We live in a world that is always evolving, especially when it comes to technology.
We are fortunate to live in a period where science and technology can help us,
make our lives simpler, and force us to reconsider how we go about our everyday lives.
The technology we re currently familiar with has paved the road for us to develop
even more, and this is a list of present and future technologies
that has the potential to change our lives forever over the next decade and beyond.
Sound Beaming might be the way personal audio evolves in the future. At least, that s the
hope that Noveto is banking on with Noveto s Soundbeamer Audio System. The startup s product
aims to provide a third way of hearing in addition to headphones and speakers. The technology employs
artificial intelligence (AI) and a 3-D sensor module to find and monitor the ear location in
order to beam audio to you and you alone through ultrasonic waves, without disturbing others,
eliminating the need for headphones. According to Noveto, sound may be perceived in stereo or
in a spatial 3-D mode that surrounds the listener in sound. The Soundbeamer is marketed as a video
conferencing device, although it may also be used for gaming, podcasting, and music.
This is an environmentally conscious cleaning robot that will give unmistakable long-term
improvements to building facades that is otherwise rather dangerous to be done by humans. Ozmo
is the industry s most advanced automatic window cleaning tool. Skyline Robotics was able to design
a robot that serves as an essential tool for building facade maintenance by combining the
expertise of engineers with inventive artificial intelligence technology, ensuring that the entire
process is more practical than traditional methods and allegedly three times faster. Ozmo also
makes use of tried-and-true machine learning capabilities, which allow it to adapt to new
settings while functioning. Ozmo can reach new heights without the need of risking human lives.
No one knows how drone delivery will fit into the future of logistics, but one thing is certain:
important payloads will not be dropped directly into someone s yard. The Matternet s Station,
an automated landing space and payload control tower, may be the answer, and it has now made
the leap from render to reality at a healthcare facility in Switzerland. However, the strange
design has a purpose: it provides a secure and sheltered landing area for a cargo drone to
switch out its battery, and deliver the package. In the case of this first installation, that
package will be a temperature-sensitive hardshell case containing several vials. These vials might
include test samples, blood, pharmaceuticals, or anything else with a limited shelf life that has
to move between facilities. The cargo is taken from the aircraft and kept inside the Station,
where it will be retrieved by someone authorized to do so. Because vial shipments
will be done by air rather than by land, this technology will speed up hospital lab testing.
For the past 6,000 years, humans have been laying bricks in the same manner. But, at last, robotic
construction has arrived. The technology that powers the autonomous bricklaying robot Hadrian
X has been in the works for 15 years. Fastbrick Robotics (FBR) in Australia created the Hadrian
X robot, which uses a telescopic boom mounted on an excavator or truck to lay its bricks.
By feeding the system a 3D CAD model of a house, the robot can then go to work placing bricks,
along with the mortar and adhesive needed to hold it all together.
It is capable of laying 200 bricks in an hour. This technology is a major
breakthrough in the construction industry and will pave the way to faster building.
Citro n and its partners have developed an electric, autonomous idea to improve
urban living. It incorporates car-sized pods (dubbed the Skate) operating in dedicated
lanes 24 hours a day, seven days a week, and charging themselves using
wireless inductive charging at designated stations. The concept of providing off-peak
transportation for individuals or small groups might become a reality in five to seven years,
according to the aim of Citro n. It is not intended to replace commuter buses and trains,
nor is it intended to replace private vehicles for longer weekend excursions, but it does provide
a very efficient and environmentally friendly option for cross-city travel. Citro n estimates
that a fleet of these cars may improve traffic flow in metropolitan areas by at least 35%.
This stunning concept car demonstrates how future urban travel might be made even more fun. The
SAIC Design team created the MG MAZE to give the future generation a new mobility experience. The
open cockpit structure of the compact futuristic concept car provides a complete panoramic view of
the world, providing a true gaming experience. The canopy s whole polycarbonate shell opens
vertically, allowing passengers to enter via the front into the two zero gravity seats.
Users ride along with their phones acting as the car s access and control points.
A sophisticated User Interface overlays digital content with the occupant s perspective.
The MG MAZE is an attempt to engage and create a smile for urban mobility.
Camera-based mirrors are a relatively new technology that is sometimes seen in
electric vehicles. The Audi E-Tron's virtual side mirrors offer not only an innovative technological
experience, but also several practical advantages in terms of comfort, safety,
and aerodynamics. Their flat support includes a compact camera whose image is digitally processed
and shown in the interior on two high-contrast 7-inch OLED panels within the front doors of
the vehicle. The driver can enter different settings using the touchscreen function.
Promobot, a Russian startup, is currently selling autonomous androids. This humanoid robot is
capable of interacting with humans, expressing emotions, and connecting to various services and
applications. The robot can take on the appearance of any human on the planet, regardless of gender,
age, or ethnicity. The company has targeted the robot as a sales representative. The robot
is entirely configurable, giving your company a competitive advantage in new clients. Robo-C holds
an infinity of interaction scenarios and keeps the conversation going. It may provide customized
service, deliver marketing messages, and provide product information about your company s products.
Volkswagen offers a glimpse into the future, in which the search for electric car charging
stations is no longer necessary. This mobile charging robot prototype is one of the concepts
being developed by Volkswagen. A driver may pull into a parking spot in a garage and use an app to
notify the charging robot that their vehicle requires charging. The robot tows the mobile
energy storage unit, which is just a battery on wheels, over to the car, opens the charging socket
flap, and plugs it in to start charging. The robot will then return to its home base and wait for the
vehicle to be fully charged before removing the rolling battery and closing the charging socket
flap. The whole charging procedure takes place without any human interaction. This technology
might make it possible for parking garages to have a charging infrastructure without having
to install charge stations in each parking stall. Instead, the robots can charge the mobile battery
packs in a single spot and deploy them as needed. Now, we ve saved the best for last, and before
we take a look at it, if you made it this far, be sure to like the video
and subscribe to the channel to see more awesome and interesting content like this.
A new futuristic concept car has been revealed by SAIC Design. It's called the R-RYZR,
and it's a unique blend between a vehicle and a motorbike. According to SAIC Design,
the R-RYZR symbolizes the "ultimate symbiosis of man and machine," since it is a vehicle that you
wear. It comes with a unique jacket that must be locked into tabs on the seat for it to start and
drive. There's no need for a key. With a central spine and twin seats hanging over either side,
it provides an unrivaled vision of the road, while its open-wheeled design provides complete
visibility and spatial awareness, all of which are essential for a safe urban experience.
You ll be able to carve and lean through the streets like riding a motorcycle, thanks to
the pivot ability of the front/rear arms, which is combined with the hubless front wheel design.
The centrally located steering allows two riders to have a thrilling shared experience, while
drive-by-wire technology allows the controller to be both autonomous and transferrable. The concept
was created as an alternative to congested public transportation, an idea that, in a post-pandemic
environment, will almost certainly gain traction among commuters. And, as an electric vehicle,
it could easily fit into the zero-emission urban landscape we re aiming towards.
What do you think about these futuristic Inventions? Which one of these will be the
most practical in daily life? And, which one would be the most useful and helpful to you?
Whatever it is, let us know in the comments below.