Indeed, in the past few months, the world's first 5G mobile device services have been launched in the US and South Korea. It's been overhyped over the years, not because of its exciting technology, but because of its speed. One of the main advantages of 5G is that it is 100 times faster than 4G, it will enable fast data transfer between systems, which will lead to fundamental changes in many industries. 5G will improve the efficiency and safety of autonomous vehicles. It will provide faster communication between the vehicle and surrounding sensors, allowing the vehicle to better detect obstacles and navigate more accurately.
Not to mention that it opens up tons of possibilities for AR and VR technology, which will allow us to physically interact with real and virtual telemarketing list objects in real time. blockchain Blockchain has been very popular in recent years, especially in the field of cryptocurrencies. Blockchain technology supports the storage of immutable data in a secure and encrypted manner, which is a transparent way of data processing. Due to these characteristics, information can be processed and verified in a fraud-proof manner. We've encountered this in other areas recently, such as banking and insurance. But it also has many educational uses, such as helping educational institutions ensure the safe transfer of student records. This technology can also be used in Massive Open Online Courses (MOOCs) and e-portfolios to validate skills and knowledge.
The tech trends of 2020 look bright Voice Search: This is going to be one of the hottest tech trends. By 2020, half of searches will be done by voice; Smart Cameras: Smart cameras will make even more progress in the next few years, and people will see them as a way to not only interact, but also control their own safety; Brain-To-Vehicle Interfaces: In order to ensure the safety of passengers, Nissan is developing a self-driving car that can interpret the driver's brain signals; Quantum computing: Experts believe that quantum computing (in the form of physics-like subatomic elements) is large-scale.