Quantum Safe Interconnection for the AI Era - Free Webinar
Sparkle and Equinix will host the webinar “Quantum Safe Interconnection for the AI Era”, exploring how enterprises can protect cloud, data and AI flows across increasingly distributed digital ecosystems against current cyber risks and future quantum threats.
As hybrid cloud, distributed data platforms and AI-driven architectures become the norm, sensitive information, including AI models, prompts, telemetry and training datasets, is constantly exchanged across multiple environments, making the interconnection layer a strategic security perimeter.
The webinar will present a concrete, validated model for quantum-safe interconnection, building on the recent Sparkle–Equinix Quantum Safe Interconnect (QSI) Proof of Concept, successfully validated over an IPsec tunnel between Frankfurt and Singapore and now available across Equinix EMS-enabled locations.
Experts from Sparkle and Equinix will discuss the security challenges of the AI era, including the “harvest now, decrypt later” threat, and demonstrate how QSI can provide quantum-safe protection for VPN/IPsec interconnections over existing IP infrastructure, without requiring a network redesign.
The session will also explore real-world applications across enterprise-to-cloud AI flows, partner data exchanges, data center interconnection and cross-region workloads, as well as how organizations can evaluate their exposure through a Quantum-Safe Interconnection Assessment.
The webinar will feature Antonella Sanguineti, Head of Marketing & Product Management, and Ettore Pulieri, Marketing & Product Manager, from Sparkle, together with Alex Zafiropoulos, Senior Account Executive, EMEA Network Service Providers, and Simon Nash, Senior Principal Solutions Architect, from Equinix.
The event is aimed at decision-makers and technical professionals responsible for digital transformation, cloud infrastructure, networking, cybersecurity and data/AI infrastructure.
Register for free to discover how Sparkle and Equinix are building a trusted interconnection fabric for the AI era.