How The Digital Revolution Is Transforming The World Economy

As the microprocessor chip’s reach permeates practically everything we go shopping for groceries digitally to finding a mate on a dating website—digital platforms are remaking customer, worker, and employer interactions. 

We should think deeply about creating rules that will enable us to fully utilize the advantages of the digital revolution while limiting job displacement as computer power advances substantially and more people across the world engage in the digital economy.

This digital transformation is the outcome of what economists who research scientific advancement and technological change referred to as a general-purpose technology that can continuously modify itself, expanding and enhancing efficiency across all sectors and industries.

These kinds of transitions are uncommon. The steam-powered, the electricity generator and the printing press are the only three previous innovations that have received this honor. These modifications will have a substantial long-term impact. For more information, read more in this article.

Adopt While Also Adapting


General-purpose advanced technologies are damaging by their very nature. Although the machinery ushered in new abilities and occupations, the Luddites of the early nineteenth century opposed and attempted to destroy the machinery that rendered their weaving abilities obsolete. Since new technology is so adaptable and omnipresent, it causes such upheaval.

As a result, there are numerous advantages to adjusting to technology rather than merely embracing it. Electricity generation made it possible to supply electricity accurately when and where it was needed, considerably boosting operational efficiencies and paving the path for the current production line. Similarly, Uber is a taxi company that uses digital technologies to improve service.

One of the most significant aspects of disruptive technology must be widely accepted before civilization can adjust to it. Generators were used to provide electricity. Computers, the Internet’s technical foundation, search engines, and online platforms are essential to the present technological revolution.

Economic growth does not rise quickly because it takes time to adjust to new procedures, such as replacing conventional printing with an online publication.

More and more funds are committed to invention and reorganization in the early phases of such breakthroughs, the advantages of which are recognised considerably later.

While James Watt commercialized a moderately efficient engine in 1774, the first financially viable steam train did not come until 1812. It was not until the 1830s that British productivity per capita increased significantly. It is no surprise that the digital revolution has failed to show up in production statistics—after all, the personal computer was only invented roughly 40 years ago.

The digital revolution is well begun. In addition to changing occupations and skills, technology is also reshaping industries like commerce and journalism and transportation and finance in the not-too-distant future.

E-commerce businesses are also using their analytics expertise in finance. Alibaba, the Chinese e-commerce behemoth, already owns a bank and uses user data to give small-scale loans to Chinese consumers. The American e-commerce site is developing in the same approach.

Moreover, anonymous cryptocurrencies like Bitcoin are complicating efforts to limit financial fraud and other forms of criminal activity. However, what makes these resources enticing can also make them risky. Illegal substances, guns, hacking tools, and deadly poisons can all be purchased using cryptocurrency. 

On the other hand, the technology involved (blockchain) that underpins these exchange rates will likely revolutionize finance by conducting payments faster and more securely. At the same time, additional data about prospective customers can improve loan pricing by allowing for a more effective evaluation of repayment risk.

Regulatory regimes must protect and preserve financial stability while promoting productivity and effectiveness.

Advancements in quantum cryptography, which would allow operations beyond the capabilities of regular computers, may cause even greater devastation in the future. While these computers enable exciting new goods, they also can reverse some breakthrough advancements. 

They might, for example, render present cryptographic protocols obsolete, thereby compromising global integration and privacy. And this is only one facet of cyber security risks, which is growing increasingly relevant as practically all vital public services and personal data are now accessible online.

A More Rapid Pace


People’s jobs will be transformed as a result of digitalization. As shown in a report issued last year by the McKinsey Global Institute, the employment of up to one-third of the US population, or roughly 50 million people, might be altered by 2024. 

According to the report, existing robots, artificial intelligence, and machine learning capabilities could automate nearly half of paid activities. Computers, for instance, are learning not only to drive cabs but also to look for cancer indications, a job that very well-paid radiologists now handle. 

While opinions differ, it is evident that significant unemployment rates and transformations will occur across all industries and wage levels, even areas traditionally thought to be immune to automation.

The speed of transition continues to accelerate, as the McKinsey study shows, following a slow start. At the start of the century, the widespread smartphone seemed unthinkable to the average individual. 

More than 4 billion people now have access to mobile phones with a computational capacity comparable to that utilized by the US National Aeronautics and Space Administration to send two astronauts to the moon. Despite this, these tiny supercomputers are frequently utilized merely as telephones, wasting tremendous computational resources.

There is only one certainty: there is no going back now. Digital technology will continue to increase, and attempts to ignore it or act against it will very certainly fail.

Keeping A Race To The Bottom At Bay

Given the worldwide reach of digital technology and the danger of a race to the bottom, policy coordination akin to global financial markets and maritime and air traffic is required.

In the digital realm, such collaborative efforts may include controlling the treatment of personal data, which is difficult to supervise in a country-specific manner in terms of the international nature of the Internet and capital resources, whose amorphous nature and placement can complicate the taxes of digital businesses. 

Financial supervision systems designed to monitor operations between financial institutions may struggle to keep up with the growth of peer-to-peer payments, especially when it comes to blocking criminal funding.

We can and should use these fascinating technologies to increase well-being without dwindling the modern era’s passion and enthusiasm with appropriate policies and a willingness to cooperate across borders.