Changing the future: The fourth industrial revolution in 2025

Here’s how the Fourth Industrial Revolution will change the future in 2025.

The pace of technological progress is accelerating. This was unforeseen and surprising. In its Future of Jobs report, the World Economic Forum notes that the Fourth Industrial Revolution is underway: technological advances in genetics and biotechnology, 3D printing robotics, nanotechnology, and previously unrelated fields such as artificial intelligence and machine learning are all interacting with each other. Promote and expand. By the Fourth Industrial Revolution of 2025, the expected core skill sets for most jobs will typically include more than a third of talent that is not currently considered essential for the job.

Leading the next industrial revolution is critical to survival. To achieve an agile enterprise, two important components are needed: knowledge of disruptive technologies and the development of a personal strategy for effectively leveraging these technologies.

Here are 10 technologies that will transform the global economy and industries by 2025:

It’s difficult to keep up with so many new technologies in so many fields. Every breakthrough is billed as the “next big thing.” Based on McKinsey’s research and the knowledge of Pluralsight’s subject matter experts, we’ve compiled a list of ten technologies that will drive the Fourth Industrial Revolution by 2025.

Mobile Internet

As mobile computing devices increasingly take over Internet connections, interfaces, formats, sensors, and applications will all undergo transformations. By 2025, an additional 4.3 billion people may use mobile connectivity.

Virtual reality and augmented reality

Goldman Sachs predicts that the virtual reality and augmented reality market, currently valued at $7 billion, will increase to $900 billion by 2025.. Major changes are about to occur in technology infrastructure and the ecosystem of consumer and enterprise applications will usher in a new era.

Artificial Intelligence

Advances in machine learning and user interfaces, such as voice and gesture recognition technology, will increase productivity or completely replace some knowledge labor.

3D Printing

By 2025, 3D printing may achieve a higher level of mass customization and significantly reduce supply chain costs, with estimated annual economic benefits of 230 to 550 billion Dollar.

Cloud Technology

One of the most popular keywords of the past decade will still be relevant in the next decade. With the development of network security technology, more and more enterprises choose to rely on public cloud to provide almost all IT services and online applications.

Internet of Things

Currently, there are more than 9 billion devices connected to the Internet. Over the next decade, this number is expected to increase by 50 billion, to around 1 trillion. Monitoring and protecting people, systems, equipment and even goods will be a challenge for organizations.

Advanced Robotics

The way goods and services are delivered will change with continued advances in artificial intelligence, machine vision, motors, sensors, hydraulics and materials. The IT expertise required to create, manage and maintain complex robots will increase.

Genomics

The development of genetic engineering will be accompanied by advances in computer processing speed. Advanced DNA analysis and sequencing technologies will enable increased agricultural production, reduce dependence on fossil fuels and extend human life expectancy.

blockchain

While blockchain is most famously associated with the digital currency Bitcoin, a recent analysis showed that 64 out of 200 businesses Blockchain use cases. Simplified, secure contracts and transactions will drive business usage.

Biometric Technology

According to a recent poll of security experts, 72% of businesses plan to do away with traditional passwords by 2025. This will result in new authorization services for face, voice, eye, hand and signature recognition.

Wildcard: Quantum Computing

Although the applicability and acceptance of quantum computing are still unclear, the technology is moving beyond the hype. According to Google's Quantum Artificial Intelligence Lab, modest quantum technologies will be commercialized within five years, allowing companies to boost revenue, cut expenses and minimize infrastructure needs.

The Workforce of 2025: What businesses need to learn

These technologies have the potential to bring huge benefits to many businesses, but they also create significant obstacles. The McKinsey report makes some recommendations for dealing with these difficulties, focusing on anticipating future needs through workforce training: "The nature of work will continue to evolve, requiring robust education and retraining programs."

Technology and other changes is shortening the shelf life of employees’ existing skill sets, in almost every industry, this is the view of the World Economic Forum. If we don’t take immediate steps to create talent, there will be limited talent available to manage, shape and lead the changes that are taking place.

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