Summary of FIBOCOM TO ACCELERATE DIGITAL TRANSFORMATION IN IIOT WITH 5G CONNECTIVITY
World Telecommunication and Information Society Day on May 17 highlights accelerating digital transformation. The article argues COVID-19 exposed limits of traditional manufacturing, pushing governments and industry toward IIoT (Industry 4.0). IIoT integrates connectivity, data and computational power, analytics and intelligence, and human-machine interaction to monitor, exchange, analyze, and act on industrial data. 5G provides the high capacity, speed, low latency, and reliability needed to synchronize machines in real time, while industrial AI and analytics enable predictive insights such as corrosion detection to improve efficiency and uncover extra production capacity.
Parts used in theIIoT and 5G Digital Transformation Project:
- Industrial devices (sensors and actuators)
- Telecommunication technologies
- 5G network infrastructure
- Data storage and computational platforms
- Analytics and industrial AI systems
- Human-machine interaction interfaces
- Machine-to-machine communication protocols
World Telecommunication and Information Society Day (WTISD) takes place on May 17th every year, to connect the world and promote digital technologies. This year, the theme is to Accelerate Digital Transformation in challenging times.
As time goes by, people started to realize the inconvenience of conservative manufacturing as well as the urgency of digital transformation, especially after the COVID-19 crisis. Thus, both governments and the private industrial sectors have turned to IIoT as a better solution for smart manufacturing in this changing time.
How Can IIoT Help?
IIoT (Industrial Internet of Things) offers innovative ways to boost operational efficiency and introduce a new wave of industrial services. IIoT, also known as Industry 4.0, brings together Connectivity, Data & Computational Power, Analytics & Intelligence, and Human-Machine Interaction. It is the network of a variety of industrial devices connected by telecommunication technologies, enabling the systems to monitor, collect, exchange, analyze as well as deliver data.
Connectivity, Data & Computational Power
Connectivity is the foundation of Industry 4.0 and part of the foundational technologies applied along the value chain. This is achievable with the help of the high capacity, high speed, low latency and reliable 5G network. 5G ensures the delivery of IIoT technologies and helps keep all machines and robots perfectly in sync in real-time.
Analytics & Intelligence
IIoT achieves incredible levels of efficiency, productivity, and performance by integrating machine-to-machine communication with industrial data analytics. For example, industrial AI inside a refinery pipe can detect corrosion to provide real-time production data, allowing a factory to reveal extra capacity.
Read more: FIBOCOM TO ACCELERATE DIGITAL TRANSFORMATION IN IIOT WITH 5G CONNECTIVITY
- What is the purpose of World Telecommunication and Information Society Day?
To connect the world and promote digital technologies. - Why has digital transformation become more urgent?
The COVID-19 crisis revealed inconveniences of conservative manufacturing, accelerating the need for digital transformation. - How does IIoT help manufacturing?
IIoT enables monitoring, data exchange, analysis, and delivery of data to boost operational efficiency and introduce new industrial services. - What are the core components of IIoT?
Connectivity, data and computational power, analytics and intelligence, and human-machine interaction. - Why is 5G important for IIoT?
5G provides high capacity, high speed, low latency, and reliability necessary to keep machines and robots synchronized in real time. - How do analytics and intelligence improve industrial processes?
By integrating machine-to-machine communication with industrial data analytics, they enable efficiency gains and performance improvements such as detecting corrosion for real-time production insights. - Can IIoT reveal extra production capacity?
Yes; for example, industrial AI detecting corrosion can provide real-time data that allows a factory to reveal extra capacity.
