ADVANCED HOST BOUNDARY PROTECTION TECHNIQUES FOR SECURING PROPRIETARY INFORMATION NETWORKS IN SPORTS DATA MANAGEMENT

Abstract

Ensuring the security of host systems within proprietary information networks is critical for maintaining safe and efficient data operations, particularly in sports data management environments. Effective host boundary protection serves as a cornerstone for mitigating cybersecurity risks, enabling secure system functionality, and supporting uninterrupted service delivery. This study highlights the significance of host boundary protection, analyzes common security vulnerabilities within proprietary networks, and discusses advanced protection strategies. Key technologies such as intrusion detection systems (IDS), firewalls, access control protocols, and anomaly detection mechanisms are explored alongside innovative response techniques. Emphasis is placed on strengthening security layers through dynamic threat monitoring, real-time data encryption, and zero-trust frameworks. The findings aim to assist IT specialists in sports data management, fostering innovation in host security frameworks while ensuring robust boundary protection for proprietary information networks.