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    enQase

    QRNG

    Uses quantum physics to generate mathematically unpredictable random numbers that serve as cryptographic foundations for encryption, tokenization, and authentication.

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    Considering QRNG?

    Ask about pricing, alternatives, or if QRNG is right for you.

    Core capabilities

    100 Mbps sustained randomness throughput
    HTTPS, PQC TCP, and Open API interfaces
    Multiple deployment options including rack-mounted, portable, embedded, and USB forms
    NIST ESV certified entropy validation

    Common use cases

    01

    authentication

    02

    encryption key generation

    03

    post-quantum cryptography

    04

    secure connectivity

    Things to consider

    Every product has trade-offs, and which of them matter depends on your environment, your team and your timeline.

    Ask Picari about enQase QRNG

    enQase QRNG pricing and integrations

    For enQase QRNG integration and pricing details, ask Picari. Start a briefing with your question, such as whether it connects to your SIEM, identity provider and ticketing stack, or how it is priced at your seat count and data volume.

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    Profile last updated on 7 September 2026 by Picari.