Abstract
This research paper will examine the role of artificial intelligence (AI) moderation systems in enhancing cybersecurity within online gaming environments. As multiplayer platforms increasingly rely on real-time text, voice communication, and user-generated content, developers have implemented AI-driven tools such as natural language processing (NLP), speech recognition, and behavioral analytics to detect harassment, toxic behavior, cheating coordination, and other malicious activity. These systems enable gaming companies to efficiently monitor large volumes of player interactions, improving response times and helping maintain safer and more controlled digital environments for users across global gaming communities of varying sizes and activity levels.
While these technologies strengthen platform security by reducing social engineering risks, limiting abuse, and protecting vulnerable users, they also introduce several challenges. These challenges include false positives, where legitimate players may be incorrectly flagged, algorithmic bias that can affect fairness and inclusivity, and privacy concerns related to the continuous monitoring of player communications. Additionally, AI moderation systems are susceptible to adversarial manipulation, as users may attempt to bypass detection through altered language, coded communication, or other evasion techniques that weaken system effectiveness and reliability over time.
This paper will analyze both the cybersecurity benefits and limitations of AI moderation systems, while also examining their broader impact on trust, user experience, platform governance, and long-term digital safety. It will conclude with recommendations for improving transparency, accountability, and security-by-design practices in AI-driven moderation frameworks used across modern online gaming platforms and digital communities worldwide. Overall, this study emphasizes the growing importance of balancing automation with ethical oversight.
Faculty Advisor/Mentor
Malik A. Gladden
Document Type
Paper
Disciplines
Cybersecurity
DOI
10.25776/mamr-v846
Publication Date
4-11-2026
Upload File
wf_yes
The abstract in Word document form
Included in
Artificial Intelligence Moderation in Online Gaming: A Cybersecurity Analysis of Risks and Defenses
This research paper will examine the role of artificial intelligence (AI) moderation systems in enhancing cybersecurity within online gaming environments. As multiplayer platforms increasingly rely on real-time text, voice communication, and user-generated content, developers have implemented AI-driven tools such as natural language processing (NLP), speech recognition, and behavioral analytics to detect harassment, toxic behavior, cheating coordination, and other malicious activity. These systems enable gaming companies to efficiently monitor large volumes of player interactions, improving response times and helping maintain safer and more controlled digital environments for users across global gaming communities of varying sizes and activity levels.
While these technologies strengthen platform security by reducing social engineering risks, limiting abuse, and protecting vulnerable users, they also introduce several challenges. These challenges include false positives, where legitimate players may be incorrectly flagged, algorithmic bias that can affect fairness and inclusivity, and privacy concerns related to the continuous monitoring of player communications. Additionally, AI moderation systems are susceptible to adversarial manipulation, as users may attempt to bypass detection through altered language, coded communication, or other evasion techniques that weaken system effectiveness and reliability over time.
This paper will analyze both the cybersecurity benefits and limitations of AI moderation systems, while also examining their broader impact on trust, user experience, platform governance, and long-term digital safety. It will conclude with recommendations for improving transparency, accountability, and security-by-design practices in AI-driven moderation frameworks used across modern online gaming platforms and digital communities worldwide. Overall, this study emphasizes the growing importance of balancing automation with ethical oversight.