Virtual reality (VR) is a technology that simulates three-dimensional environments that seem to be features of a science fiction film, but that today are a reality within everyone’s reach.

A virtual world is constructed from the ground up using devices such as virtual reality headsets. Users can interact with this environment by entering and navigating through it, fully detaching from the real world in an immersive way, as if they were truly there.

At INVELON, we specialize in creating technological solutions that transform sectors such as education, industry, and medicine through virtual reality.

How does virtual reality work?

To understand how virtual reality works, it is important to know that this technology combines hardware and software to generate a completely immersive and realistic experience.

Main components of hardware:

• Virtual reality glasses: It is the first step towards immersion. VR glasses are equipped with screens and sensors that adjust the image according to the movement of the head, creating the feeling of being physically within this virtual environment.
• Motion controllers: To interact with what surrounds you, controllers are essential. These portable controls detect hand movements and translate them into actions within the digital world, such as grasping an object, throwing a ball, or activating a mechanism.
• Sensors and cameras: They are responsible for recording the user's position in the real space. This allows you to move within the virtual environment without losing the physical reference, ensuring that the VR experience is fluid and natural.
• Spatial sound: VR systems usually incorporate three-dimensional surround sound, which varies according to the user's position or the origin of auditory stimuli within the virtual world. This type of sound reinforces the feeling of realism.

Software as a central part of the experience:

The generation of virtual environments would not be possible without the software. The software is responsible for creating and managing the virtual world you see, coordinating the user's movements with actions within the environment, and establishing the rules of interaction.

Depending on the objective, the software can be oriented to different purposes, adapting it to each specific need. From educational applications and professional simulators, to hyper-realistic games, the software allows:

• Generate images and animations in real time, adapted to the movements and decisions of the user.
• Translate physical actions (such as moving the head or pressing a button) into responses within the virtual environment.
• Synchronize all the devices in the system, ensuring that the experience is fluid, coherent, and safe.

What do I need to use virtual reality?

Appropriate equipment/hardware

The first step is to have a device compatible with the applications you want to use. This can range from autonomous viewers, such as Meta Quest, to more advanced systems connected to powerful computers that allow greater graphical fidelity and processing capacity.

Quality content

Having the right hardware is not very useful if you do not have relevant and well-developed content. The real value of virtual reality is in the environments and experiences it can offer. Whether it is a VR simulator, an educational tool, or a professional training environment, it is essential that the software is well optimized, functional, and meets the user's objectives.

Connectivity and physical space

Most virtual reality experiences require a stable internet connection, especially when it comes to cloud content or multiplayer platforms. In addition, it is essential to have a physical space free of obstacles, which allows the user to move safely and comfortably while immersed in the virtual environment.

Training and technical assistance

It is not enough to install a viewer and start using it. The correct implementation of virtual reality requires minimal training to know its possibilities, limitations, and best practices. Likewise, having technical support ensures that any difficulty or incident can be resolved quickly, avoiding interruptions and improving the general experience.

At INVELON we offer a comprehensive service accompanying you in each process phase. From expert advice to technology implementation, our goal is to guarantee an effective, simple, and centralized technological transition.

Virtual reality main applications

One of the greatest advantages of virtual reality is its versatility. Far from being an exclusive technology, its applications cover sectors as varied as education, medicine, industry, and business.

Types of virtual reality devices

The variety of virtual reality devices available on the market allows this technology to be adapted to different needs. Here are some of the most commonly used today:

At INVELON we have a wide variety of VR simulators adapted to each professional family, such as automotive, mechanics, medicine, safety and risk prevention, hospitality, and new technologies, among others.

Virtual realitie's future

Far from being a passing fashion, virtual reality is consolidating itself as a transformative tool. Its impact is already perceived in multiple industries, and forecasts point to continuous growth, both in technological capacity and in several users and use cases. Some key trends in its evolution include:

Visual quality and interactivity improvements

It is hoped that the resolution of the screens will continue to increase, offering clearer and more realistic images. In turn, new, more natural forms of interaction will be integrated, such as eye tracking, gesture recognition, or voice control, which allows more intuitive and accessible experiences.

Lighter, more comfortable, and affordable devices

Every time virtual reality headsets will be lighter, ergonomic, and economical. This will facilitate their adoption, both in homes and in companies of different sizes.

Application expansion in key sectors

VR will continue to expand its presence in sectors such as education, health, engineering, tourism, and architecture. For example, an increase in the use of clinical simulations for medical students, among others, is expected.

Integration with other emerging technologies

Virtual reality does not advance alone. In the coming years, it will increasingly be integrated with technologies such as artificial intelligence, the Internet of Things (IoT), augmented reality (AR), and the metaverse. This convergence allows us to create even more dynamic, personalized, and connected experiences.

Virtual reality benefits and advantages

The benefits of virtual reality are countless, and many of them have the potential to transform the way we work, learn, and have fun. Among the highlights are: