As Indian hospitals contend with rising patient volumes, staffing shortages and growing medical-tourism demand, Kinetiq Rrobotics Pvt. Ltd. has built a connected fleet of Artificial Intelligence-powered robots designed to take over routine, high-contact hospital tasks — from delivery and reception to cleaning and air-quality management. Rather than standalone machines, the company positions its offering as an integrated ecosystem in which each robot hands off tasks to the next, reporting into a single cloud dashboard.
Forward-to-ward logistics, Kinetiq offers the LuckiBot Pro AutoDoor, which delivers medicines and samples through a sealed compartment, operating autonomously round the clock with predictable turnaround times. A companion CarryBot is dedicated to linen and waste movement, running separate routes and notifying staff by voice for contactless, sealed pickup. Together, the two robots are designed to eliminate the cross-contact risk that comes with manual, staff-led delivery runs during peak hospital hours.
On the reception side, Kinetiq’s GreetingBot Mini and Nova use facial recognition to welcome visitors on arrival, offer multilingual assistance, and guide them to the correct department. The robots are built for high-footfall, multilingual settings typical of medical-tourism destinations, with voice-recognition accuracy rated at 97 per cent even in noisy hospital lobbies. Nova additionally supports wayfinding to consultation rooms and can facilitate remote specialist consultations, easing pressure on front-desk staff and shortening queues through self-service navigation.
Autonomous
Kinetiq’s cleaning range centres on two units. The CleaniBot S55 Pro Ultraviolet-C (UVC) combines scrubbing, mopping and vacuum modes with 222-nanometre UVC and ozone-based disinfection, covering up to 1,197 square metres an hour, and is positioned for wards and corridors. The CleaniBot C5 is built for high-traffic zones, handling heavier soil loads at up to 1,980 square metres an hour with heavy-soil scrub, sweep and water-station-enabled modes. Both machines run scheduled and on-demand cycles timed to avoid patient-care hours, with optional High-Efficiency Particulate Air (HEPA) filtration layered onto daily cleaning, and cloud dashboards that track coverage across the facility in real time.
Air Quality
Beyond surface cleaning, Kinetiq’s ecosystem extends to air-quality management. Continuous indoor Air Quality Index (AQI) sensors feed live data into facility dashboards linked to the company’s greeting robots, while outdoor AQI monitoring supports campus-wide planning. Dedicated sweeping robots handle dust suppression on driveways and courtyards around the clock, extending hygiene management beyond hospital interiors to the wider campus.
Ecosystem
Kinetiq Rrobotics frames its long-term proposition as a fully connected smart hospital, in which the robot fleet, lift integration, AI-scheduled cleaning, continuous air monitoring and autonomous deliveries all report into one unified cloud dashboard. For hospital administrators, the company cites measurable operational gains alongside patient-safety benefits: reduced human contact across high-touch processes, round-the-clock robotic operation, faster and contactless logistics, improved infection control, better patient satisfaction, stronger medical tourism appeal, and more sustainable, efficient hospital operations overall.
With hospital-acquired infections remaining a persistent concern in Indian healthcare — incidence in Intensive Care Units is estimated at nearly 12 per cent — and large hospitals handling over a thousand patients a day, Kinetiq Rrobotics’ fleet-based approach reflects a broader shift in Indian healthcare infrastructure: toward hygiene and logistics systems that operate continuously, consistently, and largely without direct human contact.