Outshift Quantum Random Number Generator (QRNG)

Quantum randomness is nature’s greatest wildcard, and we’ve harnessed it in ways that classical methods can’t match. True randomness isn’t just a scientific curiosity; it’s a critical ingredient for secure and reliable systems in today’s world. Experience quantum in action with our QRNG online generator.
Get in touch
Interested in exploring how true quantum randomness can enhance your security and innovation? Contact us, we’d love to chat!
Outshift QRNG provided on this website is for demonstration purposes only and is offered "as-is" without any warranties. Please contact us if you're interested in using Outshift QRNG for development or high-security applications.

Why Quantum Randomness?

From scientific research to cryptography, its quality directly impacts the precision of simulations, the strength of encryption, and the fairness of outcomes, ensuring optimal performance across diverse applications. Using randomness derived from quantum mechanics ensures that it’s completely unpredictable, making it virtually impossible to replicate or hack. Outshift’s Quantum RNG (QRNG), leverages the inherent unpredictability of quantum mechanics to generate truly random numbers eliminating any chance of pattern prediction for:

Security & Cryptography:

Stronger encryption keys and authentication tokens

Financial Modeling:

More accurate Monte Carlo simulations and risk analysis

Gaming & Lottery:

Provably fair and unpredictable outcomes

Blockchain & Web3:

Secure smart contracts and consensus mechanisms

AI & Machine Learning:

Enhanced stochastic training processes

Academic & Scientific Research:

Quantum simulations, genetic algorithms, and statistical modeling rely on high-entropy randomness.

True randomness powered by Outshift's QRNG

Lab Image
Outshift QRNG leverages the power of quantum mechanics to deliver mathematically unpredictable and nondeterministic randomness from proprietary quantum hardware.
Our QRNG delivers true randomness at an impressive speed of 42 Gbps, with scalability up to 100 Gbps, and reliability ensured through NIST validation.
Here's how it works:
  • 1. Capturing the chaos of quantum noise
    We use precision tools like homodyne detectors to capture quantum vacuum noise. These sensitive devices convert the microscopic energy fluctuations into measurable signals, setting the stage for randomness generation.
  • 2. Converting quantum noise into true randomness
    The raw signals captured contain both true quantum randomness and some classical (predictable) noise. That's where our SoC, a powerful system-on-a-chip platform, comes in. It processes the data, and with advanced algorithms, extracts the pure quantum randomness.
  • 3. Validating every number for true randomness
    To confirm the results, we rigorously test our random numbers against demanding standards like the NIST Randomness Test Suite. These tests verify that what we produce isn't just random by appearance, but mathematically and scientifically validated as unpredictable.
For an in-depth look at the detailed design behind Outshift’s QRNG read the full whitepaper.

Additional resources

Revolutionizing randomness: Cisco's Quantum Random Number Generator

Explore the detailed design of Cisco’s Quantum Random Number Generator (QRNG) which leverages quantum vacuum noise to ensure true randomness.

thumbnail

* No email required

Read the latest quantum blogs

Read the latest quantum blogs

Logo

Cisco Research is pioneering practical and efficient quantum networks.

Subscribe
Subscribe
 to
The Shift
!
Get
emerging insights
on innovative technology straight to your inbox.

The Shift is Outshift’s exclusive newsletter.

Get the latest news and updates on agentic AI, quantum, next-gen infra, and other groundbreaking innovations shaping the future of technology straight to your inbox.

Outshift Background