Consulting / Digital Media
Six specialist workshops covering PQC migration for content delivery networks, quantum threats to DRM systems, archive integrity for long-duration media, recommendation system optimisation, and programmatic advertising. Delivered by practitioners with direct media sector and quantum technology experience.
Digital media platforms serve audiences that expect content to be delivered securely and rights to be enforced reliably. The asymmetric cryptography underpinning DRM, CDN TLS, and archive authentication faces a specific quantum timeline. Broadcast archives with 50-year retention obligations face it most acutely.
All sessions are delivered by subject-matter experts with direct media sector and quantum technology experience. Each session is fully vendor-agnostic and configurable to your technical stack and content security requirements.
Five structured sessions covering CDN and streaming security, DRM cryptography, archive integrity, recommendation systems, and programmatic advertising for digital media organisations.
Technical session for platform engineers and security architects at streaming services, CDN operators, and large-scale media distributors. Covers TLS 1.3 post-quantum hybrid modes, NIST ML-KEM deployment in CDN edge stacks, certificate lifecycle management at scale, and the performance implications of PQC algorithm selection for high-throughput media delivery pipelines.
Covers the quantum threat to asymmetric cryptography underpinning DRM systems including Widevine, PlayReady, and FairPlay. Addresses digital watermarking cryptographic integrity, content authentication certificate chains, and how to assess PQC readiness across the multi-party DRM ecosystem of studios, distributors, and device manufacturers. Includes a structured review of W3C EME and DASH-IF security specifications.
Addresses the specific quantum cryptographic risk to long-lived digital media archives: broadcast archives, film preservation vaults, news agencies, and public sector cultural heritage collections. Covers cryptographic timestamping, hash-based signature schemes for long-term integrity, and how institutions with 50-100 year retention obligations should approach PQC migration for digital preservation infrastructure.
Examines quantum machine learning approaches to large-scale content recommendation, audience segmentation, and real-time personalisation. Covers quantum-enhanced collaborative filtering, variational quantum approaches to embedding large content catalogues, and the realistic performance comparison with classical recommendation engines at streaming service scale. Aimed at data science and product teams in digital media.
Covers quantum and quantum-inspired optimisation for programmatic auction mechanisms, media mix modelling, campaign budget allocation, and cross-channel attribution. Addresses QUBO formulations for advertising allocation problems, annealing approaches for real-time bidding optimisation, and realistic near-term advantage cases for media agencies and publisher revenue operations teams.
A senior-level briefing for media technology leadership covering the full quantum agenda: security exposure across content and infrastructure, computing opportunities in recommendation and advertising, and investment sequencing.
Executive briefing for CTOs, CISOs, and technology strategy leads at broadcasters, streaming platforms, news organisations, and digital publishers. Covers the media industry quantum security exposure across content protection, audience data, and delivery infrastructure alongside computing applications in recommendation and advertising. Addresses regulatory obligations, competitive dynamics, and investment sequencing.
Learn MoreAll tiers include access to the full lecture archive, weekly webinars, and the member directory.
For professionals working in quantum computing, post-quantum cryptography, or adjacent security fields.
For organisations building, deploying, or evaluating quantum-safe solutions across their supply chain.
For recognised specialists contributing lectures, advisory work, or research to the QSECDEF community.
Sessions are configured around your team's technical level and operational priorities. Get in touch to discuss requirements and schedule a date.
