Capability
Build practical cryptographic competence — and prepare for controlled change.
Learn algorithms, PKI, key lifecycles, hardware security module interfaces, secure protocols, crypto inventory, migration planning and post-quantum experimentation in isolated laboratories.
CLIP · Crypto inventory and migration
Illustrative view- Algorithms in use9 profiles · 2 flagged for migration
- Certificates48 tracked · 5 expiring in 30 days
- Migration planDrafted · rollback defined
- Post-quantum profileExperimental · training only
- VerificationInteroperability tests passed
Illustrative inventory. Counts and profiles are synthetic.
Training profiles are not production approvals
Mission problems
What this capability addresses.
- Cryptographic dependencies are undocumented and therefore unmigratable
- Key lifecycle practice is theoretical until something goes wrong
- Protocol and implementation weaknesses are hard to demonstrate safely
- Migration planning lacks a practised, rehearsed procedure
- Post-quantum readiness is discussed without hands-on evaluation
Capability modules
What is included.
Modules are composable. A pathway combines the ones a role actually needs.
- Symmetric and asymmetric fundamentals
- Public key infrastructure and certificate lifecycle
- Key generation, storage, rotation, revocation and destruction
- Software and simulated hardware security-module workflows
- Protocol and implementation testing
- Algorithm and dependency inventory
- Crypto-agility migration exercises
- Post-quantum cryptography experiments
End-to-end workflow
How the work flows.
- 01Discover
- 02Classify
- 03Assess
- 04Plan
- 05Migrate
- 06Verify
- 07Monitor
In sequence: Cryptographic assets are discovered and classified, their risk assessed, a migration planned and executed in a contained environment, the result verified, then monitored for drift.
Representative scenario
One scenario, end to end.
A team inventories the algorithms, keys, certificates and protocol dependencies of a synthetic estate, plans a migration to a stronger profile, executes it in an isolated laboratory and verifies that dependent services still interoperate.
Evidence produced
- Cryptographic inventory with dependency mapping
- Migration plan with rollback procedure
- Verification that dependent services interoperate
- Key lifecycle actions with authorisation records
Evidence and metrics
What you can measure.
These are the operational measures the platform produces. Baselines and targets are set with each organization during a pilot rather than claimed in advance.
- Inventory completeness across the estate
- Migration rehearsal success and rollback time
- Protocol conformance test results
Safety and trust
Platform key material is never exposed to learners.
Private keys and secrets used by platform control services are isolated from scenario workloads
Laboratory key material is generated per exercise and destroyed with the environment
Cryptographic modules and algorithms are replaceable through configuration and versioned policy
See this capability against your mission.
We will tailor the demonstration around your priority use case and operating constraints.