Deepak Gupta

The Quantum Time Bomb

Nation-states are harvesting your encrypted data right now. When quantum computers arrive, they will decrypt everything. The clock is already ticking.

Harvest Now, Decrypt Later

Adversaries capture encrypted VPN sessions, emails, and file transfers today. They store petabytes cheaply, waiting for quantum decryption capability.

G7 and EU Sound the Alarm

The G7 declared 2026 the Year of Quantum Readiness. The EU mandates post-quantum migration plans for critical infrastructure by 2027. Urgency is official.

Mosca's Theorem: Do the Math

If your data must stay secret for X years, and migration takes Y years, you must start when X+Y exceeds time to quantum. For most organizations, that is now.

RSA and ECC Will Break Completely

Shor's algorithm destroys RSA-2048 and ECC on a sufficiently large quantum computer. TLS, VPNs, code signing, and digital certificates all become worthless.

Long-Lived Data Is the Real Risk

Medical records, government secrets, financial data, and legal documents must stay confidential for decades. Data encrypted in 2019 is already at risk.

50% of Organizations Lack a Strategy

Half of enterprises have no post-quantum migration plan. Most cannot even inventory where cryptography is used. You cannot protect what you cannot find.

NIST Standards Are Ready Now

NIST finalized ML-KEM and ML-DSA in 2024. Production-ready libraries exist. The standards are not the bottleneck. Organizational inertia is.

Five-Phase Migration Roadmap

1. Cryptographic inventory. 2. Risk prioritization. 3. Hybrid deployment. 4. Testing and validation. 5. Full migration. Start with your most sensitive data.

Read the Full Quantum Guide

Detailed threat analysis, migration framework, vendor comparison, and implementation timeline for your post-quantum cryptography transition.

Read the Full Article