The latest news and announcements about Kong, our products, and our ecosystem, as well as voices from across our community.
Modern API architectures are no longer linear. A single request can traverse multiple layers of authentication, transformation, enrichment, and observability. As these flows grow more dynamic, the need for fine-grained control over when plugins execute becomes critical. For years, the standard…
[](/blog/engineering/conditional-policy-execution)
The microservices revolution promised agility and scalability. Teams could deploy faster, scale independently, and innovate without monolithic constraints. You gain speed and flexibility, but you also multiply trust boundaries, identities, network paths, and policy decisions. Then came AI, and…
[](/blog/engineering/5-best-practices-securing-microservices-scale)
Modern enterprise architecture faces a three-body problem. Three distinct traffic patterns pull your teams in different directions. External APIs serve mobile apps and partner integrations. Internal microservices communicate within Kubernetes clusters. AI and LLM calls flow to OpenAI, AWS Bedrock,…
[](/blog/enterprise/microservices-to-ai-traffic-kong-as-the-unified-control-plane)
Event-driven architectures (EDAs) have pretty quickly transformed from a niche engineering pattern to the all-pervasive central nervous system of the modern enterprise. With Apache Kafka at the helm, enterprises are rapidly shifting gears from synchronous REST APIs to asynchronous event streams to…
[](/blog/product-releases/kong-event-gateway-1-1)
Bringing APIs and events together has always been a challenge. REST APIs give developers a familiar interface, while event brokers like Solace Broker excel at fan-out, filtering, and scalable, reliable event delivery. The tricky part? Bridging these two worlds without building a lot of custom glue.…
[](/blog/engineering/smarter-event-driven-apis-kong-solace)
There's a problem that almost every platform team running Kafka at scale eventually hits, and it usually starts with a reasonable ask: "Can you give our partners access to this event stream?" What follows is rarely simple. You start scoping VPC peering. Then someone asks about firewall rules. Then…
[](/blog/enterprise/kafka-external-access)
The promise of agentic AI is clear: autonomous systems that can reason, plan, and act on your behalf. But there's a fundamental problem standing between that vision and enterprise reality: agents need context to make decisions, and that context lives scattered across your organization. Context is…
[](/blog/product-releases/introducing-kong-context-mesh)
An enterprise API strategy is no longer an optional IT exercise but a mandate for modern business survival. In the digital economy, your organization's internal connectivity, or lack thereof, determines your speed, agility, and capacity for innovation. This cookbook provides the eight essential…
[](/blog/enterprise/enterprise-api-strategy-legacy-modernization)
The Challenge : API calls make up a massive 71% of