Samantha Foss is a technology industry leader, entrepreneur, and business owner. In the following article, Samantha Foss discusses the innovations in the industry to get excited about.
The information technology (IT) sector appears to be growing exponentially, with innovations popping up around the globe at all times. As of this year, there are over 13 billion IoT-connected devices around the world — and that number is expected to reach over 29 billion by 2030.
From water-cleaning robots to quantum computers to DNA report cards to smart cities, the future lies within the IT sector.
Samantha Foss: Impactful IT Innovations are Happening Right Under People’s Noses
Samantha Foss says that the innovations occurring right now are already transforming the world, and it’s happening quicker than even some experts expected.
The power and processing capabilities of the globe’s devices are unparalleled, and the new technologies cropping up every month are bringing the future to the present.
Some of the most exciting innovations are:
Samantha Foss says that Quantum computers are already up and running. But in the next few years, they are set to become an essential part of computer science courses and careers.
Such computers work faster and process more information than the everyday laptop or desktop PC. The systems can handle things like quantum chemistry, molecular building, and so much more.
The technological advancements already seen in quantum computing will undoubtedly change the science and medicine fields are unprecedented rates.
Artificial Intelligence Advancements
Everyone by now has heard about artificial intelligence, an IT branch that utilizes machine learning to constantly gain knowledge and grow smarter.
From driverless cars to iPhone’s facial recognition, AI is one of the most quickly advancing areas of information technology, giving the world things like:
Plans for AI involve using robotics and cameras to learn about worldwide water systems, helping end the global shortage.
Samantha Foss explains that since AI constantly learns, the robots will understand where to go to keep gaining knowledge and how certain organisms affect drinkability.
At the moment, AI is as biased as the people who make it. However, Samantha Foss explains that researchers strive to ensure their software doesn’t learn bias or allow hackers to teach it.
By eliminating human views from AI’s understanding, it can allow robots to make improved ethical and moral decisions without clouded judgment.
Cloud Services for All
AI has come to the cloud, opening itself to various industries.
Companies in various sectors can utilize cloud-based artificial intelligence systems to test their own metrics, development, and products while also developing new models to help their business.
The only roadblock? Organizations outside of the tech industry may not employ enough highly skilled IT staff to tackle cloud AI systems.
100% Privacy While Connected
As technology advances, so do the cybersecurity risks explains Samantha Foss`. But software developers are more than aware of this, so they’ve strived to craft solutions to keep users protected.
Zero-knowledge proof, for example, allows people to hide their information while divulging their credentials for a certain process (i.e., payments or age verification).
Complex cryptography has recently reached the spotlight in the privacy field for its ability to safeguard sensitive information across computer systems. Working best with quantum computers, it utilizes encoded data to protect personal and company information against hackers.
Smart Homes, Smart Cities
Cities — yes, entire cities — are being developed around innovations in the IT industry. The potential is massively exciting. From ongoing infrastructure management to robots doing city-wide chores, the possibilities are endless.
Samantha Foss explains that researchers are creating areas from the ground up, with visions of transforming urbanized lifestyles for the better. Robot mail delivery and smart vehicles are just the beginning.
Of course, smart homes will fit right into these cities. With advanced conversational devices and IoT gadgets already flooding domestic life, most people are accustomed to a more digitally connected way of life. And that is only going to continue as the industry continues innovating.
Giant Steps Forward for Medicine
Computer scientists are fore-fronting medical advancements with technological innovations.
Perhaps one of the biggest is artificial embryos. Although it has been met with ethical controversy, researchers say it can help them learn more about genetics, the early stages of human life, and more.
On top of that, Samantha Foss explains that DNA report cards utilize DNA mapping to run clinical trials on individuals with certain genetics, allowing researchers to better understand their products.
The Future is in IT.