Extended Reality

Our Expertise

Mixed Reality

MR technology helps businesses merge real and virtual worlds to interact in real-time with your audience. Our developers research and test various MR devices, including Microsoft HoloLens, Magic Leap, and other MR headsets. Employing the latest SDKs, tools, and technologies, we investigate how to extend the capabilities of MR to build innovative apps tailored to our clients’ business needs. Among the MR features we research are:

  • Spatial sound and mapping
  • Gesture input
  • Voice support
  • Motions sensing
  • Extended connectivity
  • Depth scanner
  • Gaze tracking

Virtual Reality

Whether ISsoft needs to build a location-based game, a training simulation app, or other VR solutions for our clients’ businesses, we apply the R&D approach. Practicing VR development in our labs, we can design a lifelike simulated reality to streamline any business. We can develop custom VR apps for Oculus Quest hardware, HTC Vive, and Samsung Odyssey. Our VR areas of research and development are:  

  •  Interactive 3D experiences
  • 2D, 3D, Unity 3D modeling  
  • High-quality visual content 
  • Environmental sounds  
  • Spatial mapping 

Augmented Reality

ISsoft builds and tests apps that augment maps and images with contextual data and provide an interactive experience for users. Based on our specialists’ tech knowledge and in-house research, we implement top-notch AR-based features into iOS and Android devices. Some of the AR SDKs’ areas include:  

  • Real-world surface detection  
  • Scene understanding  
  • Audio and haptics effect  
  • GPS navigation  
  • Tracking of a device position  
  • 2D controls 
  • Object placing and interactions  
  • Gesture detection
  • Spatial mapping 

Tech Stack & Ample Experience

Areas of Research and Development in XR

Medical Rehabilitation

ISsoft can bring new opportunities to the healthcare sector by modernizing the process of medical rehabilitation of patients. Our R&D approach is based on designing and developing immersive virtual and augmented reality apps for rehab systems.

Implementing body-sensor features enables capturing patients’ movements, allowing clinicians to track the patient’s progress and administer the therapy session remotely through a rehabilitation system. Our developers can implement and run tests in a laboratory setting to verify frameworks, algorithms, and tasks designed to simulate daily life activities and control various parameters.

Data Visualization

ISsoft’s engineers research and develop efficient solutions based on 3D visualizations for healthcare, manufacturing, retail, and other industries. Testing MR technology in our in-house labs, our project teams can incorporate best practices into our clients’ projects. They allow visualizing massive data sets to enhance decision-making and reveal new trends and patterns. ISsoft’s teams innovate to create easy-to-use functionality with an interactive interface, including:

  • AR/VR charts, graphs, maps
  • Big Data or data clusters
  • 3D modeling and scene reconstruction

Smart Assistance

ISsoft helps enterprises enhance remote maintenance by researching and developing AR functionality for inspections, diagnosis, and repair support processes. Our developers research and implement special features such as encrypted video streaming, image capturing, or pointers for focusing on the right piece of the machines, which improves remote communication and reduces errors. They research and develop smart assistance solutions for a wide range of wearable devices, including smart glasses, headsets, etc.

Haptic Technology

Researching haptics and VR/MR technologies, ISsoft’s team can provide highly effective interaction experience for various industries, including manufacturing, healthcare, etc. In the R&D labs, our team drives technology innovations to minimize safety risks, enhance client’s products’ quality, and polish up customers’ employees’ skills using training simulators with accurate haptic feedback.

Indoor Navigation

ISsoft’s R&D team has been researching the opportunities of the XR technology to develop indoor navigation apps for our customers, without limitations in their accuracy. Our engineers conduct in-house tests to apply innovations in AR solutions based on such technologies as beacons, Wi-Fi positioning, and visual positioning systems.

How Do Industries Leverage XR?

  • Sharpening surgical skills with 3D renderings
  • Accuracy and precision of a surgical navigation system
  • Advanced medical diagnostics and monitoring of patients
  • Face recognition systems for patient safety
  • An 80% retention level after a VR training session
  • Implementing try-before-you-buy AR features
  • Increased efficiency of sales by 20-65%
  • Improving customer engagement and involvement
  • Enhancing user experience with in-store navigation
  • Creating a customized shopping experience
  • Boosting purchasing power with 3D modeling and prototyping
Repair and Maintenance Services
  • A 34% increase in speed of accomplishing a task
  • Integrating overlays for visual support
  • Real-time data sharing between remote and on-field operators
  • Instant access to technical documents while going on-site
  • Saving on travel costs for connecting specialists
  • VR simulators for operators’ training
  • 3D modeling of products for better UX
  • Real-time access to work instructions
  • Flaw identification devices to prevent downtime
  • 3D visualization for faster components assembling
Education and Training
  • Immersive training in a virtual reality
  • Construction and animation of 3D objects
  • Adaptive VR environments for students with impairments
  • Virtual expeditions and excursions
  • Textbooks with AR content
Public Safety
  • Realistic training scenarios for special services
  • 3D maps for improving situational awareness
  • Visualization of sensor-detectable forensic data
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