Top 3 ways technology will change the world by 2025

 1. Optimizing manufacturing with AI (artificial intelligence)

In today's world of paper-and-pencil management, luck, massive global travel, and opaque supply chains, we waste a lot of energy, material and time. With the spread of the new coronavirus infection, it has become impossible to travel between countries and regions for a long time. We will rapidly adopt cloud-based technologies that consolidate, intelligently transform, and dispatch on-the-fly. By 2025, this ubiquitous stream of data and the intelligent algorithms that process it will enable continuous optimization to improve output and quality on the manufacturing line, resulting in the greatest overall waste in manufacturing. 50% reduction is expected. As a result, we will get better quality products faster, cheaper and in a more environmentally friendly way.

2. Extensive energy transformation

By 2025, our carbon footprint will be as socially unacceptable as drunk driving is today. The COVID-19 pandemic has turned the world's attention to how we live, how we live, and what actions we can take to face the threats to our future. That interest has prompted changes in government policies and behavior, and the world has come to take a hard look at its carbon footprint. Individuals, businesses and nations are looking for the fastest, least costly way to achieve a net zero carbon footprint. A sustainable net-zero future will be built through a far-reaching energy transformation that will significantly reduce the world's carbon footprint, and the emergence of a large-scale carbon management industry that captures, uses and removes carbon dioxide. As every new technology aims to reduce or remove the world's carbon footprint, it will create a wave of innovation that rivals past industrial and digital revolutions.

3. New Era of Computing

By 2025, quantum computing will be out of its infancy and the first generation of commercial devices will be used to tackle important real-world challenges. One of the main uses of this new age of computers will be the simulation of complex chemical reactions. This will be a powerful tool to open up new avenues for drug development. Quantum chemistry calculations can also create new materials with specific properties, making them better catalysts for reducing emissions and combating climate change, for example in the automotive industry. Currently, the mainstream method of developing pharmaceuticals and high-performance materials is to make and try. It takes a lot of time and money because you have to do it over and over again. Quantum computers, which significantly contribute to shortening product development cycles and reducing R&D costs, will quickly change this situation.