carrot carrot carrot Change Centers x cognizanti collaborators create-folder Data Science Decisive Infrastructure download download edit Email exit Facebook files folders future-of-work global sourcing industry info infographic linkedin location Mass Empowerment Mobile First our-latest-thinking pdf question-mark icon_rss save-article search-article search-folders settings icon_share smart-search Smart Sourcing icon_star Twitter Value Webs Virtual Capital workplace Artboard 1

Please visit the COVID-19 response page for resources and advice on managing through the crisis today and beyond.


Preventing Surgical Equipment Faults: IoT, a Primary Tool

The Challenge

Waiting in an airplane on a runway due to an equipment issue is one thing. Lying on a gurney ahead of a surgery is quite another.

To prevent delays due to the failure of its endo-surgical equipment, a large U.S. manufacturer routinely sends highly trained sales personnel to visit hospitals and examine each piece of equipment. Not only is that process painstaking, it is also extremely costly. It creates opportunity costs, as well: all the service activity results in lower sales. Further, the manual nature of maintenance means the company responds to failures slowly.

Our Approach

The device maker tasked Cognizant with improving its service and maintenance process. Each of its devices already stores important data, including surgery type, tool usage, surgery time and total lifetime usage. We helped the company create an automated process to remotely capture this data, eliminating field personnel site visits for simple data collection.

We also devised an IoT instrument that plugs into the device maker’s existing equipment, preventing major deployment delays and ending device recertification in the field. Data about each device transmits automatically, enabling better maintenance planning and faster remote updates. Immediate issue identification reduces downtime.

Better Health for Health Equipment

With the improved ability to provision software updates and enhancements, and a better understanding of device performance, the device maker provides more effective surgical tools and greater up-time. This drives better customer service and superior patient experiences.

< 1 year

to achieve initiative return on investment


in projected savings annually


patient outcomes and faster deployment