In the ever-evolving landscape of digital business operations, staying ahead of the curve requires constant adaptation and innovation. Kong Mesh 2.4 contains several enhancements to help your organization’s infrastructure be more efficient. In this blog post, we’ll explore the key benefits of Kong Mesh 2.4 across three critical domains: security, resilience, and flexibility.
In the realm of microservices orchestration, the question of choosing between a service mesh vs. API gateway often arises. These two components play vital roles in managing communication within distributed systems. In this discussion, we’ll explore the differences between a service mesh and an API gateway, shedding light on their individual purposes and capabilities.
In today’s interconnected and dynamic world of microservices, ensuring optimal traffic management and protection against malicious attacks are critical. Rate limiting, a popular mechanism for controlling request flow, gets more effortless with the introduction of Global Rate Limiting in Kong Mesh. In this blog post, we’ll explore this exciting new feature and its benefits in detail.
The release of Kuma 2.3 brings experimental support for GAMMA (Gateway API for Mesh Management and Administration) resources. Kuma has long supported Gateway API with the built-in gateway for ingress traffic but with GAMMA support, users can specify how to route and modify in-mesh traffic using the well-known HTTPRoute resource from Gateway API. Gateway API is a project focused on improving the APIs around networking between services in Kubernetes clusters.
By now, when we hear the words “service mesh” we typically know what to expect: service discovery, load balancing, traffic management and routing, security, observability, and resilience. So, why Kong Mesh? What does Kong Mesh offer that would be more difficult to obtain with other solutions? Why is Kong Mesh with Red Hat OpenShift a great pairing? We’re happy to announce that the Kong Mesh 2.2.0 UBI Images are available in the Red Hat Ecosystem Catalog.
The conversations around eBPF and how this technology will shape the future of the service mesh caused a huge buzz in the last year — yes, bee pun intended. eBPF lets you run sandboxed programs in an operating system kernel. Imagining how eBPF could improve the service mesh brings exciting possibilities, but it also raises security and operational concerns given the current state and limitations of eBPF.
