SQT's Solution
SQT’s solutions seamlessly integrate with existing technologies, enabling secure messaging, email, audio, video, and picture encoding across various platforms.
Key Factors of Digitalization:
The sustainability of our digital society hinges on three key factors:
The Quantum Threat
Quantum computers can potentially break the cryptographic foundations of our current digital infrastructure:
S1 Shor’s Algorithm: Solves prime number factorization, threatening asymmetric key encryption.
S2 Elliptical Quantum Algorithms: Breaks the discrete logarithm problem, compromising another layer of security.
S3 Brute Force Attacks: Solves hash functions, endangering data integrity mechanisms.
Ensuring Security in the Quantum Era
SQT’s advanced quantum technology ensures the highest level of security by utilizing:
Entropy is a critical factor in maintaining security in the quantum era.
Pure entropy, generated through quantum processes, forms the foundation of SQT's encryption methods.
Our patented entropy generators ensure the highest purity, necessary for creating secure cryptographic keys and maintaining data integrity.
AI as an Entropy Optimizer
We are developing AI solutions to optimize the use of entropy, ensuring efficient and secure encryption.
This AI will:
Determine the necessary level of encryption for different parts of data, balancing security and resource usage.
Enhance the encryption process to protect against future quantum computer capabilities
This comprehensive section outlines SQT's technical goals, the current challenges in digital security, and the innovative solutions provided by SQT.
It emphasizes the importance of encryption, authentication, and blockchain security while highlighting the role of entropy and AI in maintaining robust security in the face of advancing quantum technol
Encrypting:
Securing data from unauthorized access.
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Authentication Process:
Verifying identities to prevent fraud.
Blockchain Technology and Cryptocurrencies: Ensuring the integrity and security of digital transactions and records.
Shannon-Level Protection:
Provides robust encryption that is theoretically unbreakable by quantum computers.
Dynamic Key Encryption:
Optimizes the use of entropy by adjusting encryption dynamically based on the data's importance.
Beacons:
Facilitate the distribution of secure quantum keys and ensure trust in the communication process.