Citation :

Sanat Talwar, 2025. "Passive Enumeration Methodology for DNS Scanning in the Gaming Industry: Enhancing Security and Scalability" ESP International Journal of Advancements in Computational Technology (ESP-IJACT)  Volume 2, Issue 2: 102-110.

Abstract :

The gaming sector, characterized by its extensive digital framework and millions of simultaneous users, represents a significant target for cyber threats, including Distributed Denial of Service (DDoS) assaults, phishing initiatives, and data infringements. Traditional DNS scanning methodologies often depend on active techniques, which, although effective, may unintentionally disrupt ongoing services or elicit defensive responses. This paper presents a groundbreaking passive enumeration approach specifically designed for DNS scanning within the gaming industry. By utilizing publicly accessible DNS records, threat intelligence frameworks, and historical data, this method reduces disruptions while yielding vital insights into potential weaknesses.Our approach prioritizes scalability and real-time application, permitting game developers and publishers to monitor and address threats without compromising player experience. Additionally, the paper examines distinct DNS-related challenges faced by the gaming sector, such as the management of dynamic server allocations, safeguarding multiplayer communication channels, and ensuring operational stability during peak traffic periods. Through case studies and comprehensive analysis, we demonstrate the efficacy of passive enumeration in detecting DNS misconfigurations, identifying subdomain takeovers, and thwarting malicious activities. By incorporating passive DNS scanning into extensive cybersecurity frameworks, this research aims to equip the gaming industry with proactive and non-intrusive tools for a robust defense.

References :

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[14] Sanat Talwar, "SECURING CLOUD-NATIVE DNS CONFIGURATIONS:AUTOMATED DETECTION OF VULNERABLE S3-LINKED SUBDOMAINS", International Journal of Applied Engineering & Technology. 4,2 (2022). https://romanpub.com/resources/Vol.%204%20No.%202%20(September%2C%202022)%20-%2033.pdf.

Keywords :

DNS Enumeration, Passive DNS Scanning, Gaming Industry Security, Cybersecurity In Gaming, DNS Misconfigurations, Subdomain Takeover, Threat Intelligence, DNS Reconnaissance, Passive Enumeration Tools, WHOIS Data Analysis, Certificate Transparency Logs, Shodan For DNS Enumeration, Virustotal For Threat Detection, DNS Security In Cloud Gaming, Real-Time DNS Monitoring, DNS Infrastructure Vulnerabilities, Distributed Denial Of Service (Ddos), DNS Cache Poisoning, Dynamic Server Allocation In Gaming, Multiplayer Communication Security, DNS Data Aggregation, Historical DNS Records, DNS Threat Mitigation, Non-Intrusive DNS Scanning, Gaming Platform Resilience, DNS Security Best Practices, Machine Learning For DNS Analysis, Hybrid DNS Enumeration Techniques, Blockchain Gaming DNS Security, Ethical DNS Enumeration Practices.