Solutions
Every industry has a quantum deadline. Not the same one.
The urgency of post-quantum migration is set by how long your data must stay confidential — and how long your estate takes to move.
Financial Services
The exposure
Payment rails, interbank messaging, and client records rely heavily on RSA and ECC — and financial data often must remain confidential for a decade or more. Regulators are already asking for cryptographic inventories.
How Theos Quantum helps
AutoPQC builds a CBOM across trading, payments, and core banking estates, prioritizes long-lived confidentiality data first, and produces the standards-traceable evidence supervisory reviews ask for.
Migration priorities
- Long-lived client data
- TLS & PKI estates
- Audit-ready evidence
Healthcare
The exposure
Patient records have effectively lifetime confidentiality requirements — the clearest harvest-now-decrypt-later exposure of any industry. Device fleets and legacy systems make manual crypto inventories impractical.
How Theos Quantum helps
Automated discovery finds cryptography in applications, integrations, and certificate estates without disrupting clinical systems, and sequences migration around the data that must stay private longest.
Migration priorities
- Lifetime-confidential records
- Legacy system coverage
- Non-disruptive discovery
Government & Defense
The exposure
National-security data is the primary target of harvest-now-decrypt-later collection, and mandates are explicit: CNSA 2.0 sets post-quantum expectations for new systems well before 2030.
How Theos Quantum helps
AutoPQC maps every asset to NIST-standardized algorithms (FIPS 203/204/205), producing the prioritized transition plan and per-asset justification that compliance frameworks require.
Migration priorities
- CNSA 2.0 alignment
- Classified-adjacent estates
- Defensible sequencing
Telecom
The exposure
Carriers terminate TLS for millions of subscribers and operate some of the largest certificate estates in existence. Subscriber metadata and lawful-intercept infrastructure carry long confidentiality horizons.
How Theos Quantum helps
X.509 and TLS-configuration parsing at estate scale is a core Discovery Engine capability — AutoPQC inventories certificate hierarchies and benchmarks PQC handshake impact before rollout.
Migration priorities
- Massive cert estates
- Handshake latency budgets
- Staged network rollout
Enterprise IT
The exposure
Most enterprises simply don't know where their cryptography lives — in code, configs, vendored dependencies, and certificates. That unknown inventory is itself the risk.
How Theos Quantum helps
Start with a scan, not a committee. AutoPQC's discovery across Python, Java, and TLS surfaces the real estate in days and gives security teams a ranked, explainable backlog instead of a blank page.
Migration priorities
- Unknown crypto inventory
- Code-level discovery
- Ranked migration backlog
Your industry. Your estate. Your timeline.
Request a demo and we'll walk through AutoPQC using scenarios drawn from your sector's risk profile.