
Bengaluru hosts Manipal Hospital, Narayana Health, Apollo Hospitals, Fortis, and Aster CMI — institutions at the forefront of medical innovation. Our VR/AR solutions are built in close collaboration with clinicians from these hospitals.
Bengaluru is India's MedTech capital with 200+ healthtech startups, biotech parks, and medical device companies. IISc and IIMs provide cutting-edge research partnerships for VR/AR clinical validation and efficacy studies.
With top medical colleges like St. John's, M.S. Ramaiah, BMCRI, and Kempegowda Institute, Bengaluru trains thousands of doctors annually. VR anatomy and surgical simulation tools are transforming how the next generation of doctors learn.
From VR surgical training and AR-assisted surgery to VR therapy and medical education — here are the healthcare VR/AR solutions we build for Bengaluru's hospitals and medical institutions.
Practice complex surgeries in a risk-free virtual environment. Our VR surgical simulators feature haptic feedback for realistic tissue interaction, anatomically accurate 3D models, step-by-step procedure guidance, and full procedure replay for review. Surgeons can rehearse rare procedures repeatedly, reducing errors and improving confidence before entering the real OR.
Overlay real-time CT, MRI, and ultrasound imaging directly onto the patient during surgical procedures. Surgeons navigate complex anatomy with AR guidance — see tumors, blood vessels, and nerves through tissue. Precise spatial mapping helps plan incision points and avoid critical structures. Compatible with HoloLens 2 and Magic Leap for hands-free, sterile-environment use.
Evidence-based VR therapy for pain management, phobia treatment (heights, needles, dentists, flying), PTSD, and anxiety disorders. Patients are immersed in calming or controlled exposure environments that reduce pain perception by 24-50%. Clinically validated protocols with therapist controls for session management, progress tracking, and gradual exposure settings.
Gamified rehabilitation exercises for stroke recovery, orthopedic rehab, and neurological conditions. Patients perform therapeutic movements within engaging VR games — reaching, grasping, balancing, walking. Real-time progress tracking, adaptive difficulty, and remote therapist monitoring. Makes repetitive rehab exercises motivating and measurable, improving adherence by 40%.
Interactive 3D body systems that replace traditional cadaver labs. Medical students zoom into organs, skeletal systems, circulatory networks, and cellular-level structures. Peel back layers of tissue, rotate organs 360°, and see pathological conditions in 3D. Supports collaborative learning where multiple students explore the same virtual body simultaneously.
Immersive environments for cognitive behavioral therapy (CBT), guided meditation, stress reduction, and addiction therapy. Patients enter calming virtual spaces — beaches, forests, mountain trails — for mindfulness sessions. Controlled virtual environments for exposure therapy. Therapist dashboard for session configuration, real-time biometric monitoring, and outcome tracking.
Train paramedics, nurses, and first responders with AR-enhanced triage simulations. Realistic disaster response scenarios with virtual casualties overlaid in real-world settings. AR guidance for emergency procedures — CPR timing, wound assessment, medication dosing. Mass casualty incident training without the logistics of live drills.
Walk through new hospital wings, ICU layouts, operation theater designs, and patient room configurations before construction begins. Architects, doctors, and administrators experience the space at full scale in VR. Identify workflow issues, equipment placement problems, and patient flow bottlenecks early — saving millions in post-construction changes.
Show patients their medical condition in immersive 3D — visualize a heart valve defect, a tumor location, or a spinal condition from every angle. Explain upcoming procedures visually so patients truly understand what will happen. Dramatically improves informed consent, reduces pre-surgery anxiety, and increases treatment compliance.
Train hospital staff on new medical equipment using AR overlays instead of thick paper manuals. Point a tablet or wear AR glasses to see step-by-step setup instructions, maintenance procedures, and troubleshooting guides overlaid directly on the device. Reduces equipment onboarding time by 40% and prevents costly misuse of complex medical machinery.
End-to-end healthcare VR/AR development from clinical concept to hospital deployment
Custom VR surgical training simulators with haptic feedback, anatomically accurate 3D models, procedure replay, and performance assessment. Built for specific surgical specialties — orthopedics, cardiac, neuro, laparoscopic. Compatible with leading VR headsets.
AR-assisted surgery tools with real-time imaging overlays (CT, MRI, ultrasound). AR-guided procedures, AR patient monitoring dashboards, and AR diagnostic visualization. Built for HoloLens 2 and Magic Leap in sterile clinical environments.
Clinically validated VR therapy applications for pain management, phobia treatment, PTSD, anxiety, and rehabilitation. Therapist dashboard, session management, progress tracking, and biometric integration. HIPAA-compliant and evidence-based.
Interactive 3D anatomy models, patient-specific organ visualization from DICOM data, 3D surgical planning tools, and medical education content. From cellular-level detail to full-body systems — optimized for VR, AR, and web delivery.
VR training for emergency response, nursing procedures, equipment operation, infection control, and patient interaction. Scenario-based learning with branching outcomes, real-time feedback, and competency assessment. Scalable across hospital networks.
AR overlays for medical device training, maintenance, and operation. Integration with hospital information systems (HIS), electronic health records (EHR), and medical IoT devices. Hands-free AR interfaces for clinical workflows.
Common questions about AI automation for healthcare VR & medical AR in Bengaluru
Healthcare VR costs depend on complexity and compliance requirements. A basic VR patient education module starts from ₹5-10 lakhs. VR therapy platforms with clinical protocols range from ₹10-25 lakhs. Full VR surgical training simulators with haptic feedback, realistic anatomy, and procedure tracking typically cost ₹25-60 lakhs+. AR-assisted surgery tools with real-time imaging overlays are at the higher end due to precision requirements and HIPAA/regulatory compliance. We provide detailed estimates after understanding your clinical use case.