There are at least 5 logical possibilities that link smart manufacturing to IIoT. Globally, several companies are disbursing more money on investing in it for manufacturing processes. IoT is already driving the transformation.Across US, the number of connected devices have more than doubled, only next to China.
How will the benefits shape the industrial sector? Will IIoT be able to control machine data and create a more viable ecosystem? This post attempts to showcase the benefitsrelated to implementation and integration of industrial internet of things.
Future possibilities
Industrial internet of things is already making an impact on smart manufacturing by providing multiple solutions. The five identifiable ways noted above are expected to rise in large economies like US and China. As mentioned controlling machine data is a lot easier now. With this active feature the drive towards robotic plants, supply chains, embedded processes, and connected devices is reducing risks. To keep up with competition this seems to remain the only viable option for global leaders. As future possibilities grow the key takeaways will cover:
- Better maintenance of inventory and machinery in plants and warehouses.
- Breakdowns predictions will improve and prevent production from falling down.
- Equipment checking with analytical data can be examined, and managers will spend economically to repair limited damages.
- A connection of data between separate apps helps in quick transfer rates. Connected devices handle the process thus presenting significant advantage to industrial internet of things.
- With data integration the operations are more efficient with minimal errors.
Automated processes have improved with new age smart manufacturing. It is also providing flexibility to human resources in the plants. Its success keeps the ultimate possibilities alive due to the specific characteristics of IIoT.
Also read about: Tips Before Making Investment in IoT
Ideal IIOT platform for new age manufacturing
Each manufacturing unit gains diverse capabilities. Hence, the IIOT structure has to be designed to fit the business. Earlier a single location or a central hub was required to retain the systems in check and moving on continuously. This has its benefits but is not very scalable. The introduction of the digital revolution in industries has shown multiple platforms can be operational simultaneously if they are connected. The sensor-based technology which has been successful in the automobile industry is also trending in manufacturing plants that are already using IoT. Making it ready for industrial internet of things, the same has opened new avenues and features.
An ideal business practice includes the following 5 essential characteristics
Any industrial IoT platform will develop the capability of understanding the basic IoT and calculate a new level to integration at multiple stages. Now there are more end points available with the help of inter-connected devices. Each manufacturer owner will have to select the one that provides maximum benefits within the existing environment keeping in mind how to connect people, systems, and various things. The connections establish inks with complex robotics to tiny sensor based chips.
Successful applications in the tangible world
IIoT has been beneficial to companies like Siemens (Germany), Caterpillar (USA), Airbus, ABB (Swiss-Sweden venture), Fanuc, Magna Steyr, Tesla and John Deere (USA). For example, Seimens the automobile giant from Europe assembles automated vehicles. With established brands like BMW the company uses cloud-based Iot. The data is aggregated from its plants and other critical units to produce successful results. Caterpillar based in America is currently manipulating augmented reality. The machine operations are fuelled by the apps which recognizes when the air filters need to be changed. Another well-known company Tesla uses IT driven data to take its electric vehicle manufacturing forward. All the functions are improved with various software updates. The company has been instrumental in allowing consumers to monitor their devices remotely from their smartphones. The maximum benefits of IIoT applications can be seen in John Deere manufacturing units. The company deals with forestry, agriculture, and construction machinery. They initiate telematics to create a revolution in smarter operations. The company has also introduced self-driving vehicles, which constitutes a necessary step forward technologically. This is the company which introduced the concept of GPS trackers. Who would have thought that the tracking system will become so successful globally?
More revolution will take place as industrial applications become closely lined with things. The combined power of large-scale implementation in challenging environments will improve smart manufacturing in the forthcoming years.
