Quantum & Post-Quantum
Get quantum-ready before the threat is.
Harvest-now, decrypt-later is already happening, data captured today can be unlocked the moment a capable quantum computer exists. NayaOne gives you an air-gapped lab to discover cryptographic exposure, migrate to quantum-safe algorithms and evidence the whole journey, well before the deadline lands.
We stood up a post-quantum lab in the sandbox to test the newly standardised algorithms safely, build the expertise in-house, and show clients migration evidence, without touching anyone’s estate.
Cybersecurity Lead
Big Four advisory firm
CBOM
a machine-readable inventory of where cryptography lives
Days
to a live PQC test lab, not months of procurement
The clock is already running
Post-quantum migration is a programme, not a patch.
Long-lived data can be captured today and decrypted once quantum computing matures. The question has moved from whether to migrate to how you evidence it.
Harvest now, decrypt later
Long-lived data, records, keys and archives, can be captured today and decrypted once quantum computing matures. The exposure starts before the threat arrives.
Standards are here
Quantum-safe algorithms have been standardised and regulators are setting migration expectations. The question has moved from whether to migrate to how you evidence it.
Cryptography is everywhere
Encryption is buried across TLS, certificates, services and hardware. Without an inventory of where it lives, you cannot scope the migration, let alone prove it.
A post-quantum test lab, without touching production
Deploy the tooling, simulate the estate, and prove the migration, all inside the air-gap.
1
Stand up the lab
Deploy your chosen PQC discovery and scanning tooling, via Docker or a VM, inside an isolated sandbox. Air-gapped or standard configurations, no IP whitelisting or estate access required.
2
Simulate realistic banking infrastructure
Emulate VMs, load balancers, cloud certificate authorities and hardware endpoints, so scans run against something that behaves like your estate, not a toy environment.
3
Discover cryptographic exposure
Scan for vulnerable algorithms and generate a Crypto Bill of Materials, a machine-readable inventory of where cryptography lives and what needs to change.
4
Migrate and prove
Demonstrate TLS migration, for example TLS 1.2 to 1.3 with quantum-safe algorithms, and validate remediation in the sandbox before anything touches production.
5
Report to the board and to clients
Produce executive summaries and technical remediation roadmaps from the same evidence, ready for governance, and for advisory teams to take to their own clients.
In practice
A post-quantum lab, built once and run for many.
An advisory firm used the sandbox to stand up a PQC test lab, deploy scanning tooling and emulate realistic banking infrastructure, all without internal infrastructure or exposing any client data.
From there the same environment supports multi-organisation campaigns, showing end-to-end discovery and remediation from sandbox simulation through to production readiness, and building reusable frameworks for the next engagement.
No estate access needed
Scanning runs inside the boundary, no IP whitelisting, no production reach.
Your tooling or a partner’s
Deploy PQC scanning engines via Docker or VM, on-prem-style, inside the sandbox.
Client-ready deliverables
CBOM export, executive summaries and remediation roadmaps from one run.
The headline
Build the post-quantum expertise now, on evidence, not slideware.