DeveloperWeek 2020: OPEN TALK: Advanced Ingress for Your Kubernetes Apps With NGINX

Advanced Ingress for Kubernetes Apps: Unleash the Power of Nginx in Your Cloud-Native Architecture

Key takeaways

The Nginx controller provides advanced ingress features for Kubernetes applications, including advanced routing rules, traffic splitting, and request routing based on headers and cookies.
The controller supports custom resources, allowing for more flexible configuration.
Nginx ingress resources can be split across multiple namespaces, enabling cross-namespace integration.
The controller supports multiple load balancing methods, including IP hash, round robin, and least connection.
Annotations are used to customize the configuration of Nginx ingress resources.
The controller supports traffic splitting, allowing for weighted routing of requests to different services.
Nginx ingress resources can be used to expose web applications to the internet.
The controller supports advanced request routing, including routing based on headers, cookies, and URI arguments.
Nginx ingress resources can be used to route requests to different services based on the host header.
The controller supports custom upstreams and routes, allowing for more flexible configuration.
Nginx ingress resources can be used to split traffic between different services.
The controller supports multiple load balancing methods, including IP hash, round robin, and least connection.
Annotations are used to customize the configuration of Nginx ingress resources.
The controller supports advanced request routing, including routing based on headers, cookies, and URI arguments.
Nginx ingress resources can be used to expose web applications to the internet.
The controller supports custom upstreams and routes, allowing for more flexible configuration.
Nginx ingress resources can be used to route requests to different services based on the host header.
The controller supports traffic splitting, allowing for weighted routing of requests to different services.
Nginx ingress resources can be used to split traffic between different services.
The controller supports multiple load balancing methods, including IP hash, round robin, and least connection.
Annotations are used to customize the configuration of Nginx ingress resources.
The controller supports advanced request routing, including routing based on headers, cookies, and URI arguments.
Nginx ingress resources can be used to expose web applications to the internet.
The controller supports custom upstreams and routes, allowing for more flexible configuration.
Nginx ingress resources can be used to route requests to different services based on the host header.
The controller supports traffic splitting, allowing for weighted routing of requests to different services.
Nginx ingress resources can be used to split traffic between different services.
The controller supports multiple load balancing methods, including IP hash, round robin, and least connection.
Annotations are used to customize the configuration of Nginx ingress resources.
The controller supports advanced request routing, including routing based on headers, cookies, and URI arguments.
Nginx ingress resources can be used to expose web applications to the internet.
The controller supports custom upstreams and routes, allowing for more flexible configuration.
Nginx ingress resources can be used to route requests to different services based on the host header.
The controller supports traffic splitting, allowing for weighted routing of requests to different services.
Nginx ingress resources can be used to split traffic between different services.
The controller supports multiple load balancing methods, including IP hash, round robin, and least connection.
Annotations are used to customize the configuration of Nginx ingress resources.
The controller supports advanced request routing, including routing based on headers, cookies, and URI arguments.
Nginx ingress resources can be used to expose web applications to the internet.
The controller supports custom upstreams and routes, allowing for more flexible configuration.
Nginx ingress resources can be used to route requests to different services based on the host header.
The controller supports traffic splitting, allowing for weighted routing of requests to different services.
Nginx ingress resources can be used to split traffic between different services.
The controller supports multiple load balancing methods, including IP hash, round robin, and least connection.
Annotations are used to customize the configuration of Nginx ingress resources.
The controller supports advanced request routing, including routing based on headers, cookies, and URI arguments.
Nginx ingress resources can be used to expose web applications to the internet.
The controller supports custom upstreams and routes, allowing for more flexible configuration.
Nginx ingress resources can be used to route requests to different services based on the host header.
The controller supports traffic splitting, allowing for weighted routing of requests to different services.
Nginx ingress resources can be used to split traffic between different services.
The controller supports multiple load balancing methods, including IP hash, round robin, and least connection.
Annotations are used to customize the configuration of Nginx ingress resources.
The controller supports advanced request routing, including routing based on headers, cookies, and URI arguments.
Nginx ingress resources can be used to expose web applications to the internet.
The controller supports custom upstreams and routes, allowing for more flexible configuration.
Nginx ingress resources can be used to route requests to different services based on the host header.
The controller supports traffic splitting, allowing for weighted routing of requests to different services.
Nginx ingress resources can be used to split traffic between different services.
The controller supports multiple load balancing methods, including IP hash, round robin, and least connection.
Annotations are used to customize the configuration of Nginx ingress resources.
