Try a course name, a credential code such as PQCM, or an industry such as financial services.
A two-hour briefing for board members on quantum risk, fiduciary exposure, and the questions to put to management. Non-executive directors, board members, audit committee members, risk committee members, and corporate secretaries preparing board materials on technology risk.
A full-day workshop for agencies and the defense industrial base. Turn CNSA 2.0 and NSM-10 obligations into a dated, sequenced migration plan. Agency security architects and CIO staff, defense industrial base security leads, contracting and acquisition officers, and the system owners who will have to deliver against the milestones. Contracting staff belong in the room. A large share of what this workshop produces is procurement language.
A full-day workshop for telecom operators. Map your 5G core, radio, transport, and subscriber estate, and leave with a sequenced migration plan. Network security architects, core and RAN engineering leads, standards and regulatory affairs staff, vendor management, and the security leadership who will sign the plan. It works best with a mixed group from one operator, because the person who tracks 3GPP rarely owns the SIM estate and neither of them holds the vendor contracts. Bring at least one person who can speak to procurement. Half the sequencing decisions in this workshop are contract decisions.
Design PQC migration solutions end to end. Covers cryptographic architecture assessment, algorithm selection for specific contexts, hybrid implementation design, and migration pattern selection. Prerequisite: PQCS certification. Security architects, enterprise architects, senior security engineers, cryptography engineers, and technical leads who will be responsible for designing PQC migration solutions. You should already hold PQCS-level knowledge and be ready to apply it at the architectural level.
The engineering of transition-period cryptography. Covers key exchange, signatures, protocol integration, performance measurement, and exit planning for hybrid (classical + post-quantum) deployments. Cryptography engineers, protocol implementers, and security architects making hybrid deployment decisions in TLS, SSH, VPN, and code signing. Working familiarity with the protocols is assumed. If you want the design principles rather than the implementation detail, Cryptographic Agility covers the design principles one level up.
Singapore's post-quantum expectations for critical information infrastructure owners, government agencies, financial institutions and other organizations. We cover CSA's Quantum-Safe Handbook and milestones, the 2035 target, MAS guidance and the evidence you will need. CISOs, compliance and risk leads, procurement officers and migration program managers at CII owners and government agencies in Singapore. Also useful for MAS-regulated financial institutions, for other organizations that hold sensitive data needing long-term protection, and for the suppliers that serve all of them.
Find where cryptography lives. Build a cryptographic bill of materials (CBOM) from discovery through prioritized action. Enterprise tooling, automation approaches, and the scoring model that drives migration sequencing. Security engineers, security architects, IT asset management professionals, and anyone tasked with leading or conducting cryptographic discovery for PQC migration.
A two-hour course on the post-quantum rules set by governments and regulators worldwide. We cover who each rule binds, the dates that apply, and the evidence that shows your organization is on track. Compliance officers, GRC and risk leads, CISOs, legal counsel, internal auditors and migration program managers at organizations operating in several countries. Also useful for consultants advising clients across jurisdictions, and for anyone deciding which national course to take.
Integrate quantum computing into enterprise infrastructure. Covers HPC integration, workflow orchestration, hybrid architectures, cloud deployment, and production operations. Prerequisite: CQTP certification. Systems integrators, enterprise architects, cloud architects, DevOps engineers, HPC specialists, and technical managers responsible for making quantum computing operational within existing infrastructure.
Integrating PQC into CI/CD pipelines. Cryptographic dependency scanning. Post-quantum testing in staging. Certificate and key management for dual-stack. Container and Kubernetes considerations. Platform and DevSecOps engineers, CI/CD owners, and application security teams who will have to make cryptographic change routine rather than exceptional. Familiarity with pipeline tooling is assumed. If you are planning a migration program rather than building the pipelines that execute it, PQC Migration Project Management is the closer fit.
The half-day entry point to post-quantum cryptography: what changes, why it matters now, and the vocabulary every later course assumes. Security professionals, IT managers, compliance officers, risk analysts, software developers, enterprise architects, and business leaders who need a grounded introduction to post-quantum cryptography. No prior quantum computing or advanced cryptography knowledge is required.
The UK's post-quantum expectations for government, critical national infrastructure and regulated firms. We cover the NCSC's 2028, 2031 and 2035 milestones, the G7 financial-sector roadmap, and the evidence regulators and auditors will ask for. CISOs, compliance and risk leads, operational resilience teams, legal counsel and migration program managers. They work at UK banks, insurers, market infrastructure, telecoms operators, public sector bodies, critical national infrastructure operators and their suppliers.