Aspen Mesh provides the observability, security and scalability you need to operate service mesh in the enterprise, all in an easy-to-use package
The New Stack recently published a podcast where Andrew Jenkins talks about how he moved from working on electrical engineering and communication protocols for NASA to software and finally service mesh.
Kubernetes removes much of the complexity and difficulty involved in managing and operating a microservices application architecture. Out of the box, Kubernetes gives you advanced application lifecycle management techniques like rolling upgrades, resiliency via pod replication, auto-scalers and disruption budgets, efficient resource utilization with advanced scheduling strategies and health checks like readiness and liveness probes. […]
The self-contained, ephemeral nature of microservices comes with some serious upside, but keeping track of every single one is a challenge, especially when trying to figure out how the rest are affected when a single microservice goes down. The end result is that if you’re operating or developing a microservices architecture, there’s a good chance […]
If you’ve been asking questions like “What is a service mesh?” “Why would I use one?” “What benefits can it provide?” or “How did people even come up with the idea for service mesh?” then The Complete Guide to Service Mesh is for you.
If you are going to be running multiple clusters for dev and organizational reasons, it’s important to understand your requirements and decide whether you want to connect these in a multicluster environment and, if so, to understand various approaches and associated tradeoffs with each option. Kubernetes has become the container orchestration standard, and many organizations […]
