The Problem
Pseudo Random Number Generators
Quantum Random Number Generators
Quantum Random Number Generators
- PRNGs are highly efficient, requiring no specialized hardware and integrating swiftly into existing systems.
- Their deterministic nature ensures consistent outcomes, beneficial for simulations that require repeatability.
- The main drawbacks include their vulnerability to security breaches if the seed is discovered and potential biases in number sequences.
Quantum Random Number Generators
Quantum Random Number Generators
Quantum Random Number Generators
- QRNGs offer the highest level of randomness by utilizing quantum mechanics, ensuring security for sensitive cryptographic operations.
- Ideal for protecting data, QRNGs prevent predictability and breaches in encrypted communications.
- However, their high costs and hardware dependence restrict widespread deployment and pose challenges in scalability.
The EQRNG Difference
Unmatched Entropy Levels
EQRNG surpasses traditional TRNGs in entropy, delivering bits devoid of patterns or redundancy. This pure randomness ensures optimal security and independence in every output.
Quantum-Proof
EQRNG sets new entropy standards, outperforming TRNGs with completely independent and pattern-free random outputs, enhancing data security and unpredictability.
Compact and Low-Power Design
EQRNG’s software-based approach cuts costs and conserves energy, providing scalable security solutions without the need for complex hardware.
Cost-Effective Scalability with Verifiable Assurance
Cost-effective and scalable, EQRNG eliminates hardware dependence, offering verifiable and traceable randomness that ensures reliability and transparency.