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4th Industrial Revolution: Beyond Manufacturing

The 4th Industrial Revolution is not just about intelligent and interconnected equipment and systems. Its reach is far broader. Waves of discoveries are being made at the same time in fields including genome sequencing, nanotechnology, renewable energy, and quantum computing.  The 4th Industrial Revolution is fundamentally distinct from earlier revolutions because of the convergence of these innovations and their interplay across the physical, digital, and biological realms.

4th Industrial Revolution
4th Industrial Revolution: Beyond Manufacturing 2

Analyzing the technology that is advancing the Fourth Industrial Revolution is the most accurate summary. The Internet of Things, robotics, nanotechnology, quantum computing, artificial intelligence (AI), 3-D printing, self-driving automobiles, and material storage are a few of these.

Basic Understanding of What Is 4th Industrial Revolution

The World Economic Forum’s founder and executive chairman, Klaus Schwab, created the phrase “4th Industrial Revolution” in 2016.  Nanotechnology, biotechnology, novel materials, and advanced digital manufacturing technologies are just a few of the developing technical fields that have come together and complement each other to define them.

 The latter, which incorporates artificial intelligence, human-machine interfaces, and third dimension printing, is already changing the industrial environment throughout the world. The 4th Industrial Revolution is already in full swing, and its effects on business will be concentrated in four areas that all flow through Digitalisation:

  • a client’s expectations
  • Product Improvement
  • Innovative Collaboration
  • Organizing Structures

 The concept of the 4th industrial revolution, also described as the Smart Factory, was created because of integrating Advanced Digital Production technology into industrial manufacturing processes. A Smart Factory continuously adapts and optimizes its operations based on what it learns as it works.

What Gave Rise to The Fourth Industrial Revolution?

It is a good idea to consider the three previous industrial revolutions and how they affected human lives and the globe at the time they occurred to analyze how they came to be in the Fourth Industrial Revolution. Let’s quickly examine:

  • 1st industrial revolution: Steam was first used for mechanical production in 1784, near the tail end of the 18th century. It was a turning point when the initially mechanized loom was created.
  • 2nd industrial revolution: Electricity-powered mass production made its debut in 1870. The industrial sector accelerated tremendously after the invention of the assembly line.
  • 3rd Industrial Revolution: Machine programming, which was made possible by computer advancements in 1969, paved the way for further automation.

A significant “about turn” in the sector occurred around 2014 with the introduction of smart factories as well as online production management. The German economist, who wrote The 4th Industrial Revolution, recognized what was to come: people are at the start of a revolution that’s also radically altering the way an individual live, work, and interact with one another.

What people refer to as the 4th Industrial Revolution is unlike anything that humanity has ever encountered in terms of scale, scope, and complexity. Experts concur that this is due to three factors: its speed, extent, and unprecedented impact.

Opportunities for Industry Revolution

Opportunities for Industry revolution in the following ways, the new industrial age will assist a firm in becoming smarter and more effective:

  • The advantages of Industry revolution technology include increased production because of optimization and automation.
  • A real-time economy requires real-time data and real-time supply chains.
  • Increased business continuity will be possible thanks to advanced maintenance as well as monitoring options.
  • Higher quality products will result from real-time monitoring, enabled quality improvement, and cobots (collaborative robots).
  • Better environmental sustainability and working circumstances.
  • Provide possibilities for personalization to win the modern consumer’s trust and loyalty.

Need for Industrial Revolution

In the 4th industrial revolution, it is seen as an interconnected and intelligent equipment system. It encourages technological innovation in the form of digital, physical, and biological realms. It is very important to have modern technological knowledge and to match the pace of this scope proper guidance and assistance are needed.

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