How Much Technology Is Used In The World? (Latest Survey)

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People want to know How Much Technology Is Used In The World? According to a Nielsen Company audience analysis, the average American spends about 10 hours and 39 minutes each day. Our daily use of smartphones, laptops, video games, radios, tablets, and TVs totals 10 hours and 39 minutes on average.

Is the pace of technological advancement too fast for society? People today hardly understood what a computer was thirty years ago. Ten years ago, you couldn’t use your phone to rent an Airbnb, order an Uber, or purchase a plane ticket.

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We have experienced several life-altering breakthroughs during the last ten years. The disruptive nature of technology keeps altering our world. With the most recent statistics on how quickly technology is developing, we, therefore, decided to look a little deeper into the development and use of technology. Let’s look more closely.

How Much Technology Is Used In The World?

If 1995 feels like a distant memory that is just because it was. The DVD player was the newest and most popular entertainment gadget, cell phones were large and mostly used for making calls, and internet access was a new (and slow) experience limited to desktop computers. It was also the year when CNET started releasing news and reviews.

In the 25 years since then, technology has seen a significant transformation. It has undoubtedly improved our lives by keeping us more connected to information, entertainment, and one another.

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A few devices and technology have altered our lives and the course of the planet irrevocably, yet you could also make the opposite argument. Here are 25 significant developments over the last 25 years.

Quantum Computing

Businesses and nations invest billions of dollars in research and development for quantum computing. They are wagering that it will be fruitful and develop new skills in chemistry, shipping, material design, finance, artificial intelligence, and other fields.

The technology is beginning to realize some of the hype scientists have been using for decades. Last year, an operation that would have taken the fastest supercomputer in the world 10,000 years to complete was finished in 200 seconds by a quantum processor created by Google called Sycamore.

The performance of Honeywell’s quantum computers is expected to increase by 10 annually over the next five years, meaning they will be 100,000 times faster in 2025. Honeywell, who once supplied enormous mainframes, made this prediction.

DNA Testing Kits

DNA testing kits have helped us better understand our history, connected us to relatives who are still alive worldwide, established paternity, and shown a predisposition to certain illnesses and health problems with a simple cheek or saliva sample.

The kits have grown popular and reasonably priced over the past few years. Particularly law enforcement agencies have grown fond of the kits. They have solved the murder, rape, and assault cases, some from decades ago, using genetic genealogy.

Then, after using conventional genealogy analysis to identify potential suspects, investigators examine those individuals to see if their DNA matches that of the crime site. However, the procedure depends on the police having access to a big collection of DNA profiles, which disturbs privacy watchdogs.


In recent years, drone use has increased significantly. Originally developed as a hobbyist device, Uncrewed aircraft are now used to scan construction sites, carry products to difficult-to-reach locations, shoot movie sequences, and spray insecticide to protect crops on farms.

Present-day drones range from loud quadcopters to payload-carrying mini-planes. On the US-Mexico border, Customs and Border Protection uses $16 million military-style Predator drones with radar powerful enough to detect footprints in the sand and fly up to nine miles in the air.


Drones are anticipated to take over the skies in the not-too-distant future, serving as personal air taxis and carrying out life-saving tasks like delivering medicine, assisting with search and rescue operations, and putting out fires.

Artificial intelligence

Artificial intelligence is the method of making machines that mimic human intelligence. However, it has recently entered the world and emerged as one of the most important technologies of our time.

AI is the brain behind facial recognition and is also assisting in resolving pressing issues in retail, transportation, and healthcare (spotting breast cancer missed by human eyes, for example). It’s utilized on the internet for everything from spam filtering to speech recognition. Even so, Warner Bros. intends to employ AI to evaluate possible films and decide which ones to move on to.

Artificial intelligence

However, there is also concern that developing autonomous weaponry, such as sentry robots, missile defense systems, and drones would usher in a dismal future. Industry leaders have advocated for technological regulation to guard against the dangers posed by devices like deep fakes, which are video forgeries that give the impression that individuals have said or done things they haven’t.

Facial recognition

A rapidly developing area of technology, facial recognition is becoming more and more prevalent in our daily lives. It’s a type of biometric authentication that confirms your identity using features on your face.

Although the technology helps us unlock devices and organize images in digital albums, its primary use may be marketing and spying. Suspected criminals are identified using cameras connected to facial recognition databases that contain millions of mugshots and driver’s license photographs. As you enter a business, they might also be used to detect your face and provide you with tailored buying recommendations.

Both actions present privacy issues, including the possibility of racial bias in systems, overreaching law enforcement, and hackers obtaining access to your secure data. Additionally, not all systems are highly accurate. Despite this, there are no indications that the market is stagnating. The facial recognition market is anticipated to expand from $3.2 billion in 2019 to $7 billion in the US alone by 2024.


In the last 25 years, entertainment has become much more portable, thanks in a major part to the development of the MP3 and MP4 compression technologies. The 1970s saw the start of research into high-quality, low-bit-rate coding. The goal was to digitally encode audio with low to no degradation in audio quality.

The MP3 standard that is used today originally appeared in the mid-1990s. Still, customers weren’t able to purchase their first mobile MP3 player until 1998, when South Korean company Saehan unveiled MPMan, a flash-based player with a capacity of roughly 12 songs.

When Shawn Fanning, a student at the age of 19, developed the software that powered the ground-breaking file-sharing service Napster, which allowed users to exchange MP3 songs over the internet freely, the format’s popularity exploded.

The recording industry and artists suffered losses from this activity, and they sued Napster to stop it. However, the format was essential in creating the market for streaming music services like Spotify, Apple Music, and many others.


