V-DOC automates vitals, triage and ward monitoring runs so hospitals cut wait times and nurse workload while improving patient experience.
Our Mission
Increase efficiency in hospitals
ER and OPD waits often exceed 50 minutes, delaying care and reducing patient flow.
India faces a ~4.3M nurse shortage, and routine tasks drain time and heighten burnout.
Up to 70% of adverse events are linked to misidentification and paper- or verbal-based handoffs.
Specimen/med deliveries and cross-floor trips pull staff from the bedside—especially during peak hours.
Autonomous ward assistant for large hospitals
– Runs scheduled ward rounds, capturing BP, SpO₂/heart rate, temperature, height and weight at the bedside.
– Navigates autonomously using 2D/3D LiDAR and SLAM, shares corridors, takes elevators and avoids obstacles.
– Carries medicines, specimens and documents between wards, lab and pharmacy so staff do fewer delivery runs.
– Streams vitals and alerts to a central dashboard so nurses see who needs attention first.
– Best suited for large, multi-floor hospitals, ER and high-throughput inpatient units.
Compact intake & vitals kiosk
– Manually positioned unit that sits at registration, triage or screening counters.
– Automates check-in, ID verification and full vitals capture in a single stop.
– Acts as an extra “vitals lane” beside nurses during rush hours to cut queues and front-desk workload.
– Sends readings directly into the hospital system or V-DOC dashboard with flags for high-risk cases.
– Ideal for OPD clinics, health check-up centers and hospitals wanting a lower-cost entry point.
The patent for our revolutionary invention has just been filed under the number: 202441057141
Join us in the next steps of development to advance healthcare in our country!
Chief Technology Officer
Chief Executive Officer
Chief Operating Officer
Chief Software Officer
Managing Director
Managing Director
Chief Executive Officer
We take the routine, repeatable tasks off your staff’s plate: intake vitals, basic triage questions, scheduled ward checks, and runs to the lab or pharmacy. That translates to shorter queues, fewer interruptions for nurses, and more time for real care..
Yes. The robot uses vision + LiDAR to slow, stop, or re-route around people. For elevators, we integrate with access controllers where possible; if not, there’s an attendant mode so staff can badge the lift and the robot rides safely.
Standard hospital Wi-Fi, a power outlet for the dock, and a clear spot for docking (about 1.5 m × 1 m). We’ll also do a short site walk and use a floor map to set safe paths and no-go zones.
No. Nurses and ward clerks trigger most tasks from simple screens or preset schedules. We train shift leads in 60–90 minutes and do 10-minute huddles with each ward. If you prefer, we can assign a super-user during the pilot.
During intake, the robot captures the patient ID (scan or entry) before taking vitals. That ID travels with the readings so they end up in the right record and don’t get mixed up during handoffs.
You do. Data generated in your hospital is your property. We use encrypted connections, role-based access, and audit logs. For pilots without EMR links, files are stored in your chosen hospital drive or server.
All touch surfaces are wipeable and compatible with common hospital disinfectants. Between patients, staff wipe the touch area like any monitor or BP cuff; deeper cleans follow your normal protocol.
It fits standard corridors and doorways. Docking needs a small corner (about 1.5 m × 1 m). During mapping we mark tight turns or busy junctions and set safe speeds for those areas.
