Decisions-first, not theory-first.
Training for the engineer or architect told their system must be “post-quantum ready”, and now has to decide what that actually means. Earn a credential that proves it.
quantakrypto Practitioner
A decisions-first course for the engineer or architect told their system must be “post-quantum ready”, and now has to decide what that actually means. Pass the proctored exam to earn the Certified Practitioner credential.
What you'll be able to do
- Frame migration as a risk-asymmetry decision, not a timeline bet
- Choose primitives and parameter sets with confidence
- Design hybrid constructions for TLS and messaging
- Plan and monitor a production rollout with a rollback path
Who it's for
- Engineers & architects owning a TLS-terminating service
- Teams running a PKI or signing pipeline
- Security leads preparing for a certification cycle
- Credential
- quantakrypto Certified Practitioner
- Format
- Online · self-paced + proctored exam
- Duration
- ≈ 10 hours
- Level
- Intermediate
- Price
- Consult for pricing
Curriculum
The migration clock
Why migration is not optional, the regulatory landscape (NIST, CNSA 2.0, BSI, ANSSI), and the harvest-now-decrypt-later threat.
Choosing primitives
ML-KEM, ML-DSA, and SLH-DSA: what each is for, and how to pick a parameter set for your security category and constraints.
Hybrid constructions
What a hybrid buys you, the X-Wing combiner, and X25519MLKEM768 as the de facto TLS default, plus the pitfalls of getting it wrong.
Migrating TLS & PKI
Handshake key shares, certificate signatures and size, downgrade protection, and what to actually do this quarter.
Secure messaging
PQXDH-style initial keys, continuous-ratchet PQ, group messaging with MLS, and the exposure of stored ciphertexts.
The library landscape
What “production-ready” means, and how to choose a library on maintenance and audit posture, not the longest feature list.
Conformance testing
Why KATs are necessary but not sufficient, conformance batteries, fuzzing, and verifying constant-time behaviour at the binary level.
Rollout & operations
Dark launch, gradual ramp, what to monitor during rollout, and a rollback path, treating migration as a normal production change.
Verifiable, tamper-proof certifications
Passing an exam earns a credential you can actually prove. Every certificate is fingerprinted and anchored to the Bitcoin blockchain, so it can’t be forged or quietly altered, and anyone can check it, without taking our word for it.
Bitcoin-anchored proof
Each certificate is fingerprinted with a SHA-256 hash and timestamped on the Bitcoin blockchain using OpenTimestamps with permanent, independent proof it existed unchanged at the moment it was issued.
Publicly verifiable
Every credential has a public verification page anyone can check, with no account needed. Download the .ots proof and confirm it yourself against the hash at opentimestamps.org.
Ready to share
Add it to your LinkedIn profile in one click, embed the badge on your site, and track its status from your dashboard.
All courses
Every course earns a verifiable, LinkedIn-ready credential, tamper-proof and timestamped on the Bitcoin blockchain with OpenTimestamps.
Certify your whole organization
Training a whole team, not just yourself? Assign courses in bulk, let your people certify passwordlessly with a one-time email code, and track completion in one panel: who has finished, their scores, and their verifiable certificates. Reminders chase whoever falls behind, so you do not have to.
- Bulk-enrol a roster of emails
- Passwordless sign-in, nothing for IT to provision
- Live completion tracking + CSV export
- Automatic due-date reminders
New courses & certifications, in your inbox
Subscribe for occasional updates when we launch new courses, certifications, and post-quantum tooling. No noise, and unsubscribe anytime.
Train your team, prove the result.
Bundle seats for your engineers, or talk to us about a tailored cohort.