Nurse Shortages
Routine vitals, handoffs, monitoring, and patient movement consume time that healthcare teams need for higher-value care.
Welcome to V-DOC
The World's First Autonomous Medical Robot
V-DOC is building autonomous medical robots for hospitals: diagnostics, patient monitoring, medicine delivery, sample movement, check-ins, and routine clinical support. B.A.R.M remains the rural healthcare extension of the same core platform.
Problem
Healthcare teams need time back
V-DOC addresses repeatable work across triage, vitals, monitoring, patient identification, diagnostics support, and sample or medicine logistics.
Long Wait Times
Crowded emergency rooms and slow triage workflows delay diagnostics and first response.
Manual Handoffs
Paper trails, specimen handling, and repeated manual checks can create avoidable risk.
Monitoring Gaps
Hospitals and rural communities both need more consistent screening, monitoring, and follow-up.
Solution
An autonomous care assistant for routine clinical work
The robot is designed to support nurses, doctors, hospitals, and remote communities by combining sensors, mobility, patient communication, and connected logistics.
Measure Health Vitals
Take instant measurements of pulse, blood oxygen, temperature, blood pressure, body weight, height, and breathing rate where configured.
Transport Medicine and Samples
Carry medicines and specimen samples between hospital departments, labs, smart bases, and health centers through a connected logistics flow.
Autonomous Navigation
Move independently using stereo cameras, LIDAR, IMU, mapping, path detection, and obstacle avoidance.
Features
Diagnostics, monitoring, transport, and check-ins in one platform
V-DOC can be configured with pulse-oximeter sensing, blood pressure, infrared temperature, spirometry, weighing scale, height measurement, patient communication, specimen storage, and medication dispensing. Hospital workflows can add check-ins, bookings, payments, and patient record updates where the deployment supports them.
Vitals and triagePatient monitoringMedicine dispensingSample logisticsVirtual consultationAppointments and payments
Product variants
Mobile V-DOC and Stationary V-DOC
The recovered product material distinguishes a mobile autonomous robot from a stationary unit that keeps the core diagnostic value while removing autonomous navigation.
Mobile V-DOC
Autonomous navigation, full medical feature set, hospital movement, emergency-room support, monitoring rounds, and logistics tasks.
Stationary V-DOC
Stationary diagnostic unit with the same or core medical abilities, manually moved or used as a fixed hospital health checkpoint.
Hospital use cases
Built for repeated, high-friction hospital tasks
V-DOC is positioned for emergency rooms, diagnostics assistance, patient monitoring, nurse support, medicine and sample logistics, hospital check-ins, appointments, payments, and patient record updates.
Rural ecosystem
B.A.R.M extends V-DOC into rural healthcare
The rural model is the secondary ecosystem for V-DOC: checkups, specimen transfer, medication movement, remote consultation, and communication in low-access communities.
Featured on
Public coverage and project recognition
FAQ
Current status and how it works
What is V-DOC and B.A.R.M?
V-DOC is pioneering rural and hospital healthcare robotics. B.A.R.M, or Biomedical Autonomous Rural Medic, is a prototype health monitoring robot designed to deliver assessments and support virtual doctor consultation in remote areas while working with the smart base, transfer drone, and nearby health center.
What is the current status?
V-DOC is in development. A utility patent has been filed and published within the Indian Patent Office, and prototyping for B.A.R.M is positioned as the next step.
How does B.A.R.M work in rural areas?
B.A.R.M combines navigation and medical sensor technologies to reach patients, collect health data, support consultation, move specimens, and coordinate medicine delivery through the smart base and health center.
Next step
Join us in making health access a human right
Reach out for collaboration, technical discussion, hospital workflow conversations, rural healthcare partnerships, or media inquiries.