9 min read · Jan 3, 2024
In today’s world, technology is changing quickly. Big changes are always happening, from the evolution of communication to the revolution of industries. Technology’s impact is everywhere, with each passing day breakthroughs emerge, promising to change how we work, play, and connect.
Rapid advancements in various fields mark the current state of technology, especially artificial intelligence (AI), that have transformed how we live, work, and interact. Different kinds of technology are getting more connected, and technology has gotten better over time, changing our daily lives and how society works.
Digital technology is used more in all kinds of industries. Companies, governments, and people are using digital tools to work better, talk better, and make better choices.
AI and machine learning capabilities are advancing, facilitating tasks such as natural language processing, image identification, and predictive analysis. These technologies find application across diverse sectors, including healthcare, finance, manufacturing, and beyond.
The introduction of 6G networks will completely change how we communicate and stay connected. It will make data transfer faster, reduce delays, and handle huge Internet of Things setups. The Internet of Things links different gadgets, allowing them to talk and share information. This has brought about smart homes, smart cities, and better-automated industries. Looking at the next generation of technology, we anticipate big improvements in artificial intelligence, machine learning, robots, and other tech, making changes happen much faster.
By 2025, around 50 billion gadgets will be part of the industrial Internet of Things.
One of the next big things in technology is a humanoid robot, a robot that is like a human in shape. These robots are made to work with humans and can do tasks. An example is Digit, which can unload trailers and move packages. It has arms and legs that work, and it can bend down to pick up things. It uses sensors to find the best way to go and avoid obstacles. While most humanoid robots are still being tested or developed, a few have recently started working as bartenders, concierges, deep-sea divers, and companions for older people. Some also help in warehouses and factories with tasks like logistics and manufacturing. Others are more for fun, like conducting orchestras and greeting guests at conferences. Even though humanoid robots are not widely used yet and are expensive to develop, the industry is expected to expand. Research shows that the humanoid robot market was worth $1.8 billion in 2023 and is estimated to reach over $3 billion in the next 5 years. This growth will be driven by more advanced humanoid robots with better AI and more humanlike qualities. They will be able to take on more tasks in areas like service, education, and healthcare.
Sometimes, new technologies can be cool and have the potential to change the future, but they can also be kind of spooky. One example is the idea of NEC robotics, which is about turning dead things into robots. It might sound like something you’d see in a scary movie, but it’s a real thing. Scientists at Rice University are studying this concept. A group of researchers there managed to turn a dead spider into a robot-like gripper that can pick up other things. They did this by putting air into the spider’s body. The researchers inserted a syringe full of air into the spider and, with a little pressure, found that all of the spider’s legs opened, which meant that it could grab stuff. Spiders use a hydraulic system to move their legs, and this air injection helps the legs to stretch out. Right now, this idea is still in the early stages, but it could lead to a future where dead animals are used for science, like in the story of Frankenstein.
Although technology lets us talk and see each other from far away, we can’t feel each other’s touch over long distances. But now, engineers at the City University of Hong Kong have created a special soft eSkin that might change that. The eSkin has little flexible parts that can feel your movements and turn them into electrical signals. These signals can then be sent through Bluetooth to another eSkin system, which turns them into vibrations that copy the original movements. The researchers think this system could let people feel each other over long distances, like giving hugs over the internet.
Another big thing in technology is advanced personal assistance that will be even better than the current personal assistants. Advanced personal assistants could potentially do more complex tasks compared to Alexa and Siri. For instance, they might be able to understand your emotions and respond accordingly, providing comforting words or suggesting activities to lift your spirits. They could assist in managing your daily schedule more effectively by not only reminding you of important appointments but also rearranging your calendar based on your preferences and priorities. Additionally, these assistants could offer personalized health advice and reminders based on your specific health goals and needs. They might assist in more complex decision-making processes by providing comprehensive analyses and recommendations based on your preferences and previous choices.
Not all technology that helps us in the future has to be complex. Some can be simple but effective. A group of Finnish engineers came up with one of these simple yet amazing technologies. They figured out how to turn sand into a huge battery. These engineers stacked 100 tons of sand into a big steel container measuring 4×7 meters. They then used wind and solar energy to heat all that sand. The heat generated can be sent by a local energy company to warm up nearby buildings. This method allows the energy to be stored for a long time. They achieve this using something called resistive heating, which means heating a material by making electricity pass through it. Sand and other non-superconductors get warm because of the electricity passing through them, and this heat can be used as energy.
Using technology to read our brains is not just something from science fiction anymore. It has gotten much better in recent years and could be the next big thing in technology. A group of researchers at the Swiss Federal Institute of Technology has come up with a very useful way to use this brain-reading tech. By combining a machine learning algorithm, a robot arm, and a brain-computer interface, these researchers have created a system that allows people with tetraplegia, meaning people who can’t move their arms and legs, to interact with their surroundings. The system lets the patients control the robot arm with their brain signals, helping them perform tasks like moving around obstacles. This could lead to more advancements like brain-controlled wheelchairs and machines to assist people with limited movement.
Artificial intelligence has become such a big part of our lives that it’s hard to imagine living without it. However, currently, only about half of the world’s population is using it regularly. In the future, AI is expected to become even more widely used by everyone in their daily routines. This means that more people will start using AI-powered devices and services to make their lives easier and more convenient. For example, AI might help us find the best restaurants nearby and suggest movies we might enjoy. It might help us organize our tasks more efficiently, suggest the best routes for our daily commute, or even remind us to take breaks and stay healthy while working. AI can also make our homes smarter by controlling things like the temperature, lights, and security systems automatically, making our lives more convenient and comfortable. As AI technology continues to improve and become more accessible, more and more people will likely rely on it for various tasks and activities, making it an essential part of our daily lives.
Researchers at the City University of Hong Kong have made a new wireless skin-connected smell feedback system. It’s a VR gadget that lets you smell things. This gadget works by heating and melting special smelly wax, which releases different levels of smell. There are two types of this technology: one you put on your upper lip for easy sniffing, and the other is like a mask with lots of different smells. The university said this new tech can be used in lots of ways, like for online learning and watching 4D movies. Yes, in the future, you can watch movies in VR and even smell them. That’s going to make it feel even more real.
Imagine using a catapult-like system to launch satellites into space. Spin Launch is a new system designed to send satellites and other things into space. Instead of using regular rockets with chemical fuel, it uses the power of kinetic energy. This technology can spin payloads fast, up to 8,000 kmph, and launch them upward through a big launch tube at a force of 10,000 times the Earth’s gravity. Even though small rocket engines are still needed to get the payloads into orbit, Spin Launch says their system reduces the need for fuel and infrastructure by an impressive 70%. The company has even teamed up with NASA and is currently testing the system.
Virtual reality (VR) and augmented reality (AR) have been around for some time, but they’re going to change the world a lot in the next 5 years. AR makes our real world more interesting by adding digital things, while VR lets us enter completely different virtual worlds. When you use them together, they create a whole new world that goes beyond what we’re used to. This has led to the rise of a new industry called the Internet of Experiences. This industry focuses on making cool and immersive things using AR and VR. For example, it can help us learn better by showing us history in a fun way or letting us try on clothes virtually before buying them. This industry is going to change how we learn, have fun, and even shop.
Technology is constantly evolving, and the 10 next big things discussed in this blog are just a glimpse of what the future holds. From humanlike robots to brain-reading robots, advanced personal assistance to catapulting satellites into space, these developments will shape the way we live, work, and interact in the coming years. As these technologies continue to advance, they have the potential to bring about significant changes and improvements in various industries, from healthcare and manufacturing to entertainment and communication. Whether it’s enhancing our daily lives, solving complex problems, or pushing the boundaries of what’s possible, technology is at the forefront of innovation.
So, embrace the possibilities and get ready for the future of technology, where the only limit is our imagination.