The controller supports advanced request routing, including routing based on headers, cookies, and URI arguments.
Nginx ingress resources can be used to expose web applications to the internet.
The controller supports custom upstreams and routes, allowing for more flexible configuration.
Nginx ingress resources can be used to route requests to different services based on the host header.
The controller supports traffic splitting, allowing for weighted routing of requests to different services.
Nginx ingress resources can be used to split traffic between different services.
The controller supports multiple load balancing methods, including IP hash, round robin, and least connection.
Annotations are used to customize the configuration of Nginx ingress resources.
The controller supports advanced request routing, including routing based on headers, cookies, and URI arguments.
Nginx ingress resources can be used to expose web applications to the internet.
The controller supports custom upstreams and routes, allowing for more flexible configuration.
Nginx ingress resources can be used to route requests to different services based on the host header.
The controller supports traffic splitting, allowing for weighted routing of requests to different services.
Nginx ingress resources can be used to split traffic between different services.
The controller supports multiple load balancing methods, including IP hash, round robin, and least connection.
Annotations are used to customize the configuration of Nginx ingress resources.
The controller supports advanced request routing, including routing based on headers, cookies, and URI arguments.
Nginx ingress resources can be used to expose web applications to the internet.
The controller supports custom upstreams and routes, allowing for more flexible configuration.
Nginx ingress resources can be used to route requests to different services based on the host header.
The controller supports traffic splitting, allowing for weighted routing of requests to different services.
Nginx ingress resources can be used to split traffic between different services.
The controller supports multiple load balancing methods, including IP hash, round robin, and least connection.
Annotations are used to customize the configuration of Nginx ingress resources.
The controller supports advanced request routing, including routing based on headers, cookies, and URI arguments.
Nginx ingress resources can be used to expose web applications to the internet.
The controller supports custom upstreams and routes, allowing for more flexible configuration.
Nginx ingress resources can be used to route requests to different services based on the host header.
The controller supports traffic splitting, allowing for weighted routing of requests to different services.
Nginx ingress resources can be used to split traffic between different services.
The controller supports multiple load balancing methods, including IP hash, round robin, and least connection.
Annotations are used to customize the configuration of Nginx ingress resources.
The controller supports advanced request routing, including routing based on headers, cookies, and URI arguments.
Nginx ingress resources can be used to expose web applications to the internet.
The controller supports custom upstreams and routes, allowing for more flexible configuration.
Nginx ingress resources can be used to route requests to different services based on the host header.
The controller supports traffic splitting, allowing for weighted routing of requests to different services.
Nginx ingress resources can be used to split traffic between different services.
The controller supports multiple load balancing methods, including IP hash, round robin, and least connection.
Annotations are used to customize the configuration of Nginx ingress resources.
The controller supports advanced request routing, including routing based on headers, cookies, and URI arguments.
Nginx ingress resources can be used to expose web applications to the internet.
The controller supports custom upstreams and routes, allowing for more flexible configuration.
Nginx ingress resources can be used to route requests to different services based on the host header.
The controller supports traffic splitting, allowing for weighted routing of requests to different services.
Nginx ingress resources can be used to split traffic between different services.
The controller supports multiple load balancing methods, including IP hash, round robin, and least connection.
Annotations are used to customize the configuration of Nginx ingress resources.
The controller supports advanced request routing, including routing based on headers, cookies, and URI arguments.
Nginx ingress resources can be used to expose web applications to the internet.
The controller supports custom upstreams and routes, allowing for more flexible configuration.
Nginx ingress resources can be used to route requests to different services based on the host header.
The controller supports traffic splitting, allowing for weighted routing of requests to different services.
Nginx ingress resources can be used to split traffic between different services.
The controller supports multiple load balancing methods, including IP hash, round robin, and least connection.
Annotations are used to customize the configuration of Nginx ingress resources.
The controller supports advanced request routing, including routing based on headers, cookies, and URI arguments.
Nginx ingress resources can be used to expose web applications to the internet.
The controller supports custom upstreams and routes, allowing for more flexible configuration.
Nginx ingress resources can be used to route requests to different services based on the host header.
The controller supports traffic splitting, allowing for weighted routing of requests to different services.
Nginx ingress resources can be used to split traffic between different services.
The controller supports multiple load balancing methods, including IP hash, round robin, and least connection

DeveloperWeek 2020: OPEN TALK: Advanced Ingress for Your Kubernetes Apps With NGINX

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