Transforming outer space transportation through immersive technologies: a SWOT analysis

Abstract

This study provides a SWOT analysis of immersive technologies, specifically Virtual Reality (VR), Augmented Reality (AR), and Mixed Reality (MR), in relation to space transportation. Immersive technologies have completely transformed astronaut training, spacecraft design, and public involvement in space. They provide notable benefits such expanded simulation capabilities, cost-effective training, and improved safety and efficiency. Notwithstanding these advantages, obstacles such as substantial implementation expenses, technological constraints, and user opposition persist. The study highlights favorable prospects for innovation and global cooperation, while also acknowledging possible hazards such as cybersecurity vulnerabilities, information saturation, and the swift obsolescence of technology. Organizations involved in outer space affairs may improve mission effectiveness and safety by strategically utilizing the strengths and potential of immersive technology, while also addressing their shortcomings and risks. This will promote further progress in space exploration. This research highlights the crucial significance of immersive technology in determining the future of space exploration.

Keywords

• immersive technologies
• virtual reality (vr)
• augmented reality (ar)
• mixed reality (mr)
• swot analysis