Author: M_Cristian'06 README generated with assistance from ChatGPT. Concept and idea fully created by M_Cristian'06.
EntropyVault is a conceptual framework for an advanced, distributed, entropy-driven encryption system. It combines physical sensors, AI-generated randomness, and dynamic environmental inputs to generate cryptographic keys that are nearly impossible to predict or reproduce without direct access to all nodes.
The goal is to explore next-generation cryptographic security by merging hardware randomness with AI-driven unpredictability.
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Distributed Nodes
- 7 physical nodes in secure locations.
- Each node contains multiple sensors (light, wind, temperature, satellite position, star tracking, sound, etc.).
- Nodes contribute partial entropy independently to the key generation process.
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Randomized Sensor Inputs
- Sensors move and rotate randomly to prevent predictability.
- Readings are aggregated pseudo-randomly from different nodes.
- AI modules generate additional random inputs via temporary image generation every 30 seconds.
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Entropy Aggregation
- Randomly selected inputs from nodes are combined to produce a final cryptographic key.
- Keys continuously change over time, making prediction or reconstruction virtually impossible.
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Security Layers
- Physical security: nodes in high-security areas with perimeter defenses.
- Hardware randomness: sensors move unpredictably.
- Software randomness: AI-generated data enhances entropy.
- Dynamic Keys: Every generated key is unique and constantly changing.
- AI + Physical Entropy: Combines environmental noise, mechanical randomness, and AI inputs.
- Scalable Concept: Easily expanded with more nodes or sensors.
- High-Security Potential: Suitable for research or conceptual exploration of ultra-secure systems.
- Experimental cryptographic key generation.
- Research in distributed entropy systems.
- AI-driven randomness studies.
- Conceptual frameworks for next-gen cybersecurity solutions.
This project is conceptual only. It should not be used for illegal, malicious, or live encryption of sensitive data. Responsible, ethical use is required.
EntropyVault – Custom Proprietary License
Author: M_Cristian'06
- The concept, design, and all materials are the sole property of M_Cristian'06.
- No part of this project may be used, copied, modified, or redistributed without explicit written permission from M_Cristian'06.
- Redistribution requires explicit permission.
- This project is not a fully implemented system and should not be used for actual encryption.
- The author is not responsible for misuse or damages arising from attempts to implement the concept.
By using or referencing this project, you agree to comply with all terms above.