Industrial Internet of Things: An Evolution in the Manufacturing Era

iiot_insights_success

Internet of Things no more needs any kind of introduction. When these IoT proficiencies are instigated in the Manufacturing and Industrial space, it cultivates Industrial IoT. This technology is a unification of different technologies like sensor data, machine learning, big data, M2M communication, and automation that have existed in the industrial framework for many years.

Industrial Internet creates an associated initiative by including the operational and information department in the industry. Thus enlightening prominence, increasing operational efficiency, surges productivity and decreases the complexity of process in the industry. Industrial IoT is a transformative manufacturing strategy that benefits to improve quality, productivity, and safety in an industry.

IIoT is hiding in the confines between virutal and real-world object. This is giving way to more flexible models of accessing process and machine data – bypassing rigid automation architectures, mobile systems based on Internet standards. While grouping and assembling data is a vital aspect of IIoT, this alone will not enable manufacturers to recognize the complete profit of IIoT – there are other components to consider:

  • Smart connected devices that are IIoT sets will bring a progressive sensing system that makes information with the first level of data analysis accomplished by the device itself.
  • An edge gateway to collect data, display information and link to the cloud for innovative analytics
  • Services and Applications to add, analyze data and put it into context to reach business goals
  • Creating a vulnerable and cooperative environment to permit partners to progress on a common platform conveying smart connected devices that are IIoT ready means embedding Internet technologies like web services natively into those devices.

There are many necessary industrial processes to run information on devices like relays and sensors to provide information on the device lifecycle. Embedded digital services also become critical to provision process optimization. For example the new series of Process drives with manufactures using web technology standards, intelligence, Ethernet connectivity and asset management features conveying additional contextual information, containing real time events, historical data alarms and drifts.

An edge gateway will collect data composed from numerous sources and deliver real-time business figures to the right people at the right time. This is the significant interface between the process and the Internet world. It also simplifies value-added services independent of the control system. Supporting this HMI vision, which it is advancing the flexibility of relating a CPU box with a good choice of display including a Wireless LAN enabled display. The edge gateway ensures a high level of performance and connectivity to address the critical needs of the IIoT platform.

Digital services and applications are critical to end users who are achieving the business performance gains promised by IIoT. Simple data collection must be expanded to include analytics that convey valuable and appropriate business information. Some examples of such services and applications include asset management and protection installation, optimization, augmented reality applications, condition based monitoring and OEE calculation, among others.

A platform established on an open and collaborative environment will permit particular partners to advance specific applications that encompass assistances and reach to help bring the promise of IIoT. A consistent development environment with governance and processes will enable easy integration of IIoT platforms.

– Sachin Bhandare