Underwater 360 Degree Camera from Boxfish Shoots 5K Video

Image: Boxfish.

Boxfish Research has released an underwater virtual reality (VR) camera, Boxfish 360, designed to create high-quality and engaging learning experiences for students and other audiences.  

A recent study from Stanford University found that putting people in a simulation of ocean acidification (the ongoing decrease in pH of the Earth’s oceans and subsequent negative impact on marine organisms, caused by the uptake of carbon dioxide from the atmosphere) invoked a greater sense of empathy than a similar video-only experience. The reason is that embodied cognition, or the effect of the body’s actions on the mind, is linked to the process of perspective-taking. In other words, the combination of interaction and realistic environment that VR offers can contribute to increased engagement and empathy.

On Campus Technology

Fueled by a growth in virtual and augmented reality, 360 degree cameras are expected to see rapid growth over the next five years. Read the full story here.

“Researchers and educators can't take all of the world into our oceans, but with a 360/VR underwater camera they can easily bring the oceans to the world, creating unique teachable moments that would be impossible in other learning settings,” the New Zealand-based company said in prepared statement.

The Boxfish 360 can continuously record 5K-UDH video or time-lapse photos for up to three hours, helping take away some of the time-pressure associated with filming underwater. It records depth, temperature and compass heading as well, which can be integrated into video captions, HUD-style overlays and more, according to information from the company.

Image: Boxfish Research.

Furthermore, the camera is designed to make it easy to create high-quality 5K underwater video with little resources. The corresponding app for Windows and Mac, for instance, can be used for post-production to edit project files; videos can easily be shared afterward.

National Geographic recently used the Boxfish 360 to produce a story on talking fish.

Boxfish Research provides small unmanned underwater vehicles for inspection, filming, science, education and adventure. To learn more, visit the company site.

About the Author

Sri Ravipati is Web producer for THE Journal and Campus Technology. She can be reached at [email protected].

Featured

  • abstract networking lines with AI text on top

    WWT, NVIDIA Introduce Framework for Secure, Scalable, Responsible AI Adoption

    Technology services provider World Wide Technology and NVIDIA have jointly developed an AI security framework dubbed AI Readiness Model for Operational Resilience (ARMOR), designed to help organizations accelerate AI adoption while maintaining security, compliance, and operational resilience.

  • stylized illustration of people conversing on headsets

    AI and Our Next Conversations in Higher Education

    Ryan Lufkin, the vice president of global strategy for Instructure, examines how the focus on AI in education will move from experimentation to accountability.

  • glowing brain above stacked coins

    The Higher Ed Playbook for AI Affordability

    Fulfilling the promise of AI in higher education does not require massive budgets or radical reinvention. By leveraging existing infrastructure, embracing edge and localized AI, collaborating across institutions, and embedding AI thoughtfully across the enterprise, universities can move from experimentation to impact.

  • workshop participants discuss sustainability in open science and research

    Open Source: Advancing Our Digital Commons

    IT leaders are recognizing the benefits of a return to open strategies. CT asked Jack Suess, VP of IT and CIO at UMBC, for his views on returning to the digital commons of open source.