Talk tech with tips and tutorials from builders at Kong and the Kong Community.
The latest release of decK's APIOps features with the Kong Ingress Controller advances API management and automation in Kubernetes environments. This blog post delves into how this integration streamlines operations, ensuring a more feature-rich API lifecycle management. For teams utilizing the…
Distributed architectures have become an integral part of modern digital landscape. With the proliferation of cloud computing, big data, and highly available systems, traditional monolithic architectures have given way to more distributed, scalable, and resilient designs. In this blog, we look at…
In this blog post, we’ll demonstrate how easy it is to use Gateway API HTTPRoutes to route traffic to workloads deployed in different namespaces in a single Kubernetes cluster — a process that’s easier than ever. Previously, we only had Ingress API to define ingress routing rules. It served us…
Kong’s Wanny Morellato and Deepak Mohandas recently joined Justin and Autumn on the ShipIt podcast to talk hybrid infrastructure with Kong Gateway and Kong Mesh. They unravel the complexities of hybrid infrastructure at scale, discussing the processes, strategies, and philosophies that drive…
The Kong Konnect team recently launched the Portal Management API , which allows users to manage their Developer Portals with one API. That means you can easily manage your portal settings, appearance, application registrations, and registration settings easier than before. In this blog, I’ll walk…
In the rapidly evolving landscape of API management, understanding the raw performance and reliability of your API gateway is not just an expectation — it's a necessity. At Kong, we're dedicated to ensuring our users have access to concrete, actionable data to guide their operational and…
In this post, we're going to explore Karpenter, the ultimate solution for Node Autoscaling. Karpenter provides a cost-effective capability to implement your Kong Konnect Data Plane layer using the best EC2 Instances Types options available for your Kubernetes Nodes. See the previous posts in this…
Today we’re launching the Kong Konnect Engineering Tech Blog, dedicated to exploring the technology challenges and solutions we’ve encountered. The objective? To offer valuable technical content that enables our readers to broaden their engineering expertise. Kong has been in the software industry…
In the modern IT stack, API gateways act as the first line of defense against attacks on backend services by enforcing authentication/authorization policies and validating and transforming requests. When backend services are protected with a token-based approach, client applications must obtain an…
After getting our Konnect Data Planes vertically and horizontally scaled, with VPA and HPA , it's time to explore the Kubernete Node Autoscaler options. In this post, we start with the Cluster Autoscaler mechanism. (Part 4 in this series is dedicated to Karpenter.) The Kubernetes Cluster Autoscaler…
In my previous post , we discussed how to take advantage of VPA to implement automatic vertical scaling for our Konnect Data Planes. In this post, we'll focus on HPA for horizontal Kubernetes Pods autoscaling. VPA docs recommend not using VPA along with HPA on CPU or memory metrics at this moment.…
With digital transformation shifting networks into the cloud — from remote workforces to online banking — cyberattacks are growing more prevalent and sophisticated. Legacy security models like VPNs and perimeter-based firewalls are proving inadequate in addressing modern threats because perimeters…
In this series of posts, we will look closely at how Kong Konnect Data Planes can take advantage of Autoscalers running on Amazon Elastic Kubernetes Services (EKS) 1.29 to support the throughput the demands API consumers impose on it at the lowest cost. The series comprises four parts: One of the…
As Kubernetes has become the de facto orchestration platform for deploying cloud native applications , networking and traffic management have emerged as pivotal challenges when managing access to services and infrastructure. The core Kubernetes Ingress resource addresses basic Layer 7 (L7) routing…
The acceleration of microservices and containerized workloads has revolutionized software delivery at scale. However, these distributed architectures also introduce significant complexity around networking, security, and observability. As development teams grappled with reliability and governance…
Secure your AI infrastructure with prompt guards, PII sanitization, and centralized governance. Control LLM costs with token-based rate limiting and semantic routing across providers.