View source for CUBE Security Inc. (20240291679). PROXY AUTONOMOUS PROTOCOL FOR BLOCKCHAIN ACCESS CONTROL simplified abstract

=PROXY AUTONOMOUS PROTOCOL FOR BLOCKCHAIN ACCESS CONTROL=


==Organization Name==

[[:Category:CUBE Security Inc.|CUBE Security Inc.]]


[[Category:CUBE Security Inc.]]

==Inventor(s)==

[[:Category:Attila Marosi-bauer of Üröm (HU)|Attila Marosi-bauer of Üröm (HU)]][[Category:Attila Marosi-bauer of Üröm (HU)]]

==PROXY AUTONOMOUS PROTOCOL FOR BLOCKCHAIN ACCESS CONTROL - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240291679 titled 'PROXY AUTONOMOUS PROTOCOL FOR BLOCKCHAIN ACCESS CONTROL

==Simplified Explanation==
An access control server analyzes access requests for a protected autonomous program protocol stored on a blockchain to determine if the requester is authorized. If authorized, the server generates a cryptographic signature, which is verified and stored on the blockchain for proof of authorization.

* Access control server analyzes access requests
* Determines authorization of requester
* Generates cryptographic signature
* Verified and stored on blockchain for proof of authorization

==Key Features and Innovation==
- Utilizes blockchain technology for secure storage of authorization proof
- Cryptographic signatures for verification of access requests
- Automated process for granting access to protected autonomous program protocols

==Potential Applications==
- Secure access control for sensitive information stored on blockchains
- Streamlined authorization process for autonomous programs
- Enhanced security measures for protecting valuable data

==Problems Solved==
- Ensures only authorized users can access protected autonomous program protocols
- Provides a secure and tamper-proof method for storing proof of authorization
- Streamlines the access control process for efficient management of permissions

==Benefits==
- Improved security for sensitive data
- Efficient authorization process for autonomous programs
- Enhanced trust in the access control system

==Commercial Applications==
Title: Blockchain Access Control Server for Secure Data Management
This technology can be applied in industries such as finance, healthcare, and supply chain management to ensure secure access to critical information stored on blockchains. It can also be used in autonomous vehicles and smart devices to manage access permissions effectively.

==Prior Art==
Readers interested in exploring prior art related to this technology can start by researching access control systems, blockchain-based authorization methods, and cryptographic signature verification processes.

==Frequently Updated Research==
Stay updated on the latest advancements in blockchain technology, access control systems, and cryptographic protocols to enhance the efficiency and security of access control servers.

==Questions about Blockchain Access Control Server==
1. How does the access control server determine if a requester is authorized to access the protected autonomous program protocol?
2. What are the potential risks associated with using blockchain technology for storing proof of authorization?


==Original Abstract Submitted==

an access control server may receive, from an access requester, an access request for accessing a protected autonomous program protocol stored on a blockchain. the access control server may analyze parameters related to the access requester to determine whether the access requester is authorized to access the protected autonomous program protocol. an access control server may generate a cryptographic signature associated with the access request. an access control autonomous protocol recorded on the blockchain may receive the cryptographic signature, verify the cryptographic signature, and store proof of authorization in association with the protected autonomous program protocol. the proof of authorization is accessible by the protected autonomous program protocol to verify that the access requester is authorized to access the protected autonomous program protocol.



[[Category:H04L9/00]]
[[Category:H04L9/32]]
[[Category:CPC_H04L9/50]]