AR Solutions for Every Need

Marker-based applications, utilizing pictograms or QR codes as unique identifiers, display predefined data upon recognition. An endless variety of these markers and associated enhancements are possible. These apps excel when augmentations correlate with a specific object; for example, a medical education tool featuring a human anatomy model or an art gallery app pointing out particular pieces of artwork.

Augmented Reality (AR) models can be precisely placed without markers by utilizing GPS, built-in device sensors, and advanced computer vision algorithms. This method is optimal for applications where augmentations need to adapt to diverse locations. For example, it allows for the accurate placement of furniture in a room, display of navigation arrows at tourist spots, or pointing out the best deals on product shelves.

Specializes in ISO 13485-certified augmented reality applications, enhancing healthcare professionals' capabilities across diverse procedures - ranging from straightforward injections and blood draws to complex surgical interventions. Recognizing the educational potential of virtual reality (VR), our solutions are also utilized for immersive medical training.

Offer clients an immersive AR shopping experience, enabling informed product selections via 3D model placement within the physical environment. Elevate in-store interaction with virtual fitting rooms and AR-guided navigation through shopping malls and supermarkets, revolutionizing retail exploration.

In educational settings and professional industries such as manufacturing, construction, public services, and healthcare, we foster engaging learning environments that facilitate student growth. Additionally, we enhance on-site training experiences for specialists across various fields.

Transform virtually, showcasing architectural and interior settings. Demonstrate home transformations into personalized, comfortable living spaces - facilitating clients' buying choices, sans real-life furniture investments.

Digital models, powered by AR or VR technology, revolutionize prototyping and assembly of intricate equipment and machinery. These models decrease product design expenses, expedite engineer training, and simplify equipment maintenance and repair processes.

Augmented Reality (AR) enhances the transparency, productivity, and velocity of supply chain procedures. Our AR solutions optimize warehouse arrangements and management through simulation, streamline inventory scanning with hands-free technology, ensure truck cargo integrity via thorough checks, and guide drivers with assisted navigation systems.

Design captivating marketing strategies: Superimpose live streaming with brand sponsorship elements, set up interactive augmented reality (AR) displays at busy venues to boost visibility. Take it further by conceptualizing an original AR advertising idea that resonates with your audience.

Augmented Reality elevates sightseeing experiences by integrating interactive and immersive content onto select exhibits, presenting historical facts, and navigating tourists through designated locales.

Augmented Reality (AR) applications deliver engaging and captivating experiences across various digital platforms, including online gaming, theater performances, social media, live sports, and entertainment events.

Automotive Dashboards Enhance Road Safety: Utilizing data from in-car sensors and cameras, these systems highlight potential hazards such as deteriorating road or weather conditions, thereby increasing their visibility for drivers and boosting overall safety on the road.

Augmented Reality applications utilize camera lenses to capture environment details, converting the acquired data into an image on a coordinate plane, then creating a depth map for accurate 3D model positioning in real-world settings.

AR applications, equipped with scene comprehension, are capable of identifying distinct 2D visuals and tangible 3D items. They overlay related text or digital information directly onto the device's display.

Augmented Reality (AR) applications across devices utilize GPS, gyroscope, and accelerometer technologies to adaptively scale and align virtual enhancements in real-time based on user and device movement.

3D models within AR applications autoadjust their lighting based on smart algorithms, harmonizing with real-world scene illumination as captured by the device's camera lens.