Quantum Networking for Quantum-Safe Data Center Connectivity in Enterprise-Scale Environments
This session examines quantum-safe networking as an emerging approach to strengthening security for high-bandwidth connections across large-scale enterprise data center environments. We will define key concepts in quantum-safe networking – including the role of quantum phenomena such as entanglement in supporting secure, tamper-evident communications over fiber infrastructure and hybrid solutions.
With cyber risk increasing and AI workloads driving demand for large-scale data movement, the discussion will explore where conventional cryptographic approaches face operational and lifecycle challenges on high-speed links, and how quantum-safe architectures may complement existing security models. The session will also address practical adoption considerations, including readiness assessments, implementation planning, and hybrid quantum-classical deployment strategies beyond PQC transitions already underway.
Attendees will leave with a clearer understanding of the technology landscape, relevant use cases, and a pragmatic framework for evaluating quantum networking within enterprise infrastructure roadmaps.
Qrypt CTO and co-founder, Denis Mandich, focuses on quantum security, R&D, post quantum encryption (PQC) algorithms and standards bodies. He holds several patents in cryptography, cyber technologies and information processing. Denis a founding member of the Quantum Economic Development Consortium (QED-C), a founding member of the NSF-funded Mid-Atlantic Quantum Alliance (MQA), founding member of the Center for Quantum Technologies (CQT), advisor to the Quantum Startup Foundry and Board member of quantum chip manufacturer Quside.
Prior to joining Qrypt, Denis served 20 years in the US Intel Community working on national security projects, cyber infrastructure, and advanced technology development. He has degrees in Physics from Rutgers University and speaks native level Croatian and Russian.
