Are you tired of viewing your 3D data on a computer screen, unable to fully grasp the potential of your designs? Look no further than VR prototyping. With VR technology, product design process can become more efficient and accurate, by allowing designers and engineers to visualize and test designs in a virtual environment.
What if learning could be different? Since the Covid-19 crisis, many industries have adopted virtual reality to train their workers. VR training replaces traditional in-person or online training with a fully-immersive experience. And it happened across many industries: construction, engineering, manufacturing, healthcare…
For many years now, our training methods have started to shift. Instead of a standardized knowledge aimed at a population, what if you could have training content tailored to what your employees need, with your own 3D data?
Collision detection is an essential aspect of AR / VR simulation. Does this new Ikea sofa you have an eye on really fit into that funky-shaped corner of your living room? This really is the question you would like answered when using the AR app on your tablet. Well, sometimes other industries have the same question when fitting machine-tools in factories.
In industries such as engineering, manufacturing and architecture, some of the biggest benefits of testing designs in VR is to assess the integration of different 3D elements or integration of the human factor with the CAD model. Collision detection can also enhance the realism of the VR experience, making it more effective for training and evaluation. In this article, we will define what 3D collisions are and how they can be used across many industries.
Immersive technologies play a crucial role in the pharmaceutical and healthcare industry worldwide. According to a report from Statista, the market for augmented and virtual technology in medicine and pharma will grow by $4.64 million by 2025 thanks to many advancements in the healthcare industry in recent years.
Many industries are adopting AR and VR technologies inside their processes. For most use cases, traditional handheld controllers are more than enough in product-design and production processes. But for some precise use cases, adding VR finger tracking and haptic feedbacks is a real game-changer.
The history of VR has often been influenced by the defense industry. One of the first VR projects was developed in the 1960s for a US military combat system. Virtual reality has always played a significant role in the military field and was adopted by all services: army, navy, and air force. It is mostly used for army training purposes, but there are other use cases where VR is a powerful tool.
For some professionals, virtual and augmented reality is the wave of the future. For others, unfortunately, it might only feel like a wave of nausea. There are several reasons why VR sickness can happen, but hardware and software specifications play an important role in order to deal with this problem. In this article, we explore what motion sickness in VR / cybersickness is.
Topics: Virtual Reality (VR)
There’s no escaping the latest buzzword: the “Metaverse”. Is it the next step for Internet? A virtual universe just like the ones we saw in science fiction? Or just a fancy new way to categorize extended reality technology (XR)? In the midst of all the new emerging technologies, metaverse, which was announced barely one year ago, has entered the Gartner Hype Cycle. In this article, we will help you understand what this term mean, and how it will impact your use of AR and VR.
Topics: Virtual Reality (VR)
Here’s the 2022 review TechViz team experts carry out every year to help you choose the best XR headsets for professional use. There are indeed many types of XR headsets around: tethered, all-in-one, Virtual Reality, Augmented Reality, Mixed Reality… It can be confusing, especially when manufacturers use their own terminology.
Augmented Reality has appeared in many of our daily uses, at a personal and professional level. We’ve come a long way since phone games like Pokemon Go in 2016. AR is not a passing trend. Especially in business. Adding a layer of information to the reality we experience offers many use cases in a wide variety of sectors: automotive industry, aerospace, healthcare, education, construction…