AhnLab AIPS is the future-driven network intrusion prevention system that detects and blocks advanced network attacks targeting organizations. Why AhnLab AIPS • Intelligence-driven Threat Prevention Backed by our industry-leading threat intelligence, AhnLab AIPS excels in detecting and preventing a broad spectrum of cyber threats that weaponize network, OS, web, and application vulnerabilities, as well as malware and well-known network attacks. • High-Performance Traffic Processing In environments where large-scale traffic processing is needed, AhnLab AIPS delivers fast and precise detection backed by 100G interfaces. The next-gen IPS also performs swift and in-depth analysis of a variety of cyber threats by employing its high-performance engine built on big data processing technology. • Intuitive Data Visualization AhnLab AIPS feeds a wide breadth of information to fuel multi-layered analysis into detected cyber threats. Its cutting-edge ability to visualize analytics in statistics accelerates customers to achieve a greater understanding of context and underlying issues. Key Features • Signature-based Detection & Prevention AhnLab AIPS stands out with its exceptional performance and threat detection & prevention capabilities powered by our high-performance engine and thousands of network attack signatures optimized for blocking the latest network attacks. • Application Control AhnLab AIPS provides precise control over various global applications, thereby effectively blocking application attacks and preventing the leakage of business-critical information. Also, the granular control over application behaviors contributes to a more flexible policy configuration. • Overload Rule Management AhnLab AIPS intelligently identifies and manages rules that could impact product performance. The IPS empowers administrators to pinpoint the causes of overload and evaluate their impact on performance, ensuring smooth operation and business continuity. • Zone Settings Users are allowed to create logically separated security zones within a single appliance. They can categorize these zones by segment, IP range, and VLAN to apply different security policies and controls to each zone.