Webinars

[Tech Talk] Advanced Service Mesh – Build and Manage Multi-Cloud Applications Using Kuma

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Tech Talks by Kong are a new webinar series dedicated to our technical developer audience featuring open-source products and topics relevant to you with extended live demos.

Join us to learn how to choose the Kong Gateway components that are right for you and your use case.

About this Webinar


A service mesh helps to make service communication more secure, reliable and traceable in distributed system architectures. In connection with the topic of service mesh, we often think of terms such as microservices, containers or Kubernetes; i.e. terms from the orbit of modern design methods, architectural approaches or technologies. Of course, everything is usually cloud-based.

In reality, however, the world is not quite so simple: IT system landscapes today are very heterogeneous and system landscapes have grown over the years, with a colorful mix of architectural patterns and runtime platforms having emerged. Kubernetes-based workloads are possibly distributed across one or more public cloud providers. This brings with it a whole range of new questions, e.g. how to securely bring together multiple clouds or how applications that cannot be operated in a containerized manner can benefit from the advantages of a mesh.

In this presentation Sven and Fabian will talk about:
– How a service mesh can help to easily build and manage multi-cloud applications
– How to design a multi-cloud, multi-cluster mesh
– Handle aspects like security or observability consistently without the need for implementation changes

Within the session we’ll also share our practical experiences in the field and demo how easy to get started with manageable and reliable multi-cloud Applications.

Presented By


Sven Bernhardt

Sven Bernhardt

Chief Architect, OPITZ CONSULTING

Fabian Hardt

Fabian Hardt

Solution Architect, OPITZ CONSULTING

Operationalizing Enterprise Service Mesh and API Gateway

Learn how to power service security, authentication, and traffic management with mesh and gateway patterns

December 13, 2022 Register Now