18299791. PLATFORM-INDEPENDENT ARCHITECTURE FOR SECURE SYSTEM RESET simplified abstract (Microsoft Technology Licensing, LLC)

PLATFORM-INDEPENDENT ARCHITECTURE FOR SECURE SYSTEM RESET

Organization Name

Microsoft Technology Licensing, LLC

Inventor(s)

Karunakara Kotary of Vancouver WA (US)

Akram Hamdy of Redmond WA (US)

Pingfan Song of Newcastle WA (US)

Neeraj Ladkani of Bothell WA (US)

Muhammad A. Ahmed of Redmond WA (US)

PLATFORM-INDEPENDENT ARCHITECTURE FOR SECURE SYSTEM RESET - A simplified explanation of the abstract

This abstract first appeared for US patent application 18299791 titled 'PLATFORM-INDEPENDENT ARCHITECTURE FOR SECURE SYSTEM RESET

Simplified Explanation

The patent application describes a method for securely resetting a processing device by booting it into a safe mode and updating the system firmware without powering on the central processing system.

• Detect predefined trigger event by BMC
• Boot system into safe mode
• Maintain central processing system off
• Self-heal agent detects characteristics
• Connect to cloud-based firmware catalog service
• Download compatible firmware version
• Automatically install firmware without powering on

Key Features and Innovation

- Securely resetting a processing device - Safe mode booting - Cloud-based firmware catalog service - Automatic firmware installation without powering on

Potential Applications

This technology can be applied in various industries such as IT, telecommunications, and data centers where secure and efficient device resetting is required.

Problems Solved

- Securely resetting a processing device - Updating system firmware without powering on

Benefits

- Enhanced security - Efficient device resetting process - Automatic firmware updates

Commercial Applications

Title: Secure Device Resetting Technology This technology can be utilized in IT infrastructure management systems, telecommunications networks, and data centers to ensure secure and efficient device resetting processes, improving overall system reliability and security.

Prior Art

Further research can be conducted in the field of secure device resetting methods and cloud-based firmware catalog services to explore existing technologies and innovations.

Frequently Updated Research

Stay updated on advancements in secure device resetting methods, cloud-based services, and firmware update technologies to enhance the efficiency and security of processing devices.

Questions about Secure Device Resetting Technology

How does the method ensure the security of the device during the resetting process?

The method ensures security by booting the system into a safe mode and updating the firmware without powering on the central processing system, minimizing potential vulnerabilities.

What are the potential implications of using a cloud-based firmware catalog service for updating system firmware?

Using a cloud-based service allows for easy access to compatible firmware versions and ensures efficient and timely updates for processing devices.

Original Abstract Submitted

A platform-independent method of securely resetting a processing device includes detecting a predefined trigger event by a baseboard management controller (BMC) that executes system firmware on behalf of a managed host. In response to the predefined trigger event, the system is booted into a safe mode. While in the safe mode, a central processing system of the managed host is maintained in an off state, and a self-heal agent detects architectural characteristics of the managed host, establishes a connection to a cloud-based firmware catalog service, transmits the architectural characteristics of the managed host to the cloud-based firmware catalog service, and downloads a new version of system firmware from the cloud-based firmware catalog service that is compatible with the architectural characteristics of the managed host. The new version of the system firmware is automatically installed without powering on the central processing system of the managed host.