If you want to know how to change our world with future technology, you’ve come to the right place. In this article, we’ll look at a number of innovative new technologies that are likely to become mainstream in the near future. These include 3D printing, augmented reality, robotic exoskeletons, and hydroponics. 

Augmented reality 

Augmented reality (AR) is a technology that enables users to overlay virtual objects onto the real world, thereby improving its functionality. This type of technology has been gaining ground in various industries. It’s a combination of three primary technologies: smartphones, sensors, and computer vision. 

For example, an augmented reality app can provide customers with the chance to try out a product before purchasing it. Businesses can also use AR to create interactive experiences, which could help boost sales and increase consumer engagement. 

Another example is the Pokémon Go craze. In the gaming world, a Pokémon is a type of virtual creature that you can train to catch. You can then train them to attack other Pokémon, giving you more control over the game. 

Robotic exoskeletons 

Exoskeletons are a type of robotic device that can be used for therapeutic and industrial purposes. While there are a number of benefits to using these devices, there are also a number of challenges. Ultimately, wearable robotics will not be able to take over the world until they are comfortable and can be used by a wide variety of people. Until that time, exoskeletons are not likely to be a popular option. 

A survey recently found that Americans are divided on whether they think robotic exoskeletons with artificial intelligence are good for society. They are split between those who favor their use and those who oppose them. But the majority of respondents agree that these devices are an improvement on manual labor, and would reduce workplace injuries. 

3D printing 

The 3D printing industry is disrupting many industries. From the automobile to aerospace, research and development is being re-imagined by 3D printers. Ultimately, this technology can revolutionize healthcare. It can reduce recovery time, increase efficiency and produce personalized organs. 

For example, NASA is creating 3D printed liquid rocket engines. Eventually, self driving vehicles can make journeys across oceans. They can also detect illness and injury. Another use for 3D printing is in home construction. With the ability to create mechanical parts at 50 to 100 times the speed of traditional methods, homes can be built faster and more efficiently. 


Hydroponics is one of the latest trends in smart farming. The technology involves growing plants in a solution of water and nutrients without soil. It is also an environmentally friendly way to grow food. 

A hydroponic system is designed to produce three to ten times more food than conventional agriculture. Using this technology, farmers can have more control over the nutrients, pH and other environmental factors that affect the plants. 

This technology enables farmers to create custom-made hydroponic environments to accelerate plant growth. It can also be used to increase planting density. 

Smart bricks 

It has been estimated that the Internet of Things will change the way cities function and run. A fully functioning smart city would optimize transport networks, reduce waste, and make traffic jams a thing of the past. There is also talk of autonomous vehicles that will allow travelers to travel across oceans. 

While these technologies are still in their proof-of-concept stages, they are certainly on the minds of scientists and engineers. One such technology is the super capacitor, a type of battery that stores large amounts of energy without deteriorating the material it is made of. This could be used in buildings or in retrofitting existing ones. 

Augmented prostheses 

Prosthetic limbs are devices used by people who have lost a limb due to disease or an accident. These devices can be designed to resemble a healthy human limb, with details such as skin color, veins, hair, tattoos, and fingernails. 

The technology behind artificial limbs has progressed greatly in recent years, thanks to advancements in materials science. Researchers have found ways to make prosthetics lighter, more practical, and more intuitive. Using computer-aided design, prosthetics can be custom-fit to fit the wearer’s body. They can be made to replicate a wide range of motions, including bimanual movements. 


A new mode of ground transportation, Hyperloop, could change the way we travel. This system uses magnetic levitation to allow capsules to travel through low pressure tubes at high speeds. These pods can carry 28 passengers or cargo. Unlike traditional rail services, Hyperloop can be cheaper. 

The project is still in its experimental stage, but a few companies are already experimenting with the idea. Virgin Hyperloop One has projects underway in several states. It is working on the feasibility of its route and pricing.

Another company, Hyperloop Transport Technologies, is located in Los Angeles. They have plans for a hyperloop system that will carry up to 164,000 passengers a day.