Blockchain, the encryption technology that powers bitcoin, may be bigger than it. A profusion of firms want to use blockchain technology for voting, lotteries, ID cards and identity verification, graphics rendering, welfare payments, job searching, and insurance payments since it functions as a secure digital ledger. It might be quite significant. According to analyst company Gartner, blockchain will be worth $3.1 trillion by 2030 and $176 billion by 2025 to businesses.


Bitcoin, a digital currency whose value went up and down in an amazing way a few years ago, is another technology that has become well-known because of how anonymous it is. On January 1, 2017, it went over $1,000 for the first time. In December of the same year, it hit a high of $19,000. In the first half of 2018, it lost half of its value.

The decentralized currency uses math, economics, how people interact with each other, technology, and money. Bitcoin is anonymous because it does not use names, tax IDs, or Social Security numbers to connect buyers and sellers. Instead, it uses encryption keys.

The “miners” are computers with special software that record transactions in a huge digital ledger. All of these blocks are meant by the term “blockchain.” when thousands of miners try to get bitcoins simultaneously it can be hard for the computers to keep up.


Virtual private networks, effectively encrypted tunnels for sending data over the internet, have been extremely useful for enterprises and private users. The technology was created in 1996, and at first, it was almost exclusively utilized by companies to give their remote employees secure access to the intranet.

Since then, VPN usage has increased in popularity, with roughly 25% of internet users using one in 2018. Today, other common uses for VPNs include:

  • Masking online activities
  • Getting around internet censorship in nations with paid internet access
  • Evading geographically-based streaming service limitations


Bluetooth is a radio link that links devices over short distances, and it is another important wireless communication technology. With Bluetooth, made accessible to customers in 1999, you may connect a mobile phone to a hands-free headset and have a conversation while keeping your hands free for other tasks, like operating a vehicle.

Since then, Bluetooth has developed to connect items like hearing aids, earbuds, and portable wireless speakers to audio sources like phones, PCs, stereo receivers, and even cars. PCs and fitness trackers use Bluetooth to wirelessly connect to keyboards and mice and send data to mobile devices.

The number of Bluetooth-capable devices worldwide almost tripled between 2012 and 2018. In the modern smart home, Bluetooth is used to unlock door locks and stream audio to lightbulbs with built-in speakers.

Voice-Activated Tools

The smart home’s brain for many users is a voice assistant like Apple’s Siri, Google Assistant, or Amazon’s Alexa. Their connected speakers will give you the weather, read you the news, and play music from multiple streaming services, among thousands of other “skills,” in addition to being a must for managing items in your house.

In 2019, there were more than 3.25 billion voice assistants in use worldwide; by 2023, that figure is anticipated to more than quadruple to 8 billion. However, they also pose a privacy concern because the gadgets essentially function as internet-connected microphones that send your talks to Apple, Google, or Amazon servers. To increase the accuracy of their algorithms, all three companies have acknowledged hiring human contractors to listen to a small sample of voice assistant interactions.

Internet Of Things

Wi-Fi has made it feasible for many consumer items to connect and share information without requiring human contact, giving rise to a system known as the internet of things. Wi-Fi has not just allowed us to check email or pass the time when visiting the in-laws. Although the phrase was first used in 1999, it wasn’t until this past decade that customers began to embrace the concept.

Tens of billions of internet-connected gadgets exist now, enabling us to carry out smart home functions like turning on the lights, observing who is at the door, and receiving a notification when we run out of milk.

It also has industrial uses, including managing municipal services and the healthcare industry. More than twice as much as it was three years ago, $248 billion is anticipated to be consumed on the internet of things technology this year.


Without wireless communication technology like WiFi, it would have been impossible to create the smartphone and the internet we use today. In 1995, a network cable as an extension cord was required if you wanted to “surf” the internet at home.

Wi-Fi was created and made available for consumer use in 1997. We could detach from the network wire and move about the house or office while still connected if we had a router and a dongle for our laptop.

Wi-Fi has improved in speed over time and has been incorporated into computers, mobile devices, and even automobiles. As Wi-Fi becomes increasingly essential to our personal and professional life, it is almost impossible to be in a house or public place without it.


The coronavirus outbreak has required us to be confined indoors and refrain from social contact; videoconferencing has become increasingly common. This technology wouldn’t have made our list a few months ago, but it is now proving essential. Although video telephony has existed in some form since the 1970s, its popularity didn’t take off until the web was introduced.

In addition to cameras, free internet services like Skype and iChat made videoconferencing widely available in the 2000s. The business community welcomed the application as a method to save staff travel for meetings and as a marketing tool.

Video chatting and conferencing apps became more widely used to get work done and contact friends and family, especially among those who had never used technology before, as businesses and schools introduced policies on work and studying from home.

Final Verdict

With budgets always expanding to devote more money to tech initiatives, technology is a pervasive and powerful force for organizations. Finding resources for innovations can be challenging due to persistent skills deficits, but there are still many technological development and expansion prospects. I hope you get your answer related to How Much Technology Is Used In The World?

Frequently Asked Questions

How much of the world relies on technology?

Five billion people used the internet as of April 2022, representing 63 percent of the world’s population.

How much technology is there in the world?

There are traditionally six major categories of technology: communication, electrical, energy, manufacturing, medical, and transportation; however, a single piece of technology frequently crosses over into other fields.

How is technology used in the world?

Tech impacts nearly every facet of our daily lives, from food and financial inclusion to sociability and productivity. It also has an impact on transportation, security, and efficiency.

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