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This paper defines the OPC Unified Architecture (OPC UA) communications technology as it relates to applications within the oil and gas industry.

This paper defines the OPC Unified Architecture (OPC UA) communications technology as it relates to applications within industrial automation and business process control.

Monitoring power consumption of buildings or equipment is an important component in understanding and therefore reducing operational costs and maintenance costs, and increasing sustainability. The workflow detailed in this whitepaper demonstrates one way of monitoring power consumption.

This article describes an example of a simple data collection and visualization workflow, ultimately storing the data in a cloud database that can be queried by any 3rd party application. In essence this workflow demonstrates one way of monitoring air quality. The workflow is not a production-ready enterprise solution; however, the elements described in this article could certainly be the basis for a larger implementation.

This paper provides info on the features of several Mitsubishi Electric Iconics Digital Solutions products that might be useful to companies wishing to apply manufacturing intelligence solutions.

In this whitepaper, we describe an occupancy sensing solution that leverages Delta Controls’ unique multi sensor device connected to a Mitsubishi Electric Iconics Digital Solutions IoTWorX gateway, publishing real-time environment data to the Microsoft Azure cloud as part of a cloud based smart building environment monitoring solution.

This paper defines and illustrates the collection of metric data in determining process efficiency and the reasons for the loss of time or process, as well as covers the efficient, flexible methodology using Mitsubishi Electric Iconics Digital Solutions BizViz™ and GENESIS™ software suites.

This whitepaper describes the JSON message schema configuration in ICONICS Suite to connect to any MQTT enabled sensor or other IoT devices.

The Internet of Things (IoT) is augmenting our understanding of the world around us by connecting the physical aspects of our environment with the digital platforms that simplify our lives. To realize the transformative power of IoT, a key infrastructure to have is a communication network that spans the environment, allowing easy integration of IoT sensors that communicate wirelessly.

In this whitepaper, we show how to install IoTWorX on Microsoft’s IoT Edge, using Azure IoT Edge for Linux on Windows (EFLOW) and managed using Microsoft Update. By installing IoTWorX on a Windows computer and analyzing device data locally, users can react to events quickly, and operate offline.