In a world with so muchtechnologyand new gadgets being released every day, it’s easy to get overwhelmed.
It can be difficult to keep up with the latest and greatest, but staying current with what’s coming out is important to stay ahead of the crowd.
Thetechmarket is constantly evolving, and there are always new innovations on the horizon.
That doesn’t mean you should panic and throw your hands in the air like a deer caught in headlights. You just have to know where to look.
Are you keeping an eye on the latest developments?
We’ve compiled a list of some of the latest gadgets that may not have made it to mainstream media yet, but are definitely worth keeping an eye on.
From hardware innovations like AI-assisted devices to software innovations likespeech recognitionsoftware, these are all great things not to miss.
1. Ai-based Technologies
You may be surprised to learn that the telephone invented by Alexander Graham Bell was the result of his work with the deaf community. Bell’s mother was deaf.
According to data released by the World Bank, about one billion individuals worldwide have a major handicap of some kind. But how can we help such a large number of people live more fulfilling lives?
Artificial intelligence has tremendous potential to help people with temporary or permanent visual, hearing, mobility, cognitive, and learning disabilities have a better quality of life.
People with disabilities have proven to gain significant benefits from AI-powered assistivetechnologies, especially in relation to human connection, everyday life in the modern world, and employment.
All of this is possible through integrative design. When such a design incorporates AI, it can enhance supporting products with powerful capabilities.
In fact, access to information has significantly improved so that people with disabilities have more possibilities for education, jobs, and better lifestyles.
This is another area whereby AI and machine learning has made a substantial contribution.
Take audiobooks, which enable the visually impaired to enjoy the best works in literature; or video captions, which make content accessible for the hearing impaired while maintaining ADA compliance. With AI-enabled tools, nobody is left behind.
2. A Smart Watch
Asmartwatchis a wearable computing device very similar to a wristwatch or other timekeeping device. Manysmartwatchesnot only show the time but are also Bluetooth-enabled.
The wearer can make and receive calls from their mobile phone, read email and text messages, check weather reports, listen to music, dictate email and text messages, and ask a question to a digital assistant using the watch’s user interface.
3. Electronic currencies
Electronic currencyrefers to any currency that is not physically available. They can only be purchased digitally. The only electronic currencies that have real value are those with intrinsic utility.
The value is basically defined by demand. An item has value only when someone other than the owner has a demand for it. Thus, in terms of this definition, all existing electronic currencies have value since they would not exist if there were no demand for them.
They may not all have the same utility value, but each fulfills a specific demand found in the market. This means they are all of specialized use. All electronic money, whether crypto-based or fiat-based, serves a purpose in the world’s financial system.
The increasing influence of technology in society eventually led to currencies taking on electronic forms. Much like the internet has made searching easier compared to browsing a library, the digital world has made it more convenient to trade electronic money than physical fiat money.
The transition to digital finance also made it easier for banks and regulators to track consumer spending, in contrast to how people used to deal solely with paper money (once the cash was withdrawn, there was no telling where it was being spent).
4. Voice recognition software
A computer software program or hardware tool that can decode the human voice is referred to asspeech recognitionor simply as speech recognition.
Speech recognition is often used to operate a device, execute commands, or write without having to use a keyboard or mouse, or press any keys.
Today, this is done on a computer with ASR software programs (automatic speech recognition). Many ASR programs require the user to train the ASR program to recognize their voice so that it can more accurately convert speech to text.
For instance, if you type “open internet,” the computer will launch the web browser.
In 1952, the first ASR device was used, and it recognized user-spoken single digits (it was not computer-controlled).
ASR programs are being employed in a variety of fields, such as healthcare, the military (such as aboard F-16 fighter jets), telecommunications, and personal computers (i.e., hands-free computing).
5. Smart Security Systems
An intelligentsecurity systemseamlessly integrates yoursecurity systemat home or in your company into your everyday life.
It connects your security with your personal devices likesmartphonesvia home networks and wirelesstechnology.
Back then, having a big siren on the outside of your house and a giant keyboard on the inside was pretty high-tech!
The first and most obvious thought is CCTV cameras that can be viewed on your phone, but there are many moresmartsecuritysolutions out there.
6. Smart Home Devices
Asmart homeis one that features a system that links to your appliances to automate particular chores and is often operated from a distance.
You can use asmart home systemto program your sprinklers, set and monitor your home security system and cameras, or control appliances like your refrigerator or air conditioning and heating.
7. Devices for Cloud Computing
Cloud computing is all about managing and saving data on the internet. It’s delivered on-demand with just-in-time capacity and cost, eliminating the need to purchase and manage your own data storage infrastructure.
This gives you agility, global scalability, and persistence with any time, anywhere data access.
8. Robotics
Roboticsis the engineering and operation of machines that can autonomously or semi-autonomously perform physical tasks on behalf of a human.
Typically robots perform tasks that are either highly repetitive or too dangerous for a human to carry out safely.
Mechanical robots use sensors, actuators, and data processing to interact with the physical world. Someone who makes a living in robotics must have a strong background in mechanical engineering, electrical engineering, and computer programming.
In recent years, the field of robotics has begun to overlap with machine learning and artificial intelligence.
To help avoid confusion, the word bot is no longer being used to describe a physical robot.
Instead, it’s used to describe a software robot that does not have a mechanical body.
9. Drones
The term drone usually refers to any unmanned aircraft. Sometimes referred to as unmanned aerial vehicles (UAVs), these vehicles can perform an impressive range of tasks, ranging from military operations to package delivery.
Drones can be as big as an airplane or as small as the palm of your hand. Originally developed for the military and aerospace industries, drones have made their way into the mainstream due to their improved safety and efficiency.
TheseroboticUAVs operate without a pilot on board and with varying degrees of autonomy. A drone’s level of autonomy can range from remotely controlled (a human controlling its movements) to advanced autonomy, meaning it relies on a system of sensors and LIDAR detectors to calculate its movement.
10. Conclusion
Technologicalgadgets make our work easier. If we use it in a constructive way with limited usage, it’s definitely a good thing to be appreciated.
However, anything used beyond its need and limitations will definitely give us adverse effects.
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