💼 Post-Quantum Security in Storage: Mandate or Optional for Regulated Industries?
- Heiko Böhm
- Jun 4
- 1 min read

Introduction: Quantum computing is progressing rapidly. For regulated industries such as banking, insurance, energy, healthcare, military, and intelligence services, this means preparing today for a security standard that will hold tomorrow. But what does that mean in practice – and how can CISOs keep pace with technological change?
1. Why regulated sectors are especially at risk
Regulators demand decades-long data integrity (e.g., MaRisk, HIPAA, GDPR, Bafin-KAIS).
The "Harvest now, decrypt later" threat is rising: data stolen today may be decrypted within 5–10 years.
High-risk sectors include:
Banking and insurance
Energy and healthcare
Government and judiciary
Military organizations
Security and intelligence agencies
These institutions handle highly sensitive information – a breach could have massive geopolitical, economic, or societal consequences.
2. The CISO perspective: Why the urgency?
Traditional cryptography (RSA, ECC) will likely be broken by Shor's algorithm.
CISOs must develop strategic cryptography roadmaps to adopt PQ algorithms in time.
Risk assessments should explicitly account for PQ threats – especially for "high-value assets".
3. Hybrid KEM as a practical path forward
NetApp demonstrates how Hybrid Key Encapsulation Mechanisms (KEM) can enable crypto agility now:
Combines classical and post-quantum encryption
Backward compatibility with existing IT infrastructures
Protection at the storage layer = last line of defense
4. Regulatory and business advantages
Compliance: Proves use of "state-of-the-art" security measures.
Trust building: Clients and investors see post-quantum readiness as future-oriented.
Long-term ROI: Once implemented, PQ solutions ensure the integrity of long-term data storage.
Conclusion: For CISOs in regulated industries, post-quantum security is not optional – it’s a must. Solutions like Hybrid KEM offer a feasible, standards-aligned, and audit-ready entry point into a secure future.



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