An in-Depth Study of Virtual Machines, Docker Technology, and Performance

Abstract

Inventors and directors now have access to a robust platform for organizing, disseminating, and carrying out operations thanks to Docker, which has emerged as a leading containerization technology. This paper gives an extensive examination of Docker's innovation, variables, execution, and relative benefits over conventional virtual machines. We delve into Docker's architecture, features, security considerations, and future plans through a comprehensive literature review. The discoveries propose that while Docker offers huge advantages with regards to adequacy and adaptability, cautious thought of safety, comity, and execution enhancement is fundamental for its fruitful execution in various environmental factors.