Facilities management company Farnek, has launched the Middle East's first digitally monitored washroom.
Using advanced technologies, IoT sensors, machine learning, AI and cloud architecture. The washroom will promote air quality, identify water spillages, monitor washroom usage and consumable levels, to ensure the highest customer satisfaction standards. The system collects statistical data digitally, analyses and reveals customer trends and patterns.
"By using a digitalised solution, we're harnessing big data and transforming the service offering to be more customer experience-driven and cost-effective. Our pilot project installed in a major shopping mall in Dubai is already at an advanced stage, and we estimate we can make manpower cost savings of over 20% during low footfall," said Farnek CEO, Markus Oberlin.
to Farnek, the system can not only be retrofitted into existing washrooms and implemented for all
industries, it also features several sensors and processes. Maximising the use of IoT, sensors are located
strategically to detect and identify peak times, monitor safety and determine
when a cleaner is required.
dedicated people counter monitors all in and out movement; an air quality monitor
identifies gasses such as ammonia, nitrogen dioxide, carbon monoxide and
volatile organic compounds; a moisture detector identifies spillages on the
floor; while a consumables monitor measures the level of dispensers such as
paper towels, toilet rolls and soap solutions. This fosters accurate
predictions on stock replenishment and eliminates downtime by 100%.
"But essentially, it boils down to the intrinsic correlation between footfall, air quality and customer experience. Using multiple sensors, we can determine the air quality index (AQI) during periods of elevated footfall, evaluated against recognised international standards.
works like a thermometer that operates
from zero to 500 degrees, but instead of measuring temperature, the AQI will
identify any changes in the amount of impurities in the air. To counter
any negative readings, say during peak footfall, we can adjust the airflow
to ensure more fresh air is circulated, which subsequently increases the level
of customer satisfaction," added Oberlin.
The system also supports real-time customer feedback allowing facility managers to re-evaluate service delivery.