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What will 6G technology bring us in the future? Sixth-generation wireless is the next generation of cellular networks that will succeed in 5G. 6G is expected to be available in the early 2030s and will be faster, more reliable, and have lower latency than 5G. ​Sensing 6G will be able to sense its environment, including people and objects, to gather information such as their type, shape, location, and velocity. Artificial intelligence and machine learning will help 6G wireless technology grow faster and learn quicker. The speed of 6G will be 10 to 1,000 times faster than 5G. It will have a latency of one microsecond, which is 1,000 times faster than the one-millisecond latency experienced by users today. 6G is so much more than just a communication technology it is the world we live in today with faster transmission speeds and data flows.  In this sense, 6G technology will be able to offer at least 20 times the data transfer capacity of 5G. 6G technology will extend the frequency spectrum by 100 GHz. This will provide more capacity and bandwidth for communications. Peak data rates are expected to exceed 100 Gbps. This broader spectrum has two important advantages The first one is to reduce latency by leveraging the extreme redundancy of data transmitted over multiple channels, avoiding having to acknowledge or repeat packets. The Second one is using a higher spectrum allows the network to perceive radio frequency reflections and transform them into visual images of real objects during transmission. This result, along with the mass deployment of sensors with edge-computing capabilities, allows mapping of what goes on around us to be integrated into a reality where humans and machines merge into a single entity. Artificial intelligence and machine learning will help 6G wireless technology, allowing 6G wireless technology to become the wireless communication medium connecting people and things. 5 key technologies we use every day that 6G would benefit from. The 1st is Faster communications
and the second is Native cloud-based applications. The third will be low latency. The fourth will be Sensors that increase information capillarity. The final one is Client computing capabilities. So, the 6G platform must be designed with reliability in mind, guaranteeing cybersecurity and personal privacy by introducing new principles of cyber resilience in which machine learning techniques encrypt and protect passengers and personal data. However, improving user experience will be the priority.