Virtual reality headsets

While there were, only a few members of the public who had the chance to try out a virtual reality headset, at that time, many manufacturers and investors were thinking about the headsets that would immerse users in digital worlds. Nick Wingfield recently reported for The New York Times, there are plenty of reasons to be skeptical that VR will change technology the way smartphones have, not least the high price tag of a headset and the PC that some will need. The tendency of the technology to induce motion sickness, or the fact that many fans of virtual reality say they have not experienced a game they don’t need to have.

Augmented reality headsets

Augmented reality headsets are expected to enter the digital device league in the near future to give us an amazing experience. AR headsets are display equipment that can be installed head like VR headsets. As Scott Stein reported for CNET when Microsoft’s HoloLens was unveiled, during the case the term “holographic” was thrown around. While some scientists believe that holographic television can become a reality by 2020 or soon thereafter. It has a physical optical display lens through which a consumer can see virtual pictures, animation, games, videos, etc. on a digital display. By incorporating visual simulation to provide the viewer with an impeccable screen an AR headset enhances the reality-based environment.

Self-driving cars

For The New York Times, John Markoff noted that, despite the excitement with which industry leaders discuss the future of self-driving cars, autonomous vehicles still need people, at least for now. Autonomous cars may still be a decade away by some accounts, but current self-driving cars in certain situations are already starting to drive on their own. They will be progressively able to follow curving highways in the next few years, alter lanes, securely navigate junctions, and stop and begin on their own — but they will still involve human oversight, and may continue to hand over control to a human driver when they meet complicated situations. Approximately 10 million vehicles with self-driving characteristics are anticipated to be on the highway by 2020, although fully autonomous cars are not likely to become feasible until 2019 or beyond.

5G smartphones and networks

While the speed of U.S. consumers ‘ 4 G LTE networks leaves much to be desired, industry groups and wireless carriers are already watching the transition to 5 G technology, which is expected to be defined in 2018, codified in 2019, and implemented in 2020. While the technology standards are yet to be set for years, it is safe to say that 5G will be quicker and less energy-intensive than 4G, bringing faster smartphones, better intelligent home phones, and long-lasting wearables.5G smartphones are likely to experience much less latency than 4G, which would mean faster-loading applications and websites, plus lightning-speed video downloads. As Jessi Hempel reports for Wired, both to make virtual reality useful in professional settings and to allow sensors embedded in everything from watches to cars to work together seamlessly with low latency will require 5G networks.

Real-time diagnostic Implants

By 2020, we are able to expect some outstanding gadgets within the human health care section. Real-time diagnostic implants may be accustomed to determine the diseases in human bodies and might conjointly facilitate them cure at the earliest. These may include pre-diabetic conditions, cancer and therefore the immune system connected diseases. Such gadgets, which are available in the shape of wearable devices or patches, might build health care preventive instead of reactive. Alistair Barr and Ron Winslow reported in 2014 claiming Google of developing small magnetic particles that might be capable of trying to find biomarkers that may indicate any quite malady gift within the physical body like cancer or coming heart failure. These particles may be delivered through pills.