As quantum computing edges ever closer to breaking today's encryption standards, this comprehensive supplement examines whether enterprises and operators have the architecture, awareness, and agility to secure networks before Q-Day arrives.
Inside this edition:
What quantum means for future networks
Berenice Baker explores how quantum technologies are entering the enterprise stack through practical optimization, security trials, and connectivity experiments with insights into Comcast's quantum research lab and CERN's entanglement testbeds over commercial fiber.
You're not the weakest link, your network is
With harvest-now, decrypt-later attacks already underway and every network only as strong as its most vulnerable point, Viavi’s Sameh Yamany outlines how operators can build quantum-safe resilience through hybrid security models, continuous testing, and AI-driven optimization.
Hybrid theory: Reanimating security for the post-quantum era
Giacomo Lee investigates the heated debate between hybrid and pure post-quantum cryptography approaches, why legacy applications present a multi-year challenge, and whether the next generation of quantum-safe encryption offers genuine protection or just temporary Band-Aids.
Quantum security beyond PQC: Networks need more than new algorithms
Explore why operators must tackle cryptographic sprawl, secure the physical layer, and rethink key exchange architecture to achieve true quantum resilience.
With deployment insights, architectural analysis, and comprehensive market data, the SDxCentral Quantum Supplement looks at quantum as an immediate architectural challenge rather than a distant theoretical concern.
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