The rapid growth of technology has resulted in a change of lifestyle since the introduction of computers, which have led to unprecedented changes in social interaction and society. There are different types of technologies that provide services throughout the day. They include artificial intelligence (AI), big data analytics, 3-D printing, virtual reality (VR), blockchain, augmented reality (AR) and many others. While all these technologies serve certain purpose, each one of them will play a role in our future technology. Let us analyze them one by one and then choose one which is best to adopt.
Artificial Intelligence
Artificial intelligence is a set of computer programs designed from the ground up to solve complex problems through intelligent decision-making. AI can be broadly categorized into two categories: Narrow AI, or weak AI, and general AI. Weak AI is a more specific subset of the broader term because it’s not able to perform tasks as well as humans, but with increasing capabilities. General AI is an abstraction for what we currently call artificial intelligence. It’s expected that machines will eventually become so powerful that they would be able to outmatch human intelligence, becoming the most capable form of consciousness. But this is a long way off, perhaps well after we reach the point where machines are considered like ourselves. Many people worry that if we don’t develop strong AI soon then no one ever gets there. A report released last year by OpenAI concluded that machines will likely never match human intellect. And while this sounds scary, AI experts still believe there are ways for human beings to remain part of the conversation about what to build next. For example, Google recently announced their plan to research deep reinforcement learning algorithms in order to improve their self-driving cars. Another reason is simple programming, once you know enough, you can program your own AIs. This allows companies to create autonomous robots for hazardous jobs without having them programmed by humans. At present, Google, Uber, Facebook, Baidu, Microsoft, Amazon and other tech giants are working on developing such systems. According to Forbes, “artificial intelligence could be used to automate everything from customer service interactions to hiring managers at high-tech firms.” Additionally, AI could make medical care safer and cheaper than it is now. As already mentioned, robotic surgery and precision medicine are both possible due to advances in AI programming. This is why hospitals have adopted artificial intelligence applications; they know that if they can use smart analysis, machine learning and natural language processing, they would save a lot of money. Even though some fear using these kinds of tools would lead to unemployment, AI is already being used in many spheres of human life such as healthcare, marketing, education, law enforcement, and transportation. Companies like NVIDIA are trying to improve their image recognition software by training it on large amounts of images. Thus far, this process is much slower than we want it to be, but when done correctly, AI can do more complex calculations and even replace employees. However, AI has potential benefits like creating new forms of entertainment, accelerating scientific discovery and making our lives easier.
3-D Printing
3-D printers are essentially digital manufacturing tools that allow users to print objects out of physical materials that are usually plastic, metal or wood. These devices are becoming increasingly useful as 3-D printing becomes more accessible and affordable, especially for hobbyists. Unlike traditional manufacturing methods that take hours, days or weeks to design and assemble a product, 3-D printing uses a highly controlled mechanism that prints the desired object layer by layer. 3-D printers are also known for delivering greater accuracy than traditional manufacturing techniques. With an average of $100,000 per printer, they can produce a wide range of products. One example is the company Desktop Metal, which sells over 100,000 unique items annually via its website and mobile app. So why should manufacturers consider going this direction? First, 3-D printing reduces time spent designing and producing products. Second, a company does not need to purchase raw materials in expensive quantities, thus saving them money. Third, less complicated and faster to manufacture means the production line will run smoothly more consistently and product quality will improve. 4th, because 3-D printers are often connected in the same building, maintenance costs will be lower and the overall cost of ownership will go down. Finally, 3-D printing saves space. Typically, factory floor space is wasted on unnecessary equipment like stair lifts, carts and belts. All in all, 3-D printing is growing at a fast rate because of how easy it makes it to create almost anything in 3 dimensions from sculptures to industrial components. Furthermore, this technology is better suited to create small or personal objects that cannot easily be scanned into a computer file. Instead, 3-D printers let you see the finished product and print it exactly how you want it, rather than relying solely on the CAD software, 3-D printable files. Since 3-D printing is accessible to everyone with basic knowledge of programming knowledge, anyone can learn to print with this method. 5th, 3-dimensional printing works better for many industries including automotive, aerospace, packaging, electronics, food and beverage processing, jewelry and consumer goods. 6th, 3-D printers give businesses flexibility and speed of production. You might think that designers would prefer printing custom parts in a matter of hours, but the opposite is true. Designers still need to be able to test their designs before beginning production, then go back and check their work against the actual end product. By putting together 3-D printed samples from scratch, you eliminate such delays and help keep your team focused and efficient. 7th, there are fewer steps involved in testing your designs before releasing them. Once you’ve successfully produced a few models, you can start scaling up to larger versions, which can then be tested and checked again to ensure your design worked smoothly. Whether you prefer moving your projects forward quickly, saving money or both, it’s great that 3D printing is here to stay.
Virtual Reality
Virtual reality is another immersive online experience created using technology. Virtual reality is achieved by allowing users to assume the experiences of others, whether real or fictional. An example of VR is gaming, in which users look around in the game environment and feel like they’re participating in it. Users can interact with characters, items, and environments through motion controllers or voice commands. Augmented reality technology overlays information onto the user’s visual senses, enhancing the experience. From AR glasses, headsets, gloves, helmets and goggles, many people have turned this technology into their daily reality. Like AR, VR can be accessed through smartphones or tablets using apps such as Oculus Rift or HTC Vive. Through VR headsets, players can get realistic 3-D graphics, motion controls and movement controls. Some games even integrate GPS tracking technology, so users can move their character around the map and enjoy a sense of realism. Other examples of VR include movie theaters and sporting events. Most modern movies and video games have had to find innovative ways to enhance the immersion and immersion, and virtual reality is no exception. Games that allow users to interact with virtual objects, places and characters through facial expressions are becoming increasingly popular. Using special glasses or headgear, gamers can immerse themselves in simulated environments and interact with others within real-life settings. Nowadays, VR technology is used for several purposes, ranging from educational to advertising. Sports, concerts, festivals, museums, shopping centers, restaurants, airports, casinos, amusement parks, nightclubs, hotels, cruise ships, theme parks and even business meetings are among the sectors in which VR has been applied. Because VR offers interactive content such as videos and other multimedia elements, it has gained popularity as an effective tool for engaging audiences. Moreover, VR enables advertisers to leverage the full scope of the Internet and deliver targeted messages based on user interests and behaviors. Therefore, VR applications can offer valuable insights about consumers’ preferences and purchasing habits that can later be integrated in a campaign. 8th, although VR is trending, it hasn’t yet reached mainstream acceptance. People may be hesitant to try VR for fear of being unimpressed by the technology or losing their precious time. Nonetheless, some professionals have stated that it could be the right thing to do for marketers looking to increase brand awareness through paid advertisements. If a person can use VR, he or she will become immersed in the experience, just like watching TV. 9th, AR is another type of virtual experience that lets users place a device on their face or use their hands to manipulate objects and locations. Similar to VR, however, AR doesn’t require users to wear VR goggles or equipment or wear screens. It does, however, let the user control objects based on their position, direction, etc. Furthermore, AR delivers live or recorded visuals onto the screen. Those who’ve used AR in their everyday lives may wonder why it’s taken so long for them to accept it. Well, it started very slowly. When I first encountered AR in my early teens, I was amazed at how detailed it could convey a scene; however, I didn’t realize the possibilities until after receiving instruction from professors. 10th, AR has three major strengths that are worth examining: 1) users don’t wear hardware. 2) it requires little maintenance. 3) it’s inexpensive, providing a ready-to-use solution for small and medium companies. AR allows users to navigate spaces and situations on their own, without needing instructions or assistance. The latter is particularly true considering that most users already have some sort of smartphone, tablet or headset. 11th, AR enables the creation of personalized experiences. Imagine walking into Starbucks in New York City and enjoying your coffee on your favorite chair. Then imagine walking into a museum and viewing an entire exhibit without touching any handles. Or walking into a gym, and feeling like yourself are exercising or doing something productive. Each application has its