GE HealthCare and Medtronic have announced a commercial integration combining the bkActiv intraoperative ultrasound system with the Medtronic Stealth AXiS surgical navigation platform for cranial procedures. This integration delivers real-time imaging during neurosurgery, enabling surgeons to assess anatomical changes and enhance surgical precision. The solution addresses the clinical challenge of "brain shift"—natural brain movement during surgery that can compromise pre-operative imaging accuracy. By providing live ultrasound images alongside pre-operative MRI or CT scans, the system supports informed decision-making in the operating room. The FDA-cleared navigation system integrates planning, navigation, and robotics capabilities, while the ultrasound tool functions as a seamless plug-and-play visualization solution that maintains established surgical workflows without disruption.

Chen Hsong Group has partnered with DataMesh to develop an advanced digital twin solution that revolutionizes production line delivery across the entire customer lifecycle. By integrating digital twin and artificial intelligence technologies, the collaboration transforms traditional production line planning into immersive, interactive 3D simulation environments. This innovative approach enables engineers and customers to validate design scenarios, visualize operational metrics such as throughput and cycle time, and accelerate decision-making before physical deployment. The solution addresses critical manufacturing industry challenges by streamlining pre-sales planning, simulation validation, and after-sales training, ultimately improving efficiency and service quality in an increasingly complex market focused on integrated production line solutions rather than standalone equipment sales.

The emergence of consumer AR glasses in 2026 presents a tempting but risky option for enterprise deployment. While consumer models like Meta Ray-Bans offer affordability and contribute positively to market adoption, they fundamentally differ from enterprise-grade solutions. Consumer glasses prioritize personal convenience and lifestyle features, whereas enterprise applications demand robust security, workflow integration, device management, durability, compliance, and measurable operational value. Organizations considering AR deployment in mission-critical environments such as warehouses, healthcare, or field service must evaluate glasses based on organizational requirements rather than cost alone. Partnering with experienced enterprise AR suppliers ensures solutions meet the stringent demands of professional operations.

RWJBarnabas Health is pioneering neurosurgical innovation through an advanced extended reality (XR) platform that transforms standard MRI and CT imaging into immersive, interactive 3D models. This technology enables surgeons to visualize complex brain and spine conditions with unprecedented precision while allowing patients and caregivers to better understand their diagnoses. The eXperiential Reality® platform, integrated with operating room systems and enhanced by artificial intelligence, supports surgical planning, procedure rehearsal, and real-time decision-making for conditions including brain tumors, epilepsy, and complex spine disorders. By creating detailed "digital twins" of patient anatomy, the platform enhances surgical accuracy, improves patient education, and streamlines preoperative planning at Robert Wood Johnson University Hospital and Cooperman Barnabas Medical Center.

Pixee Medical has achieved FDA 510(k) clearance for Knee+ NexSight, an innovative augmented reality navigation solution designed for total knee arthroplasty procedures. Developed on a next-generation AR platform, this advancement represents a significant technological leap for the company and positions it to capture growth opportunities within the U.S. market, particularly among ambulatory surgical centers. The clearance validates Pixee Medical's commitment to advancing orthopedic surgery through cutting-edge AR-guided navigation technology, enabling surgeons to enhance precision and patient outcomes during knee replacement procedures.

The enterprise augmented reality market is experiencing explosive growth, and 2026 marks a pivotal inflection point where AR transitions from experimental pilot programs to mission-critical business infrastructure. Organizations across manufacturing, healthcare, field service, and logistics are discovering that AR isn’t just a cool technology—it’s a measurable driver of operational efficiency, safety, and bottom-line profitability.

Augmented reality solutions in 2026 enable enterprises to merge digital and physical environments through spatial computing, real-time data overlays, and digital twin integration. These systems drive measurable gains in productivity, training efficiency, and ROI across industries such as manufacturing, healthcare, retail, and education. Advanced platforms like HoloLens 2, Magic Leap 2, and Apple Vision Pro support immersive collaboration and visualization, while software frameworks including Unity, Unreal Engine, and Vuforia deliver scalable, cross-platform performance. As interoperability standards like OpenXR and WebXR mature, AR becomes a core enterprise technology that enhances decision-making, operational accuracy, and user engagement.

Au Louvre, Snapchat démontre que la réalité augmentée peut enrichir la visite muséale avec simplicité, pédagogie et immersion, tout en esquissant un futur où le numérique s’intègre naturellement dans notre environnement quotidien.

