How Private Connectivity Simplifies Multicloud Networking

How does private connectivity simplify multicloud networking as your cloud environment grows? Download the Equinix guide to assess your current approach and build an agile network: https://eqix.it/3TQZo4w Many organizations start their multicloud journey with a simple internet connection and IPsec. That can work for an initial cloud migration, but as more cloud providers, applications, data lakes, and remote regions are added, the network can become more expensive and difficult to manage. Egress costs increase, traffic can hairpin between cloud providers, and latency can become unpredictable over public internet paths. This session walks through that typical multicloud journey and shows how private connectivity architecture can provide a more efficient alternative. You’ll see how dedicated interconnect and cloud on-ramps can replace a growing mesh of public internet and IPsec connections, using private Layer 2 connectivity to major cloud providers and a Performance Hub data core at the interconnection point. You’ll see why IPsec VPN paths can be among the most expensive ways to egress data from a cloud, how traffic can hairpin when clouds are connected over the public internet, and why latency can vary significantly on internet-derived paths—even when cloud providers are located nearby. The video then shows how placing infrastructure at an Equinix IBX and using Equinix Fabric provides high-speed, low-latency private connectivity to cloud providers through Layer 2 on-ramps such as AWS Direct Connect, Azure ExpressRoute, and Google Partner Interconnect. The architecture also uses an Equinix Performance Hub to support an authoritative data core for structured or sensitive data, data-sovereignty requirements, and infrastructure you continue to control. Firewalls and SD-WAN can be added at the edge, while private Fabric paths provide connectivity to remote cloud regions under an SLA. The result is a hybrid multicloud networking approach designed to improve cost, performance, control, and operational simplicity. Private vs public cloud connectivity for the enterprise is the underlying path choice. This video focuses on how to simplify multicloud connectivity as environments scale—including direct cloud connectivity options, cloud on-ramp architecture design, and the hybrid cloud private connectivity benefits of avoiding a full mesh of public tunnels. FAQs: Q: What makes multicloud connectivity hard on the public internet? A: Organizations often begin with a simple internet connection and IPsec VPN into their first cloud. As additional providers and inter-cloud flows are added, traffic can begin to hairpin, egress costs can increase, and latency can vary because traffic still depends on public internet transit rather than a private interconnect. Q: How does private connectivity simplify multicloud networking? A: Private connectivity architecture for the enterprise network uses dedicated interconnect and cloud on-ramps so production and inter-cloud traffic does not have to rely on IPsec internet meshes. A shared interconnection layer can reach multiple clouds, improving path predictability while reducing the operational complexity of managing connections provider by provider. Q: What is dedicated interconnect vs public internet for multicloud enterprise? A: Dedicated interconnect provides a private path into cloud on-ramps with greater control and SLA-backed connectivity options. Public internet plus IPsec can be useful during an initial cloud migration, but becomes more challenging as enterprises move larger amounts of data, connect multiple clouds, and extend workloads across regions. Q: How should enterprise multi-cloud architecture use colocation interconnect vs cloud on-ramp? A: Colocation interconnect and cloud on-ramp architecture design can work together as part of the same network strategy: place infrastructure where cloud providers and networks meet, establish private interconnects, and connect to cloud on-ramps locally instead of sending traffic between regions and providers over public internet transit. Chapters: 0:00 — The typical multicloud journey: internet and IPsec 1:10 — Egress cost, hairpinning, and latency 2:24 — Connecting to remote cloud regions 3:11 — IBX and Fabric: private Layer 2 cloud on-ramps 4:02 — Performance Hub: data core, adjacency, and control 5:54 — Neo Cloud, GPU connectivity, and next steps About Equinix: Equinix, Inc. (Nasdaq: EQIX) shortens the path to boundless connectivity anywhere in the world. Its digital infrastructure, data center footprint and interconnected ecosystems empower innovations that enhance our work, life and planet. Equinix connects economies, countries, organizations and communities, delivering seamless digital experiences and cutting-edge AI—quickly, efficiently and everywhere. 6297