Encrypted Communication Routing for Untraceable Sender and Receiver Identity
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Solution Overview
Problem
Existing communication technologies are vulnerable to security breaches and allow third parties to trace the identities of communicating parties, compromising privacy and security.
Innovation Solution
Implementing specially enabled devices with hardwired global encryption keys, enabling encrypted and untraceable communication by concealing the identities of senders and receivers through unique, non-shareable encryption keys and network traffic manipulation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If traditional communication methods are used, then communication can be traced and monitored by third parties, but security and privacy are compromised
Solution Approach 1:
The communication system segments the identification process by separating device identification from communication metadata. Each device is assigned a unique identifier that is used solely for routing purposes, while communication content is encrypted and decoupled from identifying information. This segmentation prevents third parties from tracing communications while maintaining reliable delivery.
Solution Approach 2:
The patent introduces an intermediary mechanism where a unique device identifier acts as a mediator between the communicating parties and the network infrastructure. This identifier enables secure routing and authentication without exposing party identities in communication metadata, thereby preventing traceability while ensuring communication reliability.
2Reliability
If encryption is implemented to protect communication content, then security is improved, but traceability of communicating parties may still occur through metadata
Solution Approach 1:
The system segments information into encrypted communication content and separate routing metadata. The unique device identifier is embedded only in the routing layer, not in the encrypted payload, allowing content security through encryption while preventing identity disclosure through metadata minimization.
Solution Approach 2:
The patent applies different quality characteristics to different parts of the communication data structure. The communication content receives high-security encryption treatment, while the routing information uses minimal identification (unique device identifier) that cannot be used for tracing. This local differentiation of security and privacy properties resolves the contradiction between encryption and identity concealment.
Data Source
AI summary
An encrypted and untraceable communication between any two or more specially enabled devices that communicate in any network is disclosed, where the devices are enabled to engage in such communication by handling, sending, and receiving only encrypted data, where the data encryption is performed such that it is unique to the communication in-between any two devices in the network, where because of this said unique communication between any two devices in the network, a sender can place an encrypted message in the network at large, without specifying an address (or a phone number), message that will be looked at by all devices in the network and only the receiver that was intended by the sender to receive this message will be able to read it by uniquely decrypting it, therefore concealing the identity of the receiver, and where in order to conceal the identity of the sender, simulated calls in the same conditions and network traffic and activity as the real call are triggered by the real call, where these simulated calls are triggered in-between real devices in the network without the intervention or knowledge of the owner of those devices and where the owners of those devices can simultaneously initiate real calls, where means are provided to create a uniform network traffic at all times in order to conceal any sender or receiver (real or simulated) from being identified using techniques such as network traffic analysis means, and where means are provided to conceal the identity of a sender or a receiver from other traceable communication occurring in the network.