Securing AWS Environments with AI-Driven Cybersecurity Strategies

Authors

  • Dr. David Johnson Department of Computer Engineering, Stanford University, USA
  • Dr. Emily Roberts Department of Cloud Security, Stanford University, USA

Keywords:

AI-Driven Cybersecurity, AWS Security, Generative AI, IoT-Powered Chatbots, 5G Edge Computing, Zero Trust Frameworks

Abstract

With the increasing importance of cloud infrastructures in modern business contexts, protecting Amazon Web Services (AWS) environments from the sophisticated threats that can breach even the most well-established enterprises is of the utmost importance. Within the framework of 5G edge computing, generative AI, and the Internet of Things (IoT), this study investigates AWS-specific AI-based cybersecurity methods. It evaluates the efficacy of these AI-based solutions by combining quantitatively-analyzed survey data with qualitative case studies from different sectors. The use of machine learning techniques has the potential to improve organizational effectiveness by making threat identification more accurate and faster. Generative AI and sophisticated chatbots that employ the Internet of Things (IoT) revolutionize the user experience by providing context-sensitive support in real-time, while 5G edge computing strengthens network security by increasing data control and processing as well as robustness. Incorporating AI to bolster AWS security positions and progress cybersecurity advancements as sustainable patterns that can handle the continued evolution of threats is an opportunity that this study highlights.

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Original Research Articles

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