Avec ses nouvelles lunettes connectées engo3, la société Engo propose aux coureurs d'afficher leurs données de performance. Ces lunettes de réalité augmentée promettent en effet de libérer le poignet des coureurs en affichant leurs constantes directement dans leur champ de vision.

Predictive AI models can forecast what should be on the shelf, but can’t verify what’s actually there. Closing this execution gap requires augmented reality.

L’éditeur de Snapchat crée Specs Inc., une filiale dédiée au développement de ses lunettes de réalité augmentée. Il espère lancer cette année la sixième version des Spectacles, équipées d’un assistant IA, et ainsi aller titiller Meta et EssilorLuxottica.

Meta anticipe une transformation majeure du marché en 2026, comparable à l’impact de l’arrivée des smartphones. L’entreprise dévoile ses priorités d’investissement pour les prochaines années, en mettant de côté la réalité virtuelle au profit d’autres axes stratégiques.

“Your customer buys AI-powered smart glasses and starts broadcasting life to get real-time intelligence about the world around them. Overnight, it goes viral. 1 billion users adopt the same glasses, the same behavior, the same idea that everything must be streamed in 8K, all the time, every one of the 1,440 minutes in a day. Uplink utilization spikes across the network. Schedulers saturate. Interference explodes as TDD frames fall out of balance. The RAN starts shedding sessions. Then the core begins to unravel. Control plane storms ripple across regions. Latency goes vertical. Cities go dark. Call centers collapse under inbound traffic. Retail stores fill with angry customers. Regulators demand explanations. The board wants answers. You are the CEO and every dashboard is red….”Then you open your eyes and realize it was only a nightmare.

Un spectacle de danse immersif de la chorégraphe Sharon Eyal, ici interprété par le Royal Swedish Ballet.

Lors de sa conférence Connect, Meta a levé le voile sur ses premières lunettes connectées disposant d'un écran permettant de réaliser diverses tâches sans sortir son smartphone, et a aussi renouvelé ses Ray-Ban Meta en leur offrant notamment une meilleure autonomie.

La nouvelle génération de lunettes Ray-Ban Meta marque une étape décisive pour la réalité augmentée grand public. En combinant affichage interne, capteurs avancés et assistant numérique, Meta transforme un gadget de geek en une véritable interface entre monde physique et monde numérique. Ce lancement, au croisement de l’intelligence artificielle et de l’informatique spatiale, ouvre un marché prometteur au-delà des usages récréatifs. Il illustre la stratégie de Mark Zuckerberg : diffuser une superintelligence personnelle à très grande échelle, et imposer une nouvelle catégorie d’équipements connectés dans notre quotidien.

Au cœur des lunettes de réalité augmentée nouvelle génération, ces guides d'ondes diffusent des superpositions numériques dans le champ de vision de l'utilisateur, avec une clarté irréprochable et une efficacité énergétique inégalée. Contrairement aux systèmes optiques plus encombrants, ils permettent aux concepteurs de créer des lunettes miniaturisées, élégantes et confortables, idéales pour un usage quotidien. La possibilité d'associer des visuels immersifs à un design élégant et avant-gardiste est un atout recherché depuis longtemps par le secteur de la réalité augmentée.

Apple met en pause son casque allégé pour concentrer ses ingénieurs sur des lunettes connectées et combler son retard face à Meta, qui impose désormais son rythme sur le marché des objets portés intelligents. La firme de Cupertino accélère deux projets en parallèle : un modèle sans écran et un autre avec affichage intégré, signe d'une prise de conscience au sein de la direction

La réalité augmentée redessine les parcours touristiques en offrant des calques d’information superposés au monde réel, pour des visites plus riches et plus accessibles. Les visiteurs découvrent des couches visuelles et sonores contextualisées, grâce à des outils comme Visite360 et PatrimoineXR, qui prolongent la découverte au-delà du spectacle immédiat. Les opérateurs testent aujourd’hui des expériences hybrides mêlant guides humains et interfaces numériques pour capter l’attention des publics variés. Les points essentiels, destinés à éclairer le lecteur curieux, sont proposés ci-dessous.

MediView’s FDA-cleared surgical navigation and imaging platform empowers clinicians with “X-ray vision”—the ability to see a patient’s internal anatomy through their skin in full 3D context, overlaid directly onto their body. This technology simplifies procedures and expands access to less invasive care.Current medical imaging systems force physicians to translate 2D images into 3D mental maps, creating a cognitive burden and disrupting natural hand-eye coordination. MediView replaces this limitation by fusing 3D CT scans with live ultrasound, enabling real-time, interactive visualization of organs, tissue, vasculature, and target anatomy like tumors.