17875721. INTELLIGENT PRE-BOOT INDICATORS OF VULNERABILITY simplified abstract (Dell Products L.P.)

INTELLIGENT PRE-BOOT INDICATORS OF VULNERABILITY

Organization Name

Dell Products L.P.

Inventor(s)

Shekar Babu Suryanarayana of Bangalore (IN)

Virupakshi Channagiri Manjunath of Bangalore (IN)

INTELLIGENT PRE-BOOT INDICATORS OF VULNERABILITY - A simplified explanation of the abstract

This abstract first appeared for US patent application 17875721 titled 'INTELLIGENT PRE-BOOT INDICATORS OF VULNERABILITY

Simplified Explanation

The disclosed patent application describes a method called Device Integrity and Zero Trust (DIZ) protocol, which aims to manage firmware vulnerabilities in a proactive and reactive manner. Here are the key points:

• The DIZ protocol identifies firmware versions and vulnerabilities at the device level.
• It dynamically compiles appropriate firmware updates based on the identified vulnerabilities.
• The protocol can also create a telemetry of security vulnerability statistics to identify Signs of Compromise (SoC).
• It can interpret various platform telemetry stats to compile vulnerability resolutions.
• An AI-based Adaptive and Trust Assessment (ATA) method is used to integrate partner solutions for threat intelligence and remediation data.
• The method can be implemented independently of the device's geographic location.
• The identification and assessment of SoCs help reduce the attacker's ability to breach an organization's IT systems.
• The DIZ protocol prioritizes items in need of remediation by filtering out low-risk items from telemetry stats.

Potential applications of this technology:

• Firmware vulnerability management in various devices such as computers, smartphones, IoT devices, etc.
• Enhancing the security of IT systems in organizations by proactively addressing firmware vulnerabilities.
• Integration with existing security solutions to provide a comprehensive approach to vulnerability management.

Problems solved by this technology:

• Proactive identification and management of firmware vulnerabilities, reducing the risk of security breaches.
• Dynamic compilation of firmware updates based on identified vulnerabilities, ensuring devices are protected against known threats.
• Efficiently prioritizing remediation efforts by focusing on items most in need of attention.

Benefits of this technology:

• Improved security posture by actively managing firmware vulnerabilities.
• Reduced risk of security breaches and unauthorized access to IT systems.
• Streamlined vulnerability management process by dynamically compiling firmware updates.
• Integration with partner solutions and threat intelligence for a comprehensive security approach.

Original Abstract Submitted

A disclosed method provides a Device Integrity and Zero Trust (DIZ) protocol to implement proactive as well as reactive firmware vulnerability management. The DIZ protocol identifies device-level firmware versions and vulnerabilities and dynamically compiles appropriate firmware updates. The protocol may further construct a telemetry of the security vulnerability statistics for dynamic identification of Signs of Compromise (SoC) and collectively interpret various other platform telemetry stats for compiling vulnerability resolutions. An artificial intelligence (AI) based scalable and continuous Adaptive and Trust Assessment (ATA) method is employed for dynamic integration of partner solutions based on threat intelligence and remediation data. Disclosed solutions may further implement a geo location independent security adaption method. The identification and assessment of SoCs beneficially reduces an attacker's ability to breach an organization's IT systems. The DIZ protocol weeds out low-risk items from telemetry stats, and intelligently focuses on items most in need of remediation.