Technology is always keeping us on our toes. And if you’re a tech enthusiast, you’ll always be anxious and super excited to learn more about new technological advancements. Truth be told, nearly every industry has been disrupted by technology. Therefore, it’s no longer a debate only for tech enthusiasts but for everyone. We all must learn and embrace these technologies to make our work easier. Here are crazy new technology advancements to anticipate.
1. Robotic Home Assistant
If you’re a man, one of the reasons you marry is that your wife will help you with the endless home chores, including doing laundry, cleaning bathrooms, sweeping, and washing dishes. And these tasks never end — they are a cycle that keeps repeating. So as long as you’re still alive, you must wash your dishes, clean your compound, and cook. But what if you could complete these home routine tasks without your active involvement? It’s possible, thanks to the crazy new technology advancements.
Some people have already started using robotic home assistants to simplify and streamline daily routines. Amazon announced the release of its home assistant robot, dubbed “Astro,” in late 2021. The robot is designed to respond to users who can use it to set up reminders, turn on TV shows, or control smart home devices. And this is just one of the many robotic home assistants in the industry — many are yet to come.
The essential role of a robotic home assistant is to make your life easier by handling repetitive and time-consuming tasks. As technology advances, robotic home assistants will likely become more common and sophisticated, improving their practicability and utility in modern households. You might wonder if your robot “sleeps” after a long work day. Well, they are machines, so they don’t sleep like humans. You can store them in a storage shed.
2. Police Drones
Who else loves the cat-and-mouse chase between the police and robbers, as often seen in movies? Well, it doesn’t just happen in movies — it depicts real-life situations police officers face daily. And sometimes, these situations put their lives at significant risk. Fortunately for them, a crazy new technology has come to ease their work.
Today, some police departments and law enforcement agencies use police drones to enhance public safety and improve law enforcement operations. These devices have high-definition cameras with powerful zoom capabilities to record high-definition videos. Drones are ideal first responders, faster and better than conventional vehicles. So when the police receive an emergency request, they’ll first send a police drone to aerially assess the situation as the human responders prepare to dispatch.
Additionally, police drones can be used during natural disasters or emergencies. They can be deployed to assess damage, identify potential hazards, and support rescue efforts. Also, drones can help police officers monitor public gatherings to ensure safety and security and prevent a petty theft charge.
3. Self Driving Cars
Have you heard about autonomous vehicles or vehicles that can drive themselves? Very soon, you’ll not just be hearing about them but seeing them on the roads. A self-driving car, also called an autonomous car or driverless car, is a vehicle that can travel without human input. Simply put, the vehicle doesn’t need a driver. It’s a crazy technology most car enthusiasts will be excited to embrace.
Most modern car models have some degree of automation. Meaning they can drive themselves when there’s no traffic and the road is clear. But still, human input is required. So generally, you cannot find a fully autonomous vehicle for sale today. However, it’s only a matter of time before fully autonomous vehicles take over. According to Statista, the autonomous car market is expected to reach 62 billion dollars in 2026.
Autonomous vehicles use a combination of cameras, sensors, radar, and artificial intelligence to travel between destinations. One of the primary benefits of self-driving cars is the potential to significantly minimize human errors, which are among the leading causes of road accidents. These vehicles use advanced sensors and artificial intelligence to make real-time decisions, leading to safer roads and fewer accidents.
However, autonomous vehicles also have cons. For instance, determining the liability of accidents involving a self-driving vehicle is complex. Therefore, there’s a need for legal and regulatory frameworks to address these issues. And if your autonomous truck is involved in an accident, ensure you consult with a truck accident attorney.
4. Mechanical Landscaping
Mechanical landscaping, also known as robotic or automated landscaping, is the use of machinery and technology to perform various landscaping-related tasks. This includes tree cutting and commercial lawn care. It is a crazy new technology that’s about to hit the headlines. But how does this technology work, and how will it help you with landscaping?
For instance, mechanical landscaping involves using robotic lawnmowers to cut grass independently. These machines require no human intervention. They follow GPS technology or predefined paths to help maintain large lawns without human intervention.
Another crazy technology in the mechanical landscaping space is the use of automated irrigation systems to deliver water to plants and lawns. These devices use sensors to deliver water precisely when needed, minimizing water wastage. Another example is the landscape design software that allows you to create and visualize landscaping plans. This makes the design process more efficient and accurate.
5. Handheld Railguns
You could soon have access to that futuristic-looking gun you see in sci-fi movies. The U.S. military has always wished to supplement or replace traditional weapons with railguns. Now this idea is close to being actualized.
Before you get lost, a railgun is an electromagnetic projectile launcher that uses electromagnetic forces to propel a conductive projectile along a pair of metal rails. Railguns use electricity to generate extremely high velocities, unlike traditional firearms, which use chemical propellants to launch bullets.
Railguns don’t need traditional gunpowder, which can be bulky. This means that these guns could potentially have lighter ammunition. Therefore, users will enjoy reduced weight. Moreover, these guns have fewer moving parts, unlike traditional firearms. This means they are more reliable and require minimal maintenance.
On the con side, you don’t expect the handheld railguns to come cheap. Anything that uses cutting-edge technology is expensive due to the high development and production costs. You might need to spend a fortune to get your hands on this sleek and modern firearm. If not, you can test it in an indoor shooting range.
In a book titled Cybernetics, published in 1948, Norbert Wiener defined cybernetics as the study of control and communication in animals and machines. Thanks to the movie industry, machines based on robotics, biology, and cybernetics have become relatively popular. An example of this machine is the cyborg, an organism with both natural and artificial systems. You can think of it as a self-regulating human machine that uses AI, sensors, and feedback control systems to regulate itself.
Cybernetics looks at the concept of robots and artificial intelligence and whether we will someday become cyborgs or if computers will someday dominate people. The history of cybernetics dates back to the 1940s during the post-second world war period. But despite its long history, many people still misunderstand cybernetics.
Cybernetic allows you to think of the relationship between technology, society, and the environment. It examines the interactions between parts of complex systems through processes like communication and feedback. This crazy new technology advancement is essential in the field of neuroprosthetics.
This field focuses on creating implants or devices that can interfere with the nervous system to restore lost motor or sensory function in people with spinal cord injuries or neurological disorders. Therefore, spine jobs will benefit from this new technology.
7. Virtual Reality
Watching your favorite movie is fun. But imagine being one of the characters. It’s like you’re in the movie acting. Yes, it’s possible, thanks to virtual reality. And this crazy new technology advancement does not only apply to movies and video games but in other aspects.
Virtual reality is a technology that creates a computer-generated simulation of a three-dimensional environment, which you can interact with and explore through specialized electronic devices like VR headsets. The technology immerses you in a simulated world, making you feel you are physically present in that environment, even though you’re still in the real world.
Many people have already adopted virtual reality into their daily lives. For instance, the gaming industry uses VR to offer players an immersive and interactive gaming experience. For instance, if you’re a fan of PUBG, the technology takes you to the battlefield.
Additionally, the technology has been widely adopted in healthcare, military, and aviation. These industries use VR to simulate real-life scenarios and train people. The technology provides trainees with a safe and controlled environment to practice complex tasks. It also minimizes risks and costs associated with traditional training methods.
Also, students no longer need to travel long distant places to view historic sites, summer camps, and other learning experiences. Instead, virtual reality brings everything they need to their classroom. They can explore historical sites or understand complex concepts in a more visual and interactive manner.
8. Genetic Engineering
You’ve probably heard about genetically modified plants or foods. But do you understand the science behind this concept? Well, that is genetic engineering in action. Genetic engineering or genetic modification is a process that utilizes laboratory-based technologies to alter the DNA makeup of an organism. It’s a crazy new technology likely to cause massive disruptions in various industries.
Genetic engineering is being applied in various industries. For instance, it’s used to produce cancer therapies, brewing yeast, and genetically modified livestock and plants. Genetic engineering can be done with animals, plants, or bacteria. It allows scientists to move desired genes from one animal or plant into another.
Genetic engineering creates more nutritious and tastier foods. It also creates drought- and disease-resistant plants that need fewer environmental resources like water. Additionally, most genetically modified organisms (plants and animals) grow faster.
However, there are still concerns about this crazy new technology. Some people have expressed concerns about allergic or toxic reactions, less nutritious foods, and unexpected or harmful genetic changes. If you would love to explore genetic engineering on your farm, use the right equipment from a John Deere service.
9. Artificial Intelligence
Have you heard about ChatGPT, Jasper, or Bard? Well, these are just some of the manifestations of artificial intelligence. Today, artificial intelligence, or AI, is prevalent in almost everything, from enterprise applications to embedded firmware. This crazy new technology enables computers to perform various advanced functions, including analyzing data and translating written and spoken language.
In simple terms, artificial intelligence is the backbone of modern computing. It is a broad science field involving multiple disciplines, including data analytics, computer forensics services, and linguistics. AI aims to develop machines that can perceive their environment, reason, make decisions, learn from experience, and interact autonomously with humans or other systems.
AI offers numerous benefits and opportunities. However, it raises ethical, social, and safety concerns. For instance, many people fear they could lose their jobs to AI — some are already victims of job displacement due to automation.
10. 3D Bioprinting
3D bioprinting is a new technology that combines 3D printing techniques with biotechnology to create living tissues and organs. This revolutionary approach will potentially transform the field of regenerative medicine. It allows the fabrication of complex biological structures with precision and customization.
The 3D bioprinting process involves bioink formulation, a special type of ink used in the 3D bioprinter. Similar to how lumber mills process raw logs to produce lumber and wood products, 3D bioprinting involves fabricating biological structures using bioinks. A bioink is a specialized material containing living cells, growth factors, and other biomolecules. They are carefully formulated to support and nourish the cells during and after the bioprinting process.
3D bioprinting is applicable in various fields, including tissue engineering, organ transplantation, and disease modeling. While it has a few challenges to overcome, this crazy new technology continues to show immense promise in advancing regenerative medicine. It will likely transform how we approach tissue repair, organ transplantation, and disease research.
These are just a few crazy new technology advancements to anticipate in the coming years. Technology is going to make the impossible possible. And we have no option but to embrace it. Let’s wait and see if the above anticipations will come to pass.