AI-Enhanced Privacy-Preserving Secure IP-Based Ephermeral Chat with Intelligent Threat Detection and Self-Destructing Data

@article{1722662,
      author = {Achal Korde, Snehal Ghogale, Divyanshu Panbhak, Saumya Katekhaye, Komal Tiwari; Sushma Telrandhe},
      title = {AI-Enhanced Privacy-Preserving Secure IP-Based Ephermeral Chat with Intelligent Threat Detection and Self-Destructing Data},
      journal = {Iconic Research And Engineering Journals},
      year = {2026},
      volume = {10},
      number = {2},
      pages = {3406-3409},
      issn = {2456-8880},
      url = {https://www.irejournals.com/formatedpaper/1722662.pdf},
      abstract = {The rising trend in the use of online communication has posed some issues regarding privacy, data retention, unauthorized access, and suspicious activities. Traditional chat programs usually store conversation details and user-related information for a long time which increases the chances of data leakage and privacy violation. This paper suggests an AI Enhanced Privacy Preserving Temporary Chat Web Application that provides secure and temporary communication with least possible data retention. This suggested system utilizes secure session and IP management for controlling temporary connections and monitoring connection activities. An AI-based privacy protection module determines the sensitive information and gives proper warning and protection. There is also a module for suspicious activity and threat detection which monitors user's behavior and finds out any suspicious activity. There is also a self-destructing data mechanism that deletes all temporary chat and session data after a certain period of time. Real time typing indicator is included for enhancing communication without permanent retention of typing activity. The main contribution of this proposed system is the incorporation of AI, privacy protection, threat detection, secure temporary sessions, self-destruction of data and real-time communication in one system.},
      keywords = {artificial intelligence, cybersecurity, privacy protection, self-destructing data, temporary chat},
      month = {August},
  }