Deterring Malicious Network Attacks

OVERVIEW

Georgetown University’s invention fortifies network security by integrating advanced algorithms with real-time monitoring to detect, analyze, and respond to malicious activities. Conventional security systems frequently fail to prevent the capture of sensitive data, as hackers can transfer data out of the network rapidly before breaches are discovered. This dynamic system adapts to emerging threats by differentiating the rapid access patterns of hackers from normal users and administrators, ensuring robust protection against sophisticated cyber-attacks. For example, a company can deploy this system to continuously monitor and safeguard their network infrastructure, minimizing the risk of unauthorized access and data theft without disrupting normal operations.

BACKGROUND

As cyber threats advance and digital ecosystems expand, traditional security solutions struggle against advanced persistent threats and zero-day exploits. The market demands real-time threat detection and response. Georgetown's system leverages adaptive learning technologies to improve threat detection accuracy while minimizing manual intervention. With the rise in data breaches across industries, this invention's proactive and adaptive approach marks a significant advancement, addressing the shortcomings of conventional security measures and offering robust protection against modern cyber threats.

Benefit

• “Un-bypassable” security, even if hardware is stolen
• Allows for backups along fast access path
• Writing is very fast with some preprocessing

Market Application

• Cloud service providers can enhance secure network infrastructure for businesses.
• Cybersecurity firms can develop advanced threat detection and response solutions.
• Network equipment manufacturers can integrate security features into their products.
• Financial institutions can protect sensitive customer data from cyber threats.
• Healthcare organizations can safeguard patient records and comply with data protection regulations.

Publications

US Utility Patent No. 9,483,640, CONT. No. 10,146,705, CONT. No. 10,482,037