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Featured platform · In partnership with Vismaya

Quantum Resilience

Stolen today. Read tomorrow.

Encrypted traffic is being recorded now by adversaries who cannot open it yet. The board-level question is not when a capable quantum computer arrives, but whether today’s secrets will still matter when it does. Build a phased journey from cryptographic discovery to post-quantum protection.

Cryptographic discoveryPost-quantum securityCrypto-agility

Core Capabilities

Built for Enterprise

Discover and understand

Map certificates, algorithms, protocols, keys, TLS services and PKI dependencies. Correlate findings with business criticality so the CISO gets a risk register, not a scan dump.

Protect applications

Application-level post-quantum cryptography for enterprise apps, APIs and data exchanges. Hybrid by design and built on NIST ML-KEM (FIPS 203) and ML-DSA (FIPS 204).

Protect communications

A deployment-ready appliance creates quantum-resistant corridors between sites: DC to DR, HQ to branch, and plant to plant, without changing applications.

What It Does

Full Capability Coverage

The board-level test

  • Consider how long your data must remain secret
  • Account for the time needed to migrate your cryptography
  • Compare both with your planning horizon for a capable quantum computer
  • Prioritise long-lived sensitive data and critical business flows

Concrete deliverables

  • Cryptographic inventory (CBOM)
  • Quantum exposure assessment
  • Ranked risk view and migration roadmap
  • Protected flows in production
  • Quarterly board dashboard

The first 90 days — indicative

  • Weeks 1–4: deploy scanners, map the estate, produce CBOM v1 and address quick wins
  • Weeks 5–8: grade exposure, identify crown-jewel flows and deliver an executive readout
  • Weeks 9–12: develop a costed PQC roadmap and bring the first protected corridor live
  • Then: continue migration wave by wave, with a governance cadence

Process

How It Works

01

Discover: automated, agentless scanning across on-premises, cloud, OT and suppliers produces a cryptographic inventory.

02

Assess: grade findings as weak, quantum-vulnerable or safe, mapped to the flows they protect.

03

Prioritise: score by data shelf-life, business criticality and ease of change.

04

Protect: deploy PQC in waves, starting with corridors and then applications, using a hybrid approach.

05

Govern: continuously rediscover the estate, maintain crypto-agile policy and review a quarterly board dashboard.

Five moves. One roadmap.

Not everything needs to change at once, and nothing should change blindly. Start with discovery and build a prioritised roadmap for your critical data and communications.

Discuss Your Quantum Roadmap