QRNG
Uses quantum physics to generate mathematically unpredictable random numbers that serve as cryptographic foundations for encryption, tokenization, and authentication.
Picari insights
Enterprise security teams and cryptographic engineers requiring mathematically unpredictable, quantum-generated entropy to secure high-assurance encryption and key management systems.
- Hardware-based true entropy generation
- Post-quantum cryptography preparation
- High-security cryptographic key seeding
- Standard web applications with routine PRNG needs
- Ultra-high-throughput streaming environments exceeding 100 Mbps
- Budget-constrained teams with no specialized compliance requirements
Ask about pricing, alternatives, or if QRNG is right for you.
- Personalized fit analysis
- See relevant alternatives
- Run an evaluation when you're ready
Core capabilities
Common use cases
authentication
encryption key generation
post-quantum cryptography
secure connectivity
Things to consider
Every product has trade-offs, and which of them matter depends on your environment, your team and your timeline.
Security & compliance
Frameworks enQase QRNG reports for security, privacy, and regulatory compliance.
FedRAMP
US federal cloud authorization
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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Are you from enQase? Verify this profileProfile last updated on 28 September 2026 by Picari.