Securing Computer Settings with Encryption and Blockchain

This patent describes a system that locks down computer settings by encrypting them and storing the encrypted data on a blockchain for enhanced security and tamper-proofing.

What it covers

The patent details a system that monitors actions taken on a company's computers. It identifies these actions by looking at the computer's connections, called endpoints or interfaces. Based on the actions, it figures out how sensitive the configuration changes are, assigning them a 'configuration level.' These levels are then encrypted or converted into tokens and stored on a distributed ledger, like a blockchain. This makes it very hard for unauthorized people to change computer settings without detection.

What it doesn't cover

• —Does not cover systems that do not identify specific endpoints or interfaces of computing systems.
• —Does not cover methods that do not assign a 'configuration level' to actions performed.
• —Does not cover systems where configuration data is not encrypted or tokenized.
• —Does not cover solutions that do not utilize a distributed ledger or data source for storage.
• —Does not cover the physical hardware components of the computing systems themselves.

The clever bit

The innovation lies in combining the identification of specific computing actions with the secure, immutable storage of their associated configuration levels on a distributed ledger. This creates a verifiable audit trail for system changes.

Why it matters

In today's world, protecting sensitive company data and systems from cyberattacks is crucial. This patent offers a method to secure the very settings that control how computers operate, making unauthorized changes much more difficult and detectable. This is important for businesses that handle confidential information or operate critical infrastructure.

Real-world examples

• 1.Enterprise IT security systems
• 2.Cloud computing security configurations
• 3.Blockchain-based access control