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A quantum random number generator creates truly random numbers from quantum processes that are fundamentally unpredictable. Unlike software "pseudo-random" generators that use algorithms (which are deterministic and potentially predictable), QRNGs exploit quantum mechanics where outcomes are genuinely random - not just hard to predict, but impossible even in principle. QNu Labs' Tropos QRNG uses photon arrival times: when a photon from a laser hits a detector is determined by quantum mechanics and is absolutely unpredictable. Tropos generates 100 million truly random bits per second, certified to NIST SP 800-90B standards. Why does this matter? Every encryption key, authentication token, and cryptographic operation depends on random numbers. If your RNG is predictable, your encryption is broken regardless of algorithm strength. The 2008 Debian SSH vulnerability showed this - weak randomness compromised keys across the internet.
Weak randomness is a silent killer in cryptography. You can't see that your random numbers are predictable until someone exploits it. Research shows that poor entropy compromises 25% of cryptographic implementations. Quantum randomness eliminates this entire vulnerability class. For high-security applications, gaming requiring provable fairness, or blockchain needing unpredictable values, QRNG is the only acceptable solution.
Tropos QRNG ensures every cryptographic key has maximum entropy - 256 bits of randomness for a 256-bit key. This is critical for post-quantum cryptography where algorithms like Kyber and Dilithium require high-quality randomness. It's also essential for blockchain where predictable randomness can be exploited for fraud. Tropos integrates with Hodos for PQC key generation and distributes via Qosmos for entropy-as-a-service.
Cryptographic key generation for AES, RSA, PQC, blockchain private key and nonce generation, cryptocurrency mining and transaction IDs, gaming and lottery systems with fairness requirements, secure authentication token generation, scientific simulations requiring true randomness, IoT device key generation via Qosmos
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