Quantum Security

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Frequently Asked Questions

What is "Harvest Now, Decrypt Later" and why should I care?

Cybercriminals are collecting encrypted data today – even though they can't decrypt it yet. They're storing this data, waiting for quantum computers powerful enough to break current encryption. Any sensitive information you encrypt today could be exposed in 5-10 years. If your data has long-term value (financial records, medical files, trade secrets), you need quantum-safe protection now.

How soon will quantum computers actually break my encryption?

Security experts estimate "Q-Day" – when quantum computers can break RSA and ECC encryption – will occur between 2030-2035. However, the threat is immediate because data stolen today will be vulnerable once quantum computers arrive. Major government agencies and financial institutions are already implementing quantum-safe security. Waiting until quantum computers are widespread means your historical data remains at risk.

Will implementing quantum security disrupt my current operations?

No. QBlocks Quantum Security uses hybrid encryption that works alongside your existing systems during transition. We conduct a complete infrastructure assessment first, then create a customized migration roadmap that minimizes disruption. Most implementations complete in 3-6 months with minimal downtime. Your teams continue working normally while we deploy quantum-safe protection layer by layer.

What makes QBlocks different from other quantum security providers?

QBlocks manufactures complete quantum security solutions rather than reselling components from others. This means faster deployment, direct control over updates, and no dependency on external vendors. We use NIST-standardized algorithms (Kyber, Dilithium, Falcon) while maintaining the flexibility to adapt as standards evolve. Plus, you get 24/7 support directly from our security engineers – not outsourced help desks.

Is quantum-safe cryptography proven, or is this experimental technology?

Quantum-safe cryptography is proven and standardized. NIST completed its post-quantum cryptography standardization process, selecting algorithms that have undergone years of rigorous testing by the global cryptography community. These aren't experimental –they're the new standard. Government agencies and major financial institutions are already deploying them. The question isn't whether quantum-safe cryptography works, but whether you'll implement it before or after your competitors.