Do you need an immersive experience to better evaluate your organization's data? It might be time to consider a Cave Automatic Virtual Environment system (CAVE).
Frequently used by design and engineering teams, CAVEs are multiple-sided, virtual reality environments where single or multiple users are immersed in a real-time, rendered 3D environment. CAVE Systems are popular with users who need to closely examine data because they provide a lifelike virtual reality experience and level of data analysis unmatched by any 2D screen.
The unique advantage of CAVE systems is a complete sense of immersion that makes the user feel like they are working with the actual model being evaluated. In automotive design and engineering, CAVEs can streamline go-to-market capabilities for companies looking to perfect their product when considering the tooling process and development of prototypes. But design and engineering aren’t the only uses for CAVEs. The consumer goods, education, arts, and medical sectors have also found value from these unique immersive systems.
If you’re considering a CAVE for your organization, here are a few things to consider:
Put simply, anyone who needs to “get into” or immerse themselves in their data set can benefit from a CAVE. The most common applications are in design and engineering departments. Ford Motor Company, for example, leverages virtual reality in its Ford Immersive Vehicle Environment (FIVE), where users can view its car models in full-size and collaborate with colleagues across design, engineering and manufacturing teams.
The consumer goods industry has also leveraged value from CAVEs. Procter & Gamble uses CAVEs to design consumer products and simulate store shelves, even to the point of recreating a Virtual Store to test how a shopper reacts to store layouts, and packaging design.
The opportunities don’t end there. Many major universities use CAVEs in their engineering, nursing, and even arts departments. Purdue University's pharmacy school uses CAVEs to simulate clean rooms and Indiana University art students present their work in CAVEs.
Although CAVEs have many commercial applications, users do need to run software designed specifically for CAVEs in order to maximize the system’s value. For example, it wouldn’t make much practical or financial sense to run your Windows desktop or PowerPoint files within a CAVE.
Typically, CAVEs are rear-projected, which means the image is projected onto a translucent screen for viewing. This means you not only need space for the user but also space behind the walls of the CAVE for three to four projectors. In practice, a 10-by-10-foot CAVE might have a 30-by-20-foot footprint.
Unlike PowerWalls, which rely on high levels of brightness, too much brightness in CAVEs can wash out images, which means CAVEs may use less powerful projectors. However, since they require multiple walls to create an immersive experience, CAVEs use more projectors: four to a PowerWall's one. While costs vary, a CAVE can cost two to three times more than a PowerWall, depending on an organization's needs.
CAVEs don’t stand alone. You need additional technology to leverage the environment to its full capability. Primarily, this means a tracking system that uses sensors to adjust the data and image to maintain perspective. Increased bandwidth and power are also common requirements, especially because running a CAVE too slowly can cause motion sickness in users.
If you’re considering integrating a CAVE into your organization, IGI can help deliver an enhanced solution based on your exact applications, specifications and budget. IGI is an industry leader in the complete integration of ultra-high resolution advanced visualization systems, including PowerWalls, CAVEs and Virtual Reality. We boast 20 years’ experience in the advanced visualization industry managing all levels of AV integration projects.
Contact us for a consultation to learn more about how your company can realize the operational value of advanced visualization for your audio visual display needs.