solo.io / Gloo Mesh - Service Mesh - Deep Dive

Gloo Mesh is the service mesh management plane for single to multi-cluster and multi-platform configuration, global failover routing, and operations. As a Kubernetes-native control plane, Gloo Mesh streamlines administration and unifies management as service mesh environments scales across clusters, clouds, and regions.

The recently announced Gloo Mesh Enterprise adds security, management, and commercial support to the open source edition, including:

* Role Based API for delegated service mesh access and ownership to configure policies
* Production Istio Support including validated upstream software, maintenance, patches/hotfixes, and long-term support (LTS)
* Operational Observability with unified dashboard with status and health across service mesh clusters, services, and workloads
* Integrated WebAssembly modules and tooling to customize service mesh behavior

Learn more about delegating access and ownership of service mesh APIs to different personas like developers, Admins, and SREs.

About Gloo Mesh
https://solo.io/products/service-mesh-hub

Questions? https://slack.solo.io

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Service Mesh Hub (SMH) is a control plane for multi-cluster service mesh environments. This video shows how SMH federates trust and identity across multiple clusters grouped together in a single, logical virtual mesh.

Questions? https://slack.solo.io
Learn more https://www.solo.io/products/service-mesh-hub/

DM us on slack to request a workshop or demo.

Service Mesh Hub (SMH) is a control plane for multi-cluster service mesh environments. This video shows how SMH handles application traffic across multiple clusters of service mesh.

Questions? https://slack.solo.io
Learn more https://www.solo.io/products/service-mesh-hub/

DM us on slack to request a workshop or demo.

A quick video on locality aware routing / load balancing/ failover using Istio within a single cluster running in multiple availability zones.

Learn more
About Service Mesh Hub https://solo.io/products/service-mesh-hub/
About Istio https://istio.io
Community https://slack.solo.io

Designing, building and operating applications for cloud-native infrastructure that are resilient, scalable, secure, and meet compliance and IT objectives gets complicated. A reality for the organizations with which we work is the fact they need to run across a hybrid deployment footprint, not just Kubernetes. Service mesh helps solve these challenges but still require customization at the organization or per cluster level.

As a highly extensible data plane for service mesh, Envoy Proxy is the cloud-native application networking technology. In this webinar, we will explore different service mesh deployment patterns, multi-cluster topologies and operations, and extensibility with WebAssembly for scalable, highly available, and resilient application environments.

Join us for a practical session that covers:
* Multi-cluster design patterns with Kubernetes and Service Mesh
* Service discovery, identity federation and more in a multi-cluster world
* How WebAssembly simplifies Envoy based service mesh customization
* Live demos and Q&A

Speakers:
Idit Levine, Founder and CEO @Solo.io
Christian Posta, Global Field CTO @Solo.io

See what’s new with Service Mesh Hub -- On April 8th, Solo.io announced the open sourcing of Service Mesh Hub with new enhancements for multi-cluster orchestration aka ‘virtual mesh’ and support for the new Istio version 1.5.

Service Mesh Hub is the industry’s first unified dashboard for installing, discovering, operating and extending a single service mesh or group of meshes. Launched last May at KubeCon EU, we have been working with end users and the community to understand their preferred deployment patterns for service mesh and the operational challenges they are looking to solve.

That feedback drove the latest set of enhancements including virtual mesh capabilities to group multiple clusters of meshes together, discovery of meshes and services, API simplification and CLI tooling to streamline management of multiple service mesh clusters.

Download the presentation https://speakerdeck.com/soloio/service-mesh-hub-get-multi-cluster-istio-management-with-virtual-mesh

Questions? Join the community at https://slack.solo.io

More Info:
Read the announcement https://www.solo.io/blog/delivering-on-the-vision-of-multi-mesh/
Technical blog https://www.solo.io/blog/open-source-service-mesh-hub-technical-overview/
Documentation https://docs.solo.io/service-mesh-hub/latest
GitHub https://github.com/solo-io/service-mesh-hub

Service Mesh Hub is a Kubernetes-native management plane that enables configuration and operational management of multiple heterogeneous service meshes across multiple clusters through a unified API.

Service Mesh Hub simplifies discovery, trust domain unification, access policy, and L7 traffic routing among other things.

In this demo, we look at a multi-cluster, virtual-mesh API for controlling multi cluster L7 traffic.

Service Mesh Hub is a Kubernetes-native management plane that enables configuration and operational management of multiple heterogeneous service meshes across multiple clusters through a unified API.

Service Mesh Hub simplifies discovery, trust domain unification, access policy, and L7 traffic routing among other things.

In this demo, we look at discovery of clusters and service meshes.

Service Mesh Hub is a Kubernetes-native management plane that enables configuration and operational management of multiple heterogeneous service meshes across multiple clusters through a unified API.

Service Mesh Hub simplifies discovery, trust domain unification, access policy, and L7 traffic routing among other things.

In this demo, we look at a multi-cluster, virtual-mesh API for managing access control policies.

Service Mesh Hub is a Kubernetes-native management plane that enables configuration and operational management of multiple heterogeneous service meshes across multiple clusters through a unified API.

Service Mesh Hub simplifies discovery, trust domain unification, access policy, and L7 traffic routing among other things.

In this demo, we look at unification of identity and trust domain across multiple meshes.