Cybersecurity Measures Using Machine Learning for Business Applications
Arun Sekar Rajasekaran, S. Shanmuga Priya, Janaki Sivakumar, Akshay Varkale, R Reena · 2023
Cybersecurity is a significant concern for organisations in the modern, globally interconnected world, but it's also a dynamic field. Conventional security measures are often insufficient due to the growing complexity of attackers. This research investigates the potential for enhancing cybersecurity protocols in business operations via the integration of machine learning methods. In order to emphasise the urgent need for creative solutions, we first provide a high-level summary of the present state of cyber threats. In the first segment, machine learning is introduced along with its application to cybersecurity, with a focus on the need for adaptable models and data-driven insights. The various machine learning methods that may be used to detect and prevent cyberattacks are then covered. These algorithms include those for identifying patterns in data, evaluating behaviour, and deciphering natural language. The study then moves on to real-world commercial applications, such as threat intelligence, network security, and user behaviour analysis. We demonstrate how machine learning may enable businesses to proactively detect and address security breaches, resulting in cybersecurity plans that are more adaptable and durable. Finally, we discuss the difficulties and constraints associated with using machine learning to cybersecurity, along with the moral issues pertaining to data protection and openness.