Extended reality

Our expertise

Mixed reality

Mixed reality technology allows companies to combine the real and virtual worlds to interact more effectively with the audience. Our developers research and test the functionality of a variety of mixed reality devices, including the Microsoft HoloLens, Magic Leap, and more. Using the latest SDKs, we are exploring ways to implement MR technology to create innovative applications that meet our clients’ business needs. In the field of mixed reality, we explore:

  • surround sound and 3D reconstruction;
  • data entry using gestures;
  • voice support;
  • perception of moving objects;
  • depth sensors;
  • eye tracking.

Virtual reality

R&D approach is at the heart of every VR solution we create for our clients, from navigational games to virtual reality simulations. Our experts are developing custom VR applications for Oculus Quest, HTC Vive and Samsung Odyssey hardware. Our VR R&D includes:

  • interactive 3D content;
  • 2D, 3D, Unity 3D modeling;
  • high resolution visual content;
  • recreation of external sounds;
  • 3D reconstruction.

Augmented reality

ISsoft builds and tests applications that augment maps and graphics with contextual data and provide an interactive experience for users. Based on the technical expertise of our experts and our own research, we bring advanced augmented reality features to iOS and Android devices. In the field of augmented reality, we explore:

  • real-time surface recognition;
  • interpretation of scenes;
  • audio and tactile effects;
  • navigation systems;
  • tracking the position of the device in space;
  • 2D graphic elements;
  • placement of objects and interaction with them;
  • gesture recognition;
  • 3D reconstruction.

Technology stack

Areas of research and development

Medical rehabilitation

By modernizing the process of medical rehabilitation of patients, ISsoft brings new opportunities to the healthcare sector. Our innovative approach is based on the design and development of virtual and augmented reality applications for rehabilitation systems that provide a complete effect of presence.

Thanks to sensors placed on the body of patients, medical professionals can monitor the progress of rehabilitation treatment and conduct therapy sessions remotely. In ISsoft laboratories, our developers research and implement frameworks and algorithms for modeling daily activities and controlling various body parameters.

Data visualization

ISsoft engineers research and develop effective 3D visualization solutions for healthcare, manufacturing, retail and other industries. The solutions we create help you visualize datasets to identify patterns and make better decisions. We develop effective and convenient solutions with an interactive interface, including the ability to create AR / VR diagrams, graphs, maps, data clusters and more.

Remote service and support

ISsoft helps businesses improve their remote customer service by researching and developing new augmented reality functionality for inspection, diagnostics and repair work. Our developers are adding AR features to remote service applications that improve remote communication and reduce errors. We implement video streaming, image input, pointers for focusing on device elements, and other state-of-the-art augmented reality innovations.

Tactile technologies

Exploring tactile, virtual and mixed reality technologies, the ISsoft team provides highly effective interaction with audiences in various industries, including manufacturing, healthcare and other sectors. Our R&D labs incorporate technological innovations to minimize safety risks, improve customer product quality, and hone employee skills with tactile technology-based training simulators.

Navigation inside buildings

The ISsoft development team is exploring the possibilities of augmented reality technology to create navigation applications for buildings and structures. Our engineers conduct their own tests to innovate AR solutions based on technologies such as beacon, Wi-Fi positioning systems, and visual positioning systems.

Augmented reality in industries

  • Using 3D rendering to practice surgical skills
  • Accuracy of the surgical navigation system
  • Advanced methods of diagnostics and monitoring of patients
  • Facial recognition system for patient safety
  • 80% assimilation of knowledge after practical training using VR
Online trading
  • Implementation of the virtual fitting room function
  • Increasing sales efficiency by 20–65%
  • Increasing customer engagement
  • Improving user experience with navigation
  • Creation of a customized purchase process
  • Increasing purchasing power through 3D modeling and prototyping
Repair work and maintenance
  • Increased work speed by 34%
  • Integration of overlay segments for visual support
  • Real-time data exchange between specialists
  • Instant access to technical documentation on site
  • Savings on travel expenses
  • VR simulators for training specialists
  • 3D product modeling for better UX
  • Online access to work instructions
  • Defect detection to prevent downtime
  • 3D visualization for quick assembly of components
  • Immersion in virtual reality
  • Modeling and animation of 3D objects
  • Adaptive virtual environment for students with disabilities
  • Virtual expeditions and excursions
  • Tutorials with AR content
Public safety
  • Training of special services in conditions close to reality
  • 3D maps for better situational awareness
  • Visualization of judicial data
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