RABiT Protocol Quantum Randomness Cyber Security
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Solution Overview
Problem
Current online transaction security methods are vulnerable to fraud and identity theft, relying on mathematical complexity that can be compromised by cryptanalytic insights, and lack effective countermeasures against quantum computing threats.
Innovation Solution
The Randomized Bilateral Trust (RABiT) protocol establishes secure communication between nodes in cyber space using randomness sources, building bilateral trust elements to create a network-wide trust fabric, resistant to cryptanalytic attacks and quantum computing threats, by employing a connectivity service provider and leveraging combinatorics principles.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Strength
If mathematical complexity cryptography is used for security protection, then security strength is improved, but vulnerability to cryptanalytic attacks increases
Solution Approach 1:
The patent replaces the mechanical/mathematical system of cryptography with a physical system based on quantum randomness. Instead of relying on computational complexity, the invention uses quantum-grade random number generators to create unpredictable cryptographic keys and challenges, making the system resistant to both classical and quantum cryptanalytic attacks.
Solution Approach 2:
The invention changes the fundamental parameter of security from mathematical complexity to physical randomness. By using quantum randomness as the basis for cryptographic operations, the system transforms security from a computationally-hard problem into a physically-unpredictable process, eliminating vulnerability to mathematical cryptanalysis.
2Reliability
If quantum computing threats are considered, then security robustness against future threats should be improved, but current cryptographic methods become vulnerable
Solution Approach 1:
The patent prepares for quantum computing threats in advance by implementing quantum-resistant cryptographic protocols now. By using quantum randomness and post-quantum cryptographic algorithms, the system proactively defends against future quantum attacks rather than reacting when they occur.
Solution Approach 2:
The invention applies preliminary countermeasures by designing a cryptographic system that is inherently resistant to quantum attacks from the outset. The use of quantum randomness and lattice-based cryptography creates a defensive barrier against quantum computing threats before they can be exploited.
3Reliability
If trust is established through bilateral connections, then network trust fabric is improved, but system complexity increases
Solution Approach 1:
The patent divides the problem of network-wide trust into manageable bilateral trust relationships. Each node independently establishes trust with its neighbors through simplified cryptographic protocols, and this trust propagates through the network. This segmentation avoids the complexity of direct multi-party trust establishment while achieving the same security goal.
Data Source
AI summary
This invention amounts to tools and procedures designed to use randomness sources to establish a secure communication between two nodes in cyber space, and then building on these bilateral trust elements to spread trust throughout the network. Applications include online identity management, and secure payment platforms. This trust build-up from bilateral connections may serve as a blockchain alternative. The bilateral trust solution is not based on mathematical complexity, as the prevailing solutions, but rather on the perfect unpredictability of quantum grade randomness, and as such it is well positioned to withstand cryptanalytic attacks based on quantum computing capability now secretly developed by powerful adversaries.