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In this second part of our series on service mesh, we review recent innovations to several solutions (Consul, Google Anthos, Linkerd, Istio, NGINX Controller, and Tetrate) that improve availability by minimizing the risk of the control plane as a single point of failure.
"Service mesh" is a hot topic, but as of early 2019 most implementations are not production-ready. In this blog we offer advice on adopting existing technologies that are likely to meet the needs of all but the most complex applications until such time as service mesh is more mature.
Some of the loudest buzz in the IT industry during 2018 was around the concept of service mesh. Here we review some of the major developments in the space, including introductions, enhancements, and consolidations for both commercial products and open source projects.
We look back over the most influential blog posts of 2018 on nginx.com, to remind you of what we’ve worked hard on improving to make your experience of NGINX even better. The year witnessed announcements and updates for many products in the NGINX Application Platform.
The most substantial set to date of updates to the NGINX Application Platform further simplify application infrastructures by consolidating application delivery, API management, and service mesh management into a single solution.
A service mesh is a configurable infrastructure layer for microservices application that makes communication flexible, reliable, and fast. It’s implemented through a sidecar proxy for service discovery, load balancing, encryption, authentication and authorization, circuit breaker support, and more.
A.J. Hunyady shows how to use NGINX as a proxy in an Istio service mesh, with a demo by Sehyo Chang.
