If you’re wondering what the future holds for virtual reality headsets, here’s what you should know. While the technology is still young, the potential for VR is enormous. And with the development of more powerful and advanced devices, the possibilities are only getting better.
Ultimate Guide to VR Tech 2023
HP Reverb G2
The HP Reverb G2 is one of the better VR headsets on the market. It’s stylish, comfortable, and packed with features. However, it also has a number of shortcomings.
Despite its sleek design, it’s not a perfect solution. It has a few shortcomings including its low refresh rate and poor controller tracking.
For a better experience, you should try to connect the Reverb G2 to an external base station. Some of the models have the option of a shortened cable.
Using an external USB 3.0 powered hub works well. Unfortunately, the cable’s application causes stress, which can lead to broken connectors.
On the plus side, the controllers are a good fit and feel great. They include four face buttons and a central grip. Additionally, each controller has a directional speaker, bumper button, and an analog stick.
The controllers are also more ergonomic than the original Microsoft VR controllers, making them more convenient for gaming. Also, they feature small lights.
Oculus Metaverse Headset
Oculus Metaverse is a social networking platform that connects mobile devices to the internet. It is used to explore massive virtual worlds, create digital avatars, and communicate with people across devices.
Users are able to customize their headsets with prescription lenses. They can also connect their headsets to Windows laptops for more powerful processing. The headsets weigh less than traditional headsets, making them comfortable to use.
To access Metaverse, users must download a software application and connect their headsets to their accounts. There are several apps that help you explore the world in the virtual realm.
Most Metaverse headsets are geared toward gaming. However, you can also use them for other activities. For example, you can go shopping or buy tickets for a virtual concert. You can even create your own personal workplace in the metaverse.
The headsets come with hand-held controllers that are used to control your avatar’s movements. In addition, they provide 3D sound. These devices are used for a wide range of applications, including industrial and medical purposes.
As the next gen follow up to the original PlayStation VR, Sony’s PSVR2 is going to be a real treat for fans. The headset comes with a ton of features, including an improved field of view, a 2,000×2,040 OLED HDR display, and eye tracking.
However, there are some notable flaws with the new system. One of the biggest is the lack of backward compatibility. Many VR games currently available on the market are for the PlayStation 4 or PS5. This means that the PSVR2 is unlikely to play games from previous generations.
The other major drawback is that the new PlayStation VR is not portable. It’s connected to the console through a single USB-C cable. That’s fine for now, but it may limit its future sales.
A new report claims that Sony plans to produce two million of the PSVR2 headsets by March 2023. However, it’s unclear whether the headset will actually be available for purchase outside of the PlayStation Direct, or if the company has other plans in the works.
The focus of security teams in 2023 will be on cyber-physical convergence. This convergence is a fusion of physical intelligence with digital capabilities. It can be achieved through virtual reality (VR), artificial intelligence (AI) and machine learning technologies.
Cyber-physical threats to VR technology in 2023 can range from malicious actors to sabotage. Attacks can involve misleading features and include deepfakes that could undermine the security of VR platforms. Moreover, attackers might use malware to access privacy-sensitive data and perform screen capture and screen viewing. Lastly, attackers might ask for ransom.
A cyber-physical attack scenario is based on a threat source, which consists of manpower, tools, and resources. For example, a threat source may visit an IoT based wireless sensor network and consume its energy to gather information. Alternatively, the threat source can use a laptop to gain access to ZigBee technology.
The motivation of a threat source affects its effort to achieve objectives. Therefore, assessors should consider the motives of a threat source to determine the level of risk. Similarly, assessors should also factor in direct and indirect losses.