• Quantum Security Awareness for Executives – Free Webcast

    Virtual Event

    This complimentary webcast is designed for security leaders who need a clear, no-nonsense understanding of the quantum threat - and what to do about it now. Co-hosted by SANS Institute and Applied Quantum, the session explains what's changing in the cryptographic landscape, why the migration to quantum-safe standards is far larger than most organizations expect, and what practical steps you can take today. Quantum risk is not a future-only problem. Adversaries can harvest encrypted data today for later decryption, while regulators and customers increasingly expect demonstrable progress now - not just plans for 2030 or 2035.

  • Quantum Security Awareness for Practitioners – Free Technical Webcast

    Virtual Event

    This complimentary webcast is designed for security architects, engineers, and cyber defenders who need a practical, no-hype understanding of post-quantum cryptography (PQC) and quantum security and what it means for real systems. Co-hosted by SANS Institute and Applied Quantum. We’ll keep the introduction short – just enough to align on the threat model and the standards landscape - then we’ll go deeper into the parts that usually get skipped such as: Where PQC actually lands in modern enterprises (protocols, libraries, certificates, HSMs, third-party platforms); Why the migration is bigger than an algorithm swap; What breaks first (often: performance assumptions, interoperability, certificate and handshake sizes, network edge constraints); How to get traction fast using inventory + prioritization + crypto-agility patterns

  • Quantum Security Awareness (Banking Edition): Trust Anchors at Bank Scale – PKI, Signing, and Long‑Lived Evidence

    Quantum Security Awareness – Industry Editions
    Virtual Event

    This complimentary webcast is designed for banking security leaders who need a clear, no‑nonsense understanding of the quantum threat - and what to do about it now.  The session avoids generic “PQC 101” and goes straight to what makes banking different: institutional identity and long‑lived evidence are the real blast radius. In a bank, cryptography isn’t just protecting data in transit - it is the foundation of trust at scale: CA hierarchies, enterprise PKI, service‑to‑service mTLS, customer and workforce authentication, signed tokens (e.g., OAuth/JWT ecosystems), document and transaction signing, code‑signing in CI/CD, and the regulated archives that prove what happened, when, and under which authorization. The uncomfortable banking‑specific reality is that “confidentiality later” is only half the story: if signatures and PKI trust anchors become forgeable in the future, the bank’s ability to prove integrity, provenance, and non‑repudiation comes under pressure.

  • Quantum Security Awareness for Executives – Free Webcast

    Virtual Event

    This complimentary webcast is designed for security leaders who need a clear, no-nonsense understanding of the quantum threat - and what to do about it now. Co-hosted by SANS Institute and Applied Quantum, the session explains what's changing in the cryptographic landscape, why the migration to quantum-safe standards is far larger than most organizations expect, and what practical steps you can take today. Quantum risk is not a future-only problem. Adversaries can harvest encrypted data today for later decryption, while regulators and customers increasingly expect demonstrable progress now - not just plans for 2030 or 2035.

  • Quantum Security Awareness (Manufacturing Edition): Trust Now, Forge Later on the Shop Floor – Signed Updates, Machine Identity, and Supplier Reality

    Virtual Event

    This complimentary webcast is designed for manufacturing security leaders who need a clear, no‑nonsense understanding of the quantum threat - and what to do about it now, without getting lost in theory. The session stays focused on the manufacturing reality: OT constraints, supplier dependencies, and trust anchors that live inside equipment you don’t fully control. Discrete manufacturing is increasingly “software-defined” - not just in IT, but on the shop floor. Machine identity, remote maintenance pathways, and signed firmware / signed logic updates are now the control points for what code is allowed to run on PLCs, robots, vision systems, and industrial gateways. That is exactly why quantum readiness in manufacturing is not an “upgrade your encryption” exercise. It’s a trust-and-integrity program across long-lived assets, vendor toolchains, and operational change windows.

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