CEJSCase StudiesHealthcareAutonomous cleaning in healthcare: TASKI Phantas at University Hospital Bratislava

Autonomous cleaning in healthcare: TASKI Phantas at University Hospital Bratislava

Client: University Hospital Bratislava
Location: Bratislava, Slovakia
Industry: Healthcare
Year: 2024

Project Overview

Autonomous floor cleaning for a demanding healthcare environment

For the University Hospital Bratislava (UNB), one of the largest healthcare facilities in Slovakia, we have offered to modernize its floor cleaning operations in high-traffic public areas. The objective was to introduce an autonomous solution that could support staff, maintain strict hygiene standards, and operate safely in a continuously occupied hospital environment.

To achieve this, we have implemented at UNB the TASKI Phantas autonomous cleaning robot. The solution was designed to improve cleaning efficiency, reduce manual workload, and ensure consistent cleaning quality across busy areas such as entrance halls and main corridors – without disrupting daily hospital operations.

The Challenge

Maintaining hygiene standards in a high-traffic hospital setting

Hospitals operate in mode 24/7 and require exceptional cleanliness standards while managing constant pedestrian traffic and limited staffing resources.

Key challenges identified during implementation:

High foot traffic in entrance halls and main corridors
Strict hygiene and safety requirements
Limited availability of cleaning personnel
Need for uninterrupted cleaning during operational hours
Mixed floor surfaces requiring flexible cleaning methods

Key issues:

24/7

Continuous hospital operation requiring nonstop cleaning

820 m²+

Single-session coverage of high-traffic areas

9,000 m²

Total daily coverage in busy corridors and entrance halls

Our Solution

AI-powered robotic cleaning designed for complex facilities

To support cleaning operations at UNB, TASKI Phantas was deployed as an autonomous, AI-powered cleaning solution designed for complex and dynamic environments such as hospitals.

Autonomous operation

TASKI Phantas uses advanced navigation technologies, including LiDAR, depth sensors, and RGB cameras to safely operate around patients, visitors, and staff.

Multifunctional cleaning

The robot easily switches between scrubbing, drying, sweeping, vacuuming, and dust mopping – allowing it to handle mixed surfaces within a single facility.

Seamless integration

With automatic return-to-charge functionality and cloud-based monitoring, TASKI Phantas integrates smoothly into existing cleaning routines with minimal staff training required.

Results & Impact

100% standards achieved with 28 man-hours saved weekly

The implementation of TASKI Phantas delivered clear, data-driven benefits across cleaning operations while maintaining strict healthcare hygiene standards.

9,000 m² cleaned daily with consistent coverage

Autonomous operations ensured systematic and reliable cleaning across high-traffic hospital areas.

28 hours of manual work saved weekly

Reduced workload allowed staff to focus on specialized and detail-oriented tasks.

90.53% route completion reliability

Stable and predictable performance in a dynamic hospital environment ensured operational consistency.

100% compliance with cleaning standards

The robot maintained full alignment with internal quality requirements, matching or exceeding manual results.

Seamless operation day and night

Reliable performance across shifts without disrupting hospital traffic.

Operational Perspective

Implementing TASKI Phantas in a hospital environment demonstrated how autonomous cleaning can deliver measurable results in 24/7 operations. The combination of consistent daily coverage, over 90% route completion, and significant labor savings proves that the solution not only supports staff, but also ensures stable and predictable hygiene standards in high-traffic areas. This solution has proven effective not only in healthcare facilities, but also in airports, shopping centres, and public administration buildings – anywhere safety, operational continuity, and large floor areas are key priorities.