20240037217. DIGITAL CONTENT MANAGEMENT THROUGH ON-DIE CRYPTOGRAPHY AND REMOTE ATTESTATION simplified abstract (Unknown Organization)

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DIGITAL CONTENT MANAGEMENT THROUGH ON-DIE CRYPTOGRAPHY AND REMOTE ATTESTATION

Organization Name

Unknown Organization

Inventor(s)

Jason Todd Kaul of Longwood FL (US)

Scott Edwin Hinnnershitz of Oviedo FL (US)

David Jose Lopez of Windermere FL (US)

Nhan Huu Mai of Winter Garden FL (US)

Eric Allen Momper of Orlando FL (US)

DIGITAL CONTENT MANAGEMENT THROUGH ON-DIE CRYPTOGRAPHY AND REMOTE ATTESTATION - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240037217 titled 'DIGITAL CONTENT MANAGEMENT THROUGH ON-DIE CRYPTOGRAPHY AND REMOTE ATTESTATION

Simplified Explanation

The patent application describes a system for digital rights management that includes a processor and a memory device with instructions to perform various operations. These operations include determining if a digital media is installed locally before starting the operating system, launching an application to generate attestation data and communicate it to a server through encryption if the media is not installed, receiving a binary file of the media and a decryption key, sealing the binary file using a sealing enclave and generating a local decryption key based on the first key and local entropy, and installing the sealed binary file on local storage.

  • The system includes a processor and memory device with instructions to perform operations related to digital rights management.
  • It can determine if a digital media is locally installed before starting the operating system.
  • It can launch an application to generate attestation data and communicate it to a server through encryption if the media is not installed.
  • It can receive a binary file of the media and a decryption key.
  • It can seal the binary file using a sealing enclave and generate a local decryption key based on the first key and local entropy.
  • It can install the sealed binary file on local storage.

Potential applications of this technology:

  • Digital rights management systems for protecting copyrighted content.
  • Secure distribution of digital media files.
  • Ensuring the integrity and authenticity of digital media.

Problems solved by this technology:

  • Preventing unauthorized access and distribution of digital media.
  • Verifying the authenticity and integrity of digital media files.
  • Protecting copyrighted content from piracy and unauthorized use.

Benefits of this technology:

  • Enhanced security for digital media distribution and storage.
  • Improved protection of copyrighted content.
  • Ability to verify the authenticity and integrity of digital media files.


Original Abstract Submitted

a system for digital rights management including a processor in a platform and a memory device comprising instructions that when executed configure the processor to perform operations. the operations may include determining whether a digital media is locally installed in a platform before initiating an operating system, and launching a first uefi application configured to generate attestation data and communicate attestation based data to a server through an encrypted medium in response to determining the digital media is not installed. the operations may also include receive a binary file of the digital media and a first decryption key and performing a sealing of the binary file using a sealing enclave of the first uefi application and generating a local decryption second key based on the first key and local entropy. the operations may also include installing the sealed binary file on local storage.

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