Best Service Mesh for Amazon EKS

NGINX Service Mesh is always free and can scale from open-source projects to a fully supported enterprise-grade solution. NGINX Service Mesh gives you control over Kubernetes. It features a single configuration that provides a unified data plan for ingress and exit management. NGINX Service Mesh's real star is its fully integrated, high-performance Data Plan. Our data plane leverages the power of NGINX Plus in order to operate highly available, scalable containerized environments. It offers enterprise traffic management, performance and scalability that no other sidecars could offer. It offers seamless and transparent load balancing and reverse proxy, traffic routing and identity as well as encryption features that are required for high-quality service mesh deployments. It can be paired with NGINX Plus-based NGINX Ingress Controller to create a unified data plan that can be managed from one configuration.

Modern cloud-native applications running on Kubernetes environments require assistance with scaling, securing, and monitoring. Gloo Mesh, utilizing the Istio service mesh, streamlines the management of service mesh for multi-cluster and multi-cloud environments. By incorporating Gloo Mesh into their platform, engineering teams can benefit from enhanced application agility, lower costs, and reduced risks. Gloo Mesh is a modular element of Gloo Platform. The service mesh allows for autonomous management of application-aware network tasks separate from the application, leading to improved observability, security, and dependability of distributed applications. Implementing a service mesh into your applications can simplify the application layer, provide greater insights into traffic, and enhance application security.

AWS App Mesh provides service mesh to facilitate communication between your services across different types of computing infrastructure. App Mesh provides visibility and high availability to your applications. Modern applications often include multiple services. Each service can be developed using different types of compute infrastructure such as Amazon EC2, Amazon ECS and Amazon EKS. It becomes more difficult to spot errors and redirect traffic after they occur, and to safely implement code changes. This was done by creating monitoring and control logic in your code and then redeploying your services whenever there were changes.

Traefik Mesh allows visibility and management to all traffic flows within any Kubernetes cluster. It is simple to set up and easy-to-use. This allows for better monitoring, logging, visibility, and access control. Administrators can quickly and easily increase security in their clusters. Administrators can monitor and trace the communication between applications in Kubernetes clusters. This allows them to optimize internal communications and improve application performance. It is easier to implement and provides value for the time spent actually implementing by reducing the time required to install, configure, and learn. Administrators can concentrate on their business applications. Open source means there is no vendor lock-in. Traefik Mesh can be opted-in by design.

Connect and manage applications across clouds, clusters, and data centers. From a single management platform, coordinate app connectivity across heterogeneous infrastructure. Integrate legacy workloads into your cloud native application infrastructure. To give teams access to shared infrastructure, define tenants within your company. From day one, audit the history of any changes to shared resources and services. Automate traffic shifting across failure domains, before your customers notice. TSB is located at the application edge, at cluster entry, and between workloads within your Kubernetes or traditional compute clusters. The edge and ingress gateways route traffic and load balance it across clouds and clusters, while the mesh controls connectivity between services. One management plane can configure connectivity, security, observability, and other features for your entire network.

Open-source control plane for service mesh. It provides security, observability and routing. Kuma, built on top of Envoy is a modern control plan for Microservices & Service Mesh, both for VMs and K8s. It supports multiple meshes within a cluster. The L4 + L7 policy architecture is out of the box to enable zero trust security and traffic reliability. Kuma is easy to set up and use. Kuma is natively embedded with Envoy proxy. It provides easy-to-use policies that can secure and observe, connect, route, and improve service connectivity for all applications and services, including databases. Modern service and application connectivity can be built across any platform, cloud, and architecture. Kuma supports Kubernetes environments, Virtual Machine workloads, and modern Kubernetes environments in the same cluster. Kuma also provides native multi-cloud connectivity and multi-cluster connectivity that can support the entire organization.

Describe your cloud native infrastructure. Your service mesh configuration and workload deployments are designed. Intelligent canary strategies and performance profiles are possible with service mesh pattern management. Meshery's configuration validater will help you assess your service mesh configuration against deployment. Verify that your service mesh conforms to Service Mesh Interface specifications. Dynamically load and manage WebAssembly filters for Envoy-based service grids. Service mesh adapters configure, provision, and manage their respective service Meshes.