Post-Quantum Readiness
Inventory your cryptography before quantum breaks it.
Interlynk builds a CycloneDX CBOM inventory of every algorithm, certificate, protocol, and key your software uses, classifies what a quantum computer will break, and maps the path to NIST post-quantum standards.
TODAY
Attackers collect encrypted data
Traffic and stored data protected by RSA and elliptic-curve cryptography are being captured now, waiting for the hardware that can read them.
WHEN QUANTUM ARRIVES
Today's public-key crypto falls
A cryptographically relevant quantum computer breaks RSA and ECC in hours. Anything not already migrated is exposed retroactively.
Interlynk ingests CycloneDX cryptography bills of materials and tracks four kinds of crypto asset as first-class records on every component, with the detail you need to judge quantum risk.
ALGORITHMS
Algorithms
Every cipher, signature, hash, KEM, and key-derivation function, with the parameters that decide whether it is quantum-safe.
primitive
curve
mode
parameter size
NIST level 1–5
crypto functions
CERTIFICATE
Certificates
X.509 certificates with their signature algorithm and validity window, so you can find certs signed with crypto that will not survive.
subject
issuer
signature algorithm
valid from / to
format
PROTOCOL
Protocols
TLS, SSH, IPsec and their negotiated cipher suites, so a weak suite buried in a handshake does not stay invisible.
type
version
cipher suites
IKEv2 transforms
RELATED-CRYPTO-MATERIAL
Keys & material
Keys, secrets, and tokens with their lifecycle, so you know what is in rotation and what is expiring.
type
state
size
algorithm ref
creation / expiration
Each algorithm in the inventory carries its classical and NIST quantum security level, so vulnerable public-key crypto is separated from the post-quantum standards meant to replace it.
From CBOM upload to a migration plan.
Ingest
Upload a CycloneDX CBOM from your scanners and build tooling. Crypto assets attach to the components that use them.
Resolve
Algorithms, certificates, protocols, and key material roll up into one organization-wide cryptographic inventory.
Enrich
Each algorithm is graded by classical and NIST quantum security level, separating quantum-vulnerable crypto from PQC-ready.
Govern
Export an updated CBOM and prioritize migration by where vulnerable crypto sits in your highest-risk products.
Aligned to the standards driving the migration.
Post-quantum readiness is becoming a procurement and regulatory requirement. Interlynk speaks the formats and frameworks that define it.
NIST
FIPS 203 / 204 / 205
Classify against the finalized post-quantum standards: ML-KEM for key exchange, ML-DSA and SLH-DSA for signatures.
CycloneDX
CBOM
Ingest and export cryptography bills of materials in the CycloneDX standard, alongside your existing SBOMs.
CNSA 2.0
Migration timelines
Track where your cryptography stands against the transition timelines regulators and large buyers are setting.
Post-quantum readiness, answered.
What is a CBOM?
A Cryptography Bill of Materials is a CycloneDX inventory of the cryptographic assets in your software: the algorithms, certificates, protocols, and keys it relies on. It is the cryptography equivalent of an SBOM, and it is what makes a post-quantum migration plannable.