Industrial operations are already collecting more data than ever before. The challenge is not data availability, it is connection. How do you bring infrastructure, assets, and condition monitoring into one cohesive view that actually reflects what is happening on site?
This partnership between Coolon and Schaeffler addresses that gap directly.
Coolon’s Brilliant Connected Lights (BCL) converts lighting infrastructure into a distributed wireless mesh network, creating a scalable communication layer across the entire site. This enables data to move through existing infrastructure without the need for additional network overlays.
Schaeffler’s OPTIME ecosystem provides continuous condition monitoring across critical equipment, delivering live insights into vibration, lubrication, and machine behaviour across key assets in the field.
When combined, these technologies create a connected industrial ecosystem where infrastructure and equipment are no longer separate systems.
This integration enables a new operational model where information flows across the site in real time, supporting faster decisions, improved maintenance strategies, and greater operational awareness.
The result is a unified approach to industrial visibility, where operators can understand both infrastructure performance and equipment health within the same connected environment.
No parallel systems. No fragmented visibility. Just a scalable foundation for connected operations.
This collaboration represents a step forward in how industrial sites can approach monitoring, connectivity, and operational intelligence at scale.
Emergency Alerts Across Your Site
13 • 02 • 2025
Brilliant Connected Lights serve as a site-wide alert system. In an emergency, the network activates its signal indicators, displaying the colour relevant to the emergency code.
Every Light Can Be an Emergency Light
11 • 02 • 2025
When it comes to emergency preparedness, lighting plays a crucial role in maintaining visibility, safety, and overall functionality in the event of a power outage.