Equinix transitioned from a fragmented, self-managed Kubernetes setup to a unified shared services architecture on Amazon EKS. This shift eliminated operational sprawl, centralized governance, and accelerated deployment velocity significantly.
- Centralized Kubernetes governance cuts operational complexity
- 4x faster deployments accelerate developer throughput
- 40% reduction in operational overhead via managed EKS
Infrastructure signal
Equinix faced growing operational challenges from initially managing Kubernetes clusters on EC2 manually, with each application team independently provisioning and maintaining their own clusters. This fragmentation resulted in inconsistent configurations, complex scaling issues, and difficulty enforcing security and governance policies. Recognizing these drawbacks, Equinix rearchitected its container infrastructure around Amazon EKS using a multi-account shared services model.
The new North Star architecture centralizes cluster management, consolidates infrastructure services, and integrates hybrid connectivity with AWS Transit Gateway and Direct Connect. AWS manages the Kubernetes control plane, including upgrades, patching, and availability, freeing Equinix from infrastructure maintenance. This approach supports workload isolation, consistent networking with Cilium and observability through Hubble, and a standardized platform foundation for all containerized applications.
Developer impact
By offloading infrastructure responsibilities to a centralized cloud operations team, application developers at Equinix can focus exclusively on building and deploying business services. Without the burden of cluster lifecycle management, developers experience faster iteration cycles and fewer bottlenecks. The shared services platform enables teams to leverage common networking, observability, and security policies seamlessly integrated via the multi-account setup.
Deployment velocity increased roughly fourfold, empowering engineering teams to ship features and updates rapidly. This model ensures consistent behavior and tooling across development, testing, and production environments, improving overall developer workflow, collaboration, and application reliability.
What teams should watch
Teams responsible for cloud infrastructure and platform engineering should monitor the operational benefits of embracing managed Kubernetes services like Amazon EKS, particularly in large-scale, distributed environments. Centralized governance models that leverage a multi-account architecture can help avoid operational sprawl and improve security and compliance posture by enforcing uniform policies organization-wide.
Application teams should align with platform teams early to maximize the shared services benefits and focus on workload-specific innovation. Observability stacks such as Cilium and Hubble, integrated from the platform level, provide critical insights for both platform operators and application developers, facilitating proactive performance management and troubleshooting.