^Exploring the Integration of AI-Driven AEGIS Technology, in Space Habitat Design Suman Karki, Sudip Seth
Suman Karki, Sudip Seth
(B.Sc. (Hons) in Computing, Softwarica College of IT & E-Commerce, Coventry University, -Nepal, Bachelor of Computer Engineering, ACME College of Engineering, Pokhara University-Nepal)
Abstract
This research paper delves into the integration of AEGIS technology driven by Artificial Intelligence (AI) in the realm of space habitat design. Its primary objective is to investigate how AI and AEGIS impact design, business operations and society access to space. This approach involves utilizing AI algorithms to optimize space habitat designs and exploring its potential for reducing construction costs while enhancing data driven decision making for businesses. Additionally, the research paper examines the ranging implications of AI powered space habitat creation with a focus on expanding space accessibility and promoting environmental sustainability. The findings suggest that by fostering collaboration between AI and human expertise we can revolutionize space habitat design, unlocking opportunities for businesses and enabling exploration of the universe. This study encompasses the emerging field of AI driven innovation in space technology. Underlines the significance of AEGIS technology, in shaping humanity^s future beyond Earth.
Keywords: Artificial intelligence, AEGIS technology, space habitat design, business impact, and societal implications
