Machine Learning for Network Traffic in Home Automation IoT Systems
Shyamala Prakash Shingare, D. Suresh, Chetan K. Verma, S. Lakshminarasimhan, K. R. Raghunandan, R. Navaneetha Krishnan · 2024
IOT device security, which should protect the astute homeowner and family, has left hundreds of thousands, if not millions, of devices vulnerable to hacking. It is not practical to handle various sorts of gadgets under the same system monitoring approach since each of these devices has distinct requirements for Quality of Service (QoS). IoT Governance and Security: In combination with Device Categorization, IoT security and management may monitor device activity and automate network activities based on type or function to address concerns with rogue or susceptible devices. One of the most amazing applications of machine learning-based traffic analysis is this one, which can automatically de-anonymize devices and, as a result, reveal a variety of IoT data-hiding behaviors (as shown by an expanding body of work on the subject). This paper offers a detailed investigation into each approach to evaluate its strengths and limits. Initially, we provide a high-level procedure for classifying IoT devices and explain how various attack/fix combinations may be applied at each step of the workflow. Slides displaying specifics of the main components, like: Categorization of pubData examination of IoT traffic data gathering situations and techniques as well. The literature on the extraction of features from IoT traffic is reviewed in Chapter 5 and includes information on related classes, comparisons to common feature types, and a brief description of a free tool that can be used to extract different types of OT or IT layered data using machine learning techniques for automatic device classification. These result in the taxonomies we have created, which enumerate patterns found in various literary corpora. Additionally, the study looks at and suggests several less-traveled paths that still need more research in this emerging sector.