There are several ways new technologies transform industries. For example, 2017 to 2019 saw the introduction of AI, as well as voice-enabled equipment. In addition, 2020 brought an even wider landscape of digital business transformations come to the forefront. Several of the technology optimizations have already built a foundation for further breathtaking modifications of various industries, and others will take longer to improve things. However, each of the following brilliant achievements provides readers with insight into how new technologies transform industries, making our lives more comfortable. As a business owner, learning about the latest technologies is essential to hire the right professionals and invest in the best resources. Read on to learn about how new technologies transform industries.
Innovative Foldable Devices
First, innovative foldable devices are impacting many industries. For example, 2019 was a great year for Samsung because of the effort of their engineering team. Indeed, they developed the Galaxy Fold, which is strongly changing the world of smartphones. This truly innovative smartphone brings together the functionality of a mobile device and a tablet, possible with new folded size technology. Despite the foldable material, the manufacturer accentuated several incredible innovations in software usability. For instance, the slightness of switching between smartphone and tablet regimes and supporting more than two apps simultaneously in tablet regime are essential in for this innovation. In addition, foldable materials for smartphones has set the direction for other reputable manufacturers as well.
Notably, folded phones are a premium product, as opposed to the mass market. Thus, these devices may serve as a kind of status symbol. It is the first time during the last decade that mankind has observed such a radical transformation in the smartphone industry.
3D Printers For Building And Medicine
3D printing is a highly efficient technology that has the potential to modify a wide range of industries. Let’s look at several examples in the construction, education, and medical sectors.
The 3D printing technology allows fast prototyping. While designing a new solution, engineering specialists can momentarily experiment with various materials and styles, optimizing the solution’s way to market.
Starting from 2014, 3D printing has been growing due to large investigations of such manufacturing giants like Siemens. They predict that the last is going to spend an additional two billion dollars on 3D printing development by 2023.
3D printing can disrupt a wide range of industries as well. Regarding the construction industry, professionals can use 3D printing to modify buildings. For instance, various Dubai organizations 3D-printing to design their buildings. They promise that by 2027, 31 percent of its new edifices will be designed using 3D printing.
Additionally, 3D printing full houses have been found in several cities in the US. Such homes are extremely energy efficient. The most exciting fact about them is they can be constructed in several days!
Soon, 3D printing is optimizing classrooms to prepare students for technical careers in a more significant way. College teachers, as well as university professors, can 3D print visual support (for instance, replicas of art objects or human/animal body parts) to bring a lesson theory into life.
Regarding the education industry, there are many competitive companies in 3D printing. Indeed, some 3D printers provide teachers with thousands of samples and lesson plans in STEM. Currently, they are used in approximately six thousand educational institutions in the US alone. Of course, artificial intelligence for education is also making changing the way teachers use tech in the classroom.
In the medical industry, 3D printing enables drugs to be produced focusing on an individual approach to patient’s preferences. Some businesses started implementing 3D printing to design vitamins based on individual recipes prescribed to patients.
When it comes to robotic solutions, many researchers have already identified the tendency where and how robots will be implemented in the nearest future. The tendency is the following. Currently, robots are used around the world but they typically perform their functions in human-free environments. Various manufacturers have designed robots that can work like full-grade colleagues with people. Such a goal sounds easy to bring to life, however, it is complex to develop specific software and a pack of models that can control robots in extremely unforeseeable environments.
Other companies are working on nearly ten robotic projects. By 2024, they are planning to introduce a kitchen robot that is capable of moving items to prepare meals.
Contribution of the 5G Technology
The tendency regarding smart cities and well-connected edifices has caused a high demand for the optimization of 5G technology. Starting from 2020, we witness several solution upgrades represented by large corporations as well as small businesses and startups. Australia has managed to deliver 5G before the coronavirus pandemic. Verizon has declared a huge expansion of its 5G network to reach approximately two hundred fifty million users. Today, more than four hundred operators are investing in the 5G technology.
Talking about small businesses, some enterprises assists cities and towns supervise their public lighting networks via 5G and specific sensors. Engineering teams are also making a titanic effort to support 5G in delivering data at greater distances. With the help of the 5G technology, drones can navigate at higher levels. One South Korea-based startup uses 5G to support autonomous submarines.
The key advantage of the 5G technology is that it enables devices to work in harmony in real-time and help transport to travel unmanned. The development of the 5G technology will greatly improve smart-city solutions around the world.