The existing IoT platform lacked scalability and required extensive capacity planning even for modest increases in message volume. It struggled to manage the massive scale of contextual data, processing billions of device events through redundant storage and processing layers that drove operational inefficiency and cost.
Architectural constraints and an unclear product roadmap limited long-term innovation. As global IoT adoption accelerated, the organization needed a more flexible, resilient, and future-ready platform capable of capturing, processing, and interpreting billions of device events in real time — without the burden of complex infrastructure planning.
Re-architected IoT ecosystem on AWS with a serverless, cloud-native platform enabling real-time device intelligence, cost stability, and scalable support for millions of connected devices. Key elements included:
"The new IoT platform provides the scalability and reliability required to support millions of connected devices worldwide while maintaining cost efficiency."
Global IoT Program Director, Global Manufacturing Enterprise
No additional cost per device while significantly increasing scalability and processing capabilities.
Nearly 100% of device messages processed end-to-end in less than five minutes, enhancing communication reliability.
Capability to process more than 4 million messages per hour, supporting large-scale global IoT operations.
Full compatibility with existing IoT devices, ensuring seamless transition without hardware replacement.
This global manufacturing enterprise operates across multiple continents, delivering heavy equipment, construction machinery, and industrial solutions to customers worldwide.
With a growing base of connected devices, the organization required a scalable and resilient IoT architecture to support innovation and long-term digital transformation.