Have you ever imagined what our lives will look like in the next decade?, how will technology Change our lives in the next 10 years?. Our lives are already immersed with so much technological advancement that makes one wonder what the future holds for us in the coming years.
From Artificial Intelligence (AI) and Machine Learning to the Internet of things (IoT) to wearable and augmented humans, to Big Data and augmented Analytics, to Intelligent spaces and smart places, and to Blockchains and distributed ledgers, and to Cloud and Edge Computing.
In this article, we put together 6 technological advancements that will change our lives in the next decade and beyond.
6 Technologies that will change our lives in the next 10 years
The following list of current and future technologies may have a more significant impact on our lives than previously thought. We’ve compiled a list of possible new technologies that we believe will profoundly affect our lives this year and beyond.
Self-Driving or Electric Cars
Electric vehicles aren’t a brand-new idea. They’ve been on our roads for several decades and keep getting better. For example, autonomous technology is invested much earlier than expected, and car batteries survive longer. In addition, Tesla offers a more complicated Auto-pilot mode that includes controls, but automakers believe that we will be able to drive completely hands-free in the future.
Serverless computing does not require the use of servers. It is impossible to provide computer resources without resorting to dark arts without a real server. These resources are being distributed more effectively thanks to new technology. In the absence of usage, no resources are allotted. Computer power grows as needed, and it does so automatically. As a result of this technological revolution, businesses no longer have to worry about infrastructure or bandwidth, providing easy use and saving on costs.
Monitor your heart Rate with a T-shirt
The idea of a wristwatch that measures your heart rate is not new, but as several studies have shown, the accuracy varies widely. It’s fine to know how tough you are, but accuracy is critical for experts. Using a single ECG imprinted into your clothing, KYMIRA, an intelligent nano materials firm, can directly measure and transmit heartbeats to the cloud via Bluetooth. The data is then analyzed using algorithms to identify abnormal heartbeats like cardiac beats, which could save your life.
3-D printing in the Food industry
We’re not entirely in a universe populated by Trek replicators, and the ability to create anything we want seemingly out of thin air isn’t just a myth. 3D printing, on the other hand, is advancing quickly, and companies are already using it to produce food. Is your refrigerator running low? Printing cakes, vegetables, or even pizzas has nothing to do with the future.
Three-dimensional printing (3D printing) is also gaining traction in unrelated fields. Aside from aircraft and automobile parts, substitute components such as hips or snowboard parts still have tremendous potential to transform our lives in the future. It has also evolved and now contains “lightweight” graphene ten times stronger than steel in the materials used to print with
Energy storing Bricks
Scientists have found ways to store energy in the red bricks commonly used in construction. In addition, it has been discovered that the cheap and widely available building material can be transformed into ‘intelligent bricks,’ thanks to a process devised by researchers.
Even though more research is needed, scientists believe that a significant amount of energy can be stored in walled bricks for up to an hour and then repeatedly loaded. Scientists can also turn red bricks into a power storage device known as a super-capacitator. Future developments in this energy storage method will allow you to store a large amount of energy.
It has been a few years since Li-Fi was first tested, but it has shown promising results in terms of high-speed data transmission. Li-Fi transmits data via light instead of wireless networks like Wi-Fi. This approach is ideal because it can transfer data at much higher rates and interferes less. Moreover, bandwidth is more probable since the visible light spectrum is 10,000 times greater than radio frequencies. On the other hand, Wi-Fi is widely believed to be slower and more expensive than this new technology.
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