
- Portfolio
- Services
- Mobile App Development
- Web App Development
- AR VR Development
- Game Development
- Artificial Intelligence
- Desktop Development
- About Us
- Careers
- Blogs
- Get In Touch
Real-time Room Availability
Track the status of room availability in real time, displaying variety, vacancy status, and corresponding rent amount.
Seamless Booking Experience
Combining intuitive room booking functionality with transparent real-time vacancy displays and efficient payment processing, the app optimizes therapy space management.
Securit & Cross-Platform
Robust security features with cross-platform compatibility, ensuring a hassle-free experience for all users.
Cost Efficiency
The app has reduced expenses by allowing users to book only when needed, offering flexibility to choose time and place conveniently.
Immersive VR Flight Experiences
Step into breathtaking 360-degree visuals, customized to offer a unique and immersive virtual flight adventure using Oculus Quest.
Real-Time Control via Android
Android devices provide seamless control with options to play, pause, stop, and adjust videos, ensuring a personalized and user-friendly experience.
Customizable Play Duration
Users can easily adjust the play duration of VR content, tailoring each session to their specific needs and preferences.
Device Integration
Experience flawless integration between Oculus Quest and Android devices, offering smooth control and interaction for both users and operators.
Presenting one of several sample apps we’ve built for the Apple Vision Pro, recorded directly on the device. This template app showcases the services of a conceptual travel booking company, featuring 360-degree video playback with visual effects, dynamic typography, and background music
We are pleased to say that we are working to develop apps for Apple Vision Pro.
Immersive 3D Teeth Models
Immerse yourself in intricately detailed 3D models of teeth, crafted specifically for the AVP, revolutionizing dental visualization and diagnosis.
Revolutionary Dental Precision
Transform the dental landscape that enables unparalleled precision, changing how dental professionals visualize and interact with diagnostics.
Advanced Diagnostic Instruments
Access a sophisticated array of diagnostic tools designed for precision, helping dental professionals strategize accurate treatment plans with enhanced visualizations
Innovative Treatment Planning
Facilitates seamless treatment by offering dental professionals a new way to visualize, diagnose, and plan treatment.
Real-time Fall Detection
Automatically detects hard falls and immediately notifies the wearer's designated contacts with crucial details for swift assistance in high-stakes scenarios.
Instant GPS Location Sharing
Utilizes GPS to instantly share the wearer's exact location in real-time, ensuring direct and prompt assistance when every second counts.
Emergency SOS Activation
Initiates automatic SOS calls during emergencies, providing a vital lifeline for firefighters in critical situations.
Comprehensive Health Monitoring
Monitors critical health parameters such as heart rate, step count, floors ascended, and oxygen saturation, ensuring continuous evaluation of the wearer's overall well-being.
Real Life Size Visualization
Users place markers on walls via Hololens to build a virtual pergola, which generates an accurate 3D model based on real-life dimensions for precise construction.
Automated Material Selection
The system automates the selection of metal bars, screws, clamps, and support bars, streamlining the process for designing the perfect pergola structure.
Confirmation & Report Generation
Once the model is confirmed by the user, all details are sent to the server, where material requirements are optimized using cutting stock algorithms for cost-efficient construction.
Virtual Customization & Tour
Experience a virtual tour of your customized pergola through Hololens, providing real-time visual feedback and customization options before finalizing your design.
3D MRI Scan Submission
Patients can upload their grayscale 3D MRI scans, which will be processed for advanced AI-based analysis to detect abnormalities.
AI Tumor Detection
Utilizing cutting-edge AI technology, the scans are thoroughly examined to identify any tumors, ensuring accuracy in detection.
Detailed Tumor Report
The AI generates a comprehensive report outlining the type, size, and shape of each tumor, serving as a critical reference for diagnosis and treatment planning.
Enhanced Medical Support
This AI-assisted analysis improves precision, helping doctors and surgeons make well-informed decisions for patient care and treatment strategies.
Hands-Free Communication
Designed specifically for patients with limited mobility, the app transforms eye winks and tongue movements into a reliable form of communication. Patients no longer need to struggle with traditional methods like buttons or voice commands. The phone’s camera detects these subtle movements, offering a lifeline for individuals unable to use their hands or speak clearly. This technology ensures they can still interact and express their needs effortlessly
Real-Time Assistance Requests
The app’s built-in functionality allows bedridden patients to instantly notify their caregivers with a single wink or tongue movement. When a patient needs assistance—whether it’s for urgent medical help or simply to call a nurse—they can trigger a notification in real time. This immediate request system reduces response time, making sure that patients receive timely support, enhancing their overall care and well-being.
Stay Connected
The app promotes a feeling of closeness despite physical limitations. This constant connection helps to alleviate the feelings of isolation and loneliness that bedridden patients often experience, fostering a more supportive and engaging environment.
Accurate Detection Technology
The core of this app is its precision. Leveraging advanced camera technology and machine learning algorithms, the app accurately detects subtle eye winks and tongue movements, filtering out unintentional motions to prevent false signals. This robust detection ensures that every command is correctly interpreted, providing a seamless experience for patients who rely on these small movements to communicate their needs, thereby increasing trust in the technology and easing their anxiety.