Quanten Security

Solutions

Sector-specific post-quantum migration paths for regulated teams in defense, banking, infrastructure, cloud, and telecoms.

Abstract hybrid TLS gateway connecting legacy services to protected infrastructure segments.
Page map

Solution paths

Choose the regulated environment closest to your migration path, then jump into the supporting detail.

Sector path Defense (gov & military) Defense and government operations cannot delegate cryptographic trust to commercial cloud providers. Quanten Security deploys ML-KEM-1024 and ML-DSA-87... Sector path Banking & financial services Financial institutions operate thousands of customer-facing HTTPS endpoints — online banking portals, payment APIs, mobile app back-ends, and... Sector path Critical infrastructure Supervisory control and data acquisition (SCADA) networks in energy, water, and transport infrastructure rely on authentication and integrity... Sector path Sovereign cloud EU data residency requirements — whether driven by GDPR, national data sovereignty laws, or sector-specific regulation — impose... Sector path Telecoms The 5G core network uses PKI-based authentication for N2 (AMF–gNB) and N3 (UPF–gNB) interfaces, as well as for...
Section Engagement outputs Cryptographic inventory mapped by endpoint, certificate, algorithm, owner, and data-retention lifetime. Migration sequence split into quick boundary controls, medium-term key-management changes, and long-lived application...
Solutions

Post-quantum cryptography for every sector.

Talk to our security team

Quanten Security deploys the same NIST-standardised algorithm fabric (ML-KEM-1024ML-KEM-1024The NIST-standardised way for two systems to agree on a secret key without a quantum computer being able to work it out. It replaces the key exchange used by most of the internet today., ML-DSA-87, SLH-DSA) across verticals that face different regulatory frameworks, asset lifetimes, and threat models. Each engagement starts with a crypto inventory and ends with a measurable reduction in harvest-now-decrypt-later exposure.

Engagement outputs

  • Cryptographic inventory mapped by endpoint, certificate, algorithm, owner, and data-retention lifetime.
  • Migration sequence split into quick boundary controls, medium-term key-management changes, and long-lived application changes.
  • Evidence pack with algorithm decisions, test-vector results, rollout logs, and residual-risk notes for audit teams.
  • Defense (gov & military) — BSI-aligned hardware, NATO crypto-agilityCrypto-agilityBeing able to swap one encryption algorithm for another without rebuilding your systems. It is what turns the next migration into a configuration change instead of a project., sovereign keying material.
  • Banking & financial services — TLSTLSThe protocol behind the padlock in a browser. It encrypts traffic between a visitor and a website, and it is the single biggest place post-quantum encryption has to land. migration on customer endpoints, SWIFT-grade signing, DORA alignment.
  • Critical infrastructure — SCADA protection, NIS2, IEC 62443, 20-year embedded device lifetimes.
  • Sovereign cloud — EU data residency, Gaia-X, BYOK with PQC HSMHSMA hardware security module: a sealed, tamper-evident box that generates and stores private keys so they never exist in ordinary computer memory.s.
  • Telecoms — 5G control-plane signing, IPsec/IKEv2 PQC, ETSI TC CYBER.

Not sure which vertical best describes your environment? Start with a 30-minute scoping call — our engineers will map your asset classes and regulatory obligations to the right migration path.