorphic architectures are entering a phase where experimental validation, characterization, and reliability are becoming just as important as proof-of-concept demonstrations. Processing the signal before moving the data Polyn Technology’s NASP approach is based on a powerful concept: processing s

The CAMELEON framework agreement awarded by the DGA to Greenerwave—alongside Airbus Defence and Space and Thales—illustrates a major shift in military satellite communications: strategic value lies not only in the satellites themselves but also in terminals capable of adapting to multi-orbit and multi-band environments. Terminals: a critical link in space connectivity The proliferation of constellations across low, medium, and geostationary orbits is fundamentally altering SA

The introduction of a French framework for the type-approval of autonomous delivery robots marks a significant milestone in the evolution of automated mobility. While the announcement may appear purely regulatory, it is fundamentally technological in nature; it signals the transition from an experimental setup to a system capable of being evaluated, certified, supervised, and deployed in public spaces. Autonomous robotics for last-mile delivery The robots in question are comp

Analyse de l'expérimentation AmpaCity de Nexans : microgrid 700 VDC, Current/OS, bâtiments électrifiés, recharge rapide et perspective 800 VDC pour data centers.

How can we objectively assess the scientific and technological impact of a programme such as France 2030? At GraphMyTech, we combine artificial intelligence, scientific data, patents and graph theory to go beyond traditional indicators and measure technology emergence, the scientific positioning of projects, and the structure of innovation ecosystems. This approach has already been applied in projects for the ANR and the SGPI, and can also help companies manage and assess the

The European CACTUS project, coordinated by CEA at INES, concluded in June 2026 after two years of collaboration. It developed advanced diagnostic tools, reference datasets, and methods to assess the performance, durability, and resilience of photovoltaic systems. A key outcome involves the combined use of X-ray Beam Induced Current mapping, Bragg diffraction imaging, X-ray micro-tomography, and neutron reflectometry to detect forms of degradation invisible to conventional el

At VivaTech, Technature and Wired Beauty showcased an 18-month collaboration aimed at accelerating cosmetic product development using biological data. The device measures indicators related to skin condition and its response to treatments in just minutes, utilizing a combination of proprietary sensors, electrochemistry, AI, and biological analysis. It can be used to select ingredients, develop formulas, validate performance, or personalize recommendations.

Safran Electronics & Defense et Hemeria ont signé un accord pour concevoir des solutions de renseignement électromagnétique et de guerre électronique embarquées sur ballons stratosphériques. Le principe : installer des capteurs sur une plateforme très haute altitude, fournie par Hemeria, puis exploiter les données par des modèles d’intelligence artificielle développés par Safran.AI. L’objectif est de détecter, identifier et analyser les radars et communications terrestres, aé

The PREVAIL consortium, coordinated by CEA-Leti, has reached a major milestone with the launch of a European testing and experimentation infrastructure dedicated to embedded AI hardware. The goal is to provide access to 300mm capabilities—closely mirroring real-world industrial conditions—for prototyping Edge AI components that are more energy-efficient, faster, and more secure. The technological foundation combines non-volatile memory, 3D integration, heterogeneous packaging

This phrase was overheard during an R&D committee meeting, a few weeks before a strategic project was redirected.The context?An innovation team had been working for several months on a new technological approach. • Initial internal feedback was positive. • The publications seemed promising. • The market appeared open. • On paper, everything indicated that they should continue.But one question remained:Did we truly have a complete overview of what already existed? ...

* Domaine : énergie/transition écologique. * Technologie : Suez a déployé sur le site de méthanisation Meta‑Bio‑Energies à Ombrée‑d’Anjou un démonstrateur semi‑industriel du procédé Digelis® FoodWaste. Ce prétraitement des biodéchets réduit la consommation d’eau, optimise l’étape de déconditionnement et améliore la qualité du digestat . La technologie repose sur l’utilisation de l’eau contenue dans les biodéchets pour limiter l’ajout d’eau, permettant d’obtenir 5 % de biogaz

* Domaine : électronique/HPC. * Technologie : le 13 mai 2026, SiPearl a débuté la validation matérielle (bring‑up) de son microprocesseur Rhea1, conçu pour les supercalculateurs européens . Ce processeur de 61 milliards de transistors intègre 80 cœurs Arm Neoverse V1, de la mémoire HBM et des interfaces DDR5, ainsi que 104 lignes PCIe Gen5. * Acteurs : SiPearl (France) avec le soutien de l’initiative EuroHPC et du superordinateur Jupiter.

Domaine : transport/aérospatial. * Technologie : le programme TAKE OFF, financé par Clean Aviation (100 M€), vise à développer un démonstrateur de moteur à hélice ouverte (open‑fan) pour l’aviation commerciale. Le consortium mené par CFM International (Safran Aircraft Engines et GE Aerospace) s’appuie sur des partenaires comme GKN Aerospace et Airbus. L’objectif est d’augmenter l’efficacité propulsive d’environ 20 % en supprimant la nacelle et en atteignant un taux de dil

* Domaine : santé/aérospatial (instrumentation). * Technologie : le CEA a inauguré le 19 mai 2026 de nouveaux équipements pour la plateforme NeuroSpin à Saclay. L’investissement comprend le remplacement des scanners IRM 3 T et 7 T par des modèles de nouvelle génération, le renouvellement des électroniques du scanner 17,2 T préclinique, le remplacement des capteurs de magnétoencéphalographie et l’installation d’un liquéfacteur d’hélium pour recycler ce gaz rare.

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.