A10 Networks announced the A10 Ingress Controller for Kubernetes, and its integration with A10’s container-native load balancing and application delivery solution. The solution provides application teams building microservices and container-based applications with an easy, automated way to integrate enterprise-grade load-balancing with comprehensive application visibility and analytics.
The A10 Ingress Controller not only operates with Ingress resources to automatically provision application delivery configuration and policies, but also ties directly into the container life cycle to automatically update application delivery configuration with the dynamism of a Kubernetes environment. As application services scale up and down, the A10 load balancer is dynamically updated. The containerized load balancer – A10 Lightning® ADC – also scales up and down automatically with the scale of a Kubernetes cluster.
The solution provides comprehensive application analytics by collecting hundreds of application metrics, thus enabling operations teams to troubleshoot faster, manage capacity planning and also detect performance and security anomalies. The analytics data is available via dashboards on the A10 Harmony® portal or via APIs.
“As application teams adopt container and microservice architectures, Kubernetes has become the de-facto standard for container orchestration,” said Kamal Anand, Vice President of Cloud, A10 Networks.
“A10’s Kubernetes solution provides enterprise applications teams with container-native enterprise grade application delivery for their mission-critical applications. With bundled monitoring, traffic analytics and application security, it reduces their operational burden and allows them to focus on core application value.”
The A10 Ingress Controller for Kubernetes solution includes:
The A10 Ingress Controller is available now anywhere Kubernetes is deployed, including public clouds (Amazon Web Services (AWS), Microsoft Azure, and Google Compute Engine (GCP), and private clouds (running VMware and bare metal infrastructure).
