The industrial Internet of Things (IIoT) has created a new breed of data that impacts every level of the manufacturing ecosystem. Machines, software, devices, sensors, people, locations and even dynamic elements such as processes and events—both real and predicted—are connecting, consuming, and churning out new data like never before.
Manufacturers big and small can connect their entire supply chain— regardless of protocols, processes, equipment age or location. This massive datafication has created high volume and high velocity information that is changing how decision-makers view their value chain. But without an infrastructure that helps focus the information excess, all this newly tapped data can be overwhelming—slowing down important decisions, instead of streamlining them.
Real-time visibility into logistics routes and material flow across the supply chain increases the efficiency of your production and inventory management . . . Easy access to a high volume of near real-time data enables the improvement of current analytics and the development of innovative applications.
Manufacturing relies on continuous production. Fast, accurate, real-time analytical insights are intuitively recognised as valuable. Many decisions must be made in real-time, so having real-time data will naturally improve those decisions. Actionable, up-to-date metrics create many new benefits, including:
By incorporating the IoT throughout our shop floor, we’ve been able to take something that previously required memorization and 30 to 40 clicks and bring it down to a single click of a button.
Accessing real-time data for the benefits listed above is a start. But integrating and measuring specific role-based data helps provide a fuller picture—especially when looking to that data for OEE metrics and KPIs. Role-based, real-time data is the best way to overcome data overload and ensure your information remains integrated and actionable at all levels. With IoT, manufacturers can unlock data from every single asset, across every remote location, and deliver it to every employee. But Controls Engineers, Operations Engineers, Maintenance Managers, Continuous Improvement Engineers and all the other wide variety of roles across the enterprise have very different responsibilities—and they rely on different types of data. By incorporating custom apps that create a single point of access for different roles, each user can better understand their data and the reality it depicts.
For example, Controls Engineers often struggle with the challenges of connectivity errors and critical data loss. An IoT-enabled smart factory adds reliable data connectivity— but a role-based app, custom-built on your high-performing IoT platform focuses that data for deeper insights. Controls Engineers gain the ability to remotely visualise, monitor and troubleshoot industrial data and machine connectivity in real-time— without needing to sift through data dumps or manually input the data they really need. They receive instant notification of data communication errors—such as when a PLC or device stops communicating—real-time alerts, rapid tag trending and more. Controls Engineers can build up their custom IoT apps to make use of the data in numerous ways, including opportunities for:
An industrial IoT platform used to be the next generation of technology— now it’s just the start. Building on the platform, custom-built apps provide role-based information that funnels the correct data to the person who needs it most, in real-time. Purpose-built, IoT analytics software is crucial for integrating raw data from the unprecedented number of connected data flows and turning it into reliable information. An IoT platform provides a strong base for user-friendly, out-of-the-box apps that enable different roles to customise their data—and their innovations.
Right now, you have competitors who are generating new, recurring revenue streams through efficient connected-product development and delivery. It’s time to match their efforts.
Read “Mastering the 6 Levels of IoT Success” to learn: