The following is a list of the future technologies we will see in the near future. From Internet of Things to Artificial intelligence to Wearable computing devices and brain reading technology, the list is almost endless. The next few years will be a fascinating time to be alive, as we will be living in the postmodern age, and we will have the technology to enjoy it. If you want to be ahead of the curve, here are four future technologies that you must get acquainted with.
Artificial intelligence
We have talked about the benefits of AI, but how can we put this new technology to practical use? While AI is great at crunching numbers, it is far from creative and intelligent enough to develop and execute new ideas. For companies that want to use AI as a tool to increase efficiency, they must focus on moving their AI models into production efficiently and integrating them into their existing business processes. According to Alex Housley, founder and CEO of Seldon, the highest potential for AI is in the healthcare sector, where it can produce exceptional social and economic returns.
We have seen AI in action recently, with the Watson system beating human players on “Jeopardy!” and the AlphaGo program winning the game Go. But these are just two examples of how AI can improve human-human interactions. Other examples include systems used in health care and insurance. But these systems vary by class, including natural language processing and machine learning. And while these systems are able to mimic human intelligence, they don’t have the same ethical considerations as humans.
Internet of Things
The Internet of Things (IoT) is a futuristic technology that can help monitor infrastructure operations. With sensors in buildings, bridges, and factories, it can track structural changes and other problems in real time. In the same way, smart cities can reduce energy consumption and waste by improving processes. With the help of sensors, the Internet of Things can improve service quality while decreasing the need for human intervention. This technology has been used in a wide variety of fields, including transportation, healthcare, education, and much more.
By 2020, it is estimated that at least 35 billion things will be connected to the Internet. The industry is growing rapidly, with revenues of $1 trillion to $3 trillion. The possibilities of IoT are almost endless – sooner or later, its application will expand. And with improvements in automation and integration of Artificial Intelligence, the future of this technology will be bright. But what’s next? Let’s take a closer look at some of the upcoming developments.
Wearable computing devices
Wearable computing devices are electronic gadgets that are worn on the body and relay data to a central computer. These wearables have revolutionized the Internet of Things industry, which has become nearly a trillion-dollar industry. Wearable computing devices include the Apple Watch, Fitbit, smart watches, and smart jackets. Some of these devices can measure a person’s heart rate, monitor their sleep, and communicate with a central computer.
In the healthcare industry, wearable devices can monitor blood pressure and temperature, and relay information to medical staff in real-time. This information could save time and money for healthcare professionals, who could then diagnose a patient much quicker. Doctors can simply refer to the wearable data, and may even avoid the need for costly tests altogether. Similarly, in emergency situations, wearable devices can be an asset to search and rescue operations.
Brain reading technology
Though controversial and questionable, brain-reading technology holds great potential for improving memory and speed of learning. The technology requires outside computing power and a memory card, so many people have questioned its usefulness. The technology is also expensive and will only benefit a very few people. And for now, it will only benefit a privileged few, leaving 99 percent of people out in the cold. It will also introduce social justice issues.
Various ethical issues are raised when mind-reading technology is considered a future technology. The use of such a technology would challenge the concept of cognitive liberty. It could also potentially infringe on privacy rights. The development of mind-reading technologies could undermine the autonomy of the individual agent, as it is difficult to know what another person is thinking. However, these ethical concerns may be overcome by the benefits that such technology offers.
Xenobots
A new generation of Xenobots can self-assemble from single cells without the help of muscle cells. They are even more advanced, with a longer lifespan and a more robust movement system than the first generation. These simulated robots also function as collaborative teams, and can navigate different environments. Scientists hope to build a robot like this in the future, and this new research was recently published in Science Robotics.
Although Xenobots are still in their infancy, they already have several practical applications, from cleaning up arthritic joints to delivering pro-regenerative compounds. These robots can even detect toxins in the environment. Researchers hope that these Xenobots will be able to perform several other services in the future, including microrobotic drug delivery systems, organ transplants, and the cleanup of toxic environments.