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I stumbled upon a time travel portal and embarked on a journey through various work disruptions across eras, hoping to glean insights and then get a glimpse into what the future holds. Pack your curiosity together, and join me on this wild ride!
Around 10,000 BC, I saw human societies begin to transition from nomadic lifestyles to settled farming communities. This Agricultural Revolution took thousands of years, but its impact was profound. It increased food production, supported population growth, and laid the foundation for modern civilization. By 1700, for example, the population in England and Wales grew from 5.5 million to over 9 million by 1801, significantly due to increased agricultural productivity, which tripled agricultural output per worker between 1700 and 1870. Skills such as hunter-gathering, nomadic herding, and stone tool-making had gone obsolete, and farming techniques, animal domestication, and irrigation methods became necessary skills to thrive.
In the early 1800s, I was a humble weaver. The rhythmic clanking of the loom was the heartbeat of my livelihood. But then came the steam engines and mechanized looms sweeping through our towns like a powerful storm. The machines could work faster, longer, and cheaper than any human. One by one, my fellow weavers and I found ourselves displaced, our skills deemed obsolete.
Fast forward to the late 19th and early 20th centuries, and the world witnessed the Second Industrial Revolution. I observed as this period brought advancements in steel production, electrification, and telecommunications. Innovations like the telephone, electric light, and the internal combustion engine emerged, further transforming society and the economy.
By 1913, the industrial output in the United States had quadrupled, driving significant economic growth and leading to the development of new industries such as automobiles and chemicals. Again, I observed handcrafted steel production, telegraph operation, and traditional gas lighting become obsolete. It gave birth to electrical engineering, chemical engineering, and automotive manufacturing.
When I was transported further, the late 20th century marked the beginning of the Digital Revolution. The rise of digital technology and the internet revolutionized communication, data processing, and information storage. It enabled globalization, digital economies, and the rise of tech giants like Facebook, Amazon, and Google. By 2020, digital technologies contributed to over $11.5 trillion in global economic activity annually, driving innovation and creating a global marketplace. There was no use for the famous typewriters, analog photography, and traditional bookkeeping. I saw the rise of computer programming, digital marketing, and IT management.
Today, I find myself in a world transformed by artificial intelligence. Just as my loom was made redundant by machines, so too are many modern jobs facing obsolescence. AI is now capable of tasks once thought to be the exclusive domain of human intelligence. But unlike the steam engines of my past, AI learns, adapts, and evolves.
In the recent Netflix film "Atlas," we see AI's potential and peril. Atlas Shepherd, a data analyst with a deep distrust of AI, is thrust into a mission where her only hope of saving humanity lies in collaborating with an AI. The narrative is a stark reminder of AI's duality: it can be a strategic solution or a problem depending on how we choose to harness it.
AI could add up to $15.7 trillion to the global economy by 2030 through automation and enhanced decision-making. At this time, routine data entry, basic customer service roles, and manual data analytics are beginning to give way to new job skills such as AI ethics, machine learning, AI-enhanced cybersecurity, and virtual reality experience design.
Quantum computing could create up to $850 billion in value annually by 2040 through advancements in data processing and optimization. At its dawn, traditional data analysis, classical cryptography, and standard research methods will continue to give way to new skills such as quantum algorithms, quantum cryptography, and advanced problem-solving using quantum computing.
For example, imagine a photographer needing to capture a photo of a futuristic cityscape. Traditionally, they might build physical models or rely on expensive CGI. With Midjourney, they can use text prompts to generate high-quality images of these futuristic landscapes, allowing them to visualize and plan the shoot beforehand. This saves time, money, and allows for more creative exploration. Filmmakers can leverage RunwayML's AI tools to create storyboards with real-time animation and effects. This allows them to rapidly prototype and test different story concepts before committing to expensive live-action shoots.
Imagine restoring color to black-and-white historical footage. DeOldify is an AI tool that can do just that, analyzing the content and applying color in a realistic and natural way. This opens up new possibilities for historical documentaries and restorations. Sora can analyze video footage and suggest edits, transitions, or even automatically generate highlight reels. This allows filmmakers to streamline the editing process and focus on polishing the final product.
Let's chat about the future. Share your experiences and thoughts on how AI is transforming your industry and shaping your career. Explore how we can journey through these changes together, leveraging AI to innovate, adapt, and thrive.
Any revolution implies disruption, which in turn fosters both opportunities and risks. The Fourth Industrial Revolution is not an exception. CFOs and their finance teams must prepare for the changes ahead and learn how to adopt digital technologies in order not to be left behind. And just like in our everyday life, the evidence of these digital technologies impacting the office of Finance is all around us:
While the Fourth Industrial Revolution (sometimes called the 4IR or Industry 4.0) is set to change society like never before, it builds on foundations laid by the first three industrial revolutions. The advent of the steam engine in the 18th century led to the first industrial revolution, allowing production to be mechanized for the first time, and driving social change as people became increasingly urbanized.
In the second industrial revolution, electricity and other scientific advancements led to mass production. A third industrial revolution, beginning in the 1950s, saw the emergence of computers and digital technology. This led to the increasing automation of manufacturing and the disruption of industries including banking, energy, and communications.
Web3 is the third iteration of the internet. Web1 allowed people to access and read information on websites, like Yahoo. In Web2, blogs, wikis, and social media like Twitter and YouTube got introduced, giving people more control over the information they created and shared. In Web3, the decentralized world puts ownership into the hands of the community. Web3 comprises blockchain technology, cryptocurrencies, and token-based economics, like NFTs.
Blockchain is a secure, decentralized, and transparent way of recording and sharing data, with no need to rely on third-party intermediaries. The digital currency Bitcoin is the best known blockchain application. However, the technology can be used in other ways, including making supply chains traceable, securing sensitive medical data anonymously, and combating voter fraud.
New computational technologies are making computers smarter. They enable computers to process vast amounts of data faster than ever before, while the advent of the cloud has allowed businesses to safely store and access their information from anywhere with internet access. Quantum computing technologies now in development will eventually make computers millions of times more powerful. These computers will have the potential to supercharge AI, create highly complex data models in seconds, and speed up the discovery of new materials.
Biotechnology harnesses cellular and biomolecular processes to develop new technologies and products for a range of uses, including developing new pharmaceuticals and materials, more efficient industrial manufacturing processes, and cleaner, more efficient energy sources. Researchers in Stockholm, for example, are working on what is being touted as the strongest biomaterial ever produced.
3D printing allows manufacturing businesses to print their own parts, with less tooling, at a lower cost, and faster than via traditional processes. Plus, designs can be customized to ensure a perfect fit.
As the Fourth Industrial Revolution reshapes the future of work, businesses must prepare their people for the new world that lies ahead. This often means an increased focus on continual learning, upskilling to new types of jobs, and a commitment to diversity.
Businesses will need to ensure they have the right mix of skills in their workforce to keep pace with changing technology. In the Salesforce State of Marketing report, one in three marketers reported talent gaps as a top challenge. Similarly, 50% or more of service professionals say the 2020 pandemic exposed moderate or greater gaps or shortcomings across a variety of factors, including technology and staff skill sets.. Workers will more than likely need to update their skills, not just once but many times throughout their careers. Many senior executives are already asking how all this will be achieved.
With businesses at the forefront of the Fourth Industrial Revolution, driving both innovation and social disruption, they must also play a pivotal role in ensuring the needs of all stakeholders are met, and not just those of shareholders.
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