Microservices can be seen as a process of developing software systems that emphasize on structuring solo function modules with precise actions and interfaces. Being one of the pillars of IoT, they are growing to become the standard architecture. The microservice architecture ensures continuous placement/transport of intricate applications, allowing establishments to advance their tech infrastructure.
As more organizations migrate from monoliths to microservices, they encounter new challenges connected with the way distributed systems are organized. Having hundreds of microservices, you end up with a spider web of connections and concerns about organizing these connections effectively.
There are a number of tools helping engineers to design the microservices architecture and deploy it, Kubernetes (K8s) being probably one of the most popular of them.
However, even when you manage the installation of all components, there remain questions of maintenance, eventual upgrades or changing them. Management is a burden that requires request routing, service observability, rate limiting (incoming and outgoing), authentication, failure management and fault injection, circuit breakers, rolling upgrades, and telemetry.
Service mesh
To manage deployed services, special communicators are used that are called service meshes. A service mesh is a configurable, low-latency infrastructure layer. It is designed to handle a high volume of network-based interprocess communication among application ...
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