NICE Framework Mapping
Cryptography; Secure Systems Development; Software Security Assessment; Cybersecurity Supply Chain Risk Management; Oversight and Governance; Design and Development.
Overview
This three-day, hands-on course prepares cybersecurity professionals, engineers, developers, compliance personnel, and government contractors to identify cryptographic exposure and conduct an initial post-quantum cryptography migration.
Participants examine Executive Orders 14412 and 14413, discover cryptographic assets using open-source tools, build a Cryptographic Bill of Materials, evaluate entropy sources, interpret CMVP Entropy Source Validation requirements, understand NIST-approved classical and post-quantum algorithms, evaluate FIPS 140-3 cryptographic modules, and migrate a laboratory application from quantum-vulnerable cryptography to a PQC-capable architecture.
Prerequisites
Basic understanding of cybersecurity
Familiarity with Windows or Linux
Basic command-line experience
General understanding of networking and software applications
Schedule
3 Days
Outline
Lesson 1: Quantum Threats and Cryptographic Foundations
Lesson 2: Executive Orders 14412 and 14413
Lesson 3: Cryptographic Discovery and Inventory
Lesson 4: Cryptographic Bills of Materials
Lesson 5: Entropy and Random-Bit Generation
Lesson 6: Entropy Source Validation and SP 800-90B
Lesson 7: Statistical and Min-Entropy Testing
Lesson 8: NIST-Approved Classical and PQC Algorithms
Lesson 9: FIPS 140-3 Cryptographic Modules
Lesson 10: PQC Migration Planning
Lesson 11: Hands-On PQC Migration Laboratory
Lesson 12: Migration Validation and Capstone Briefing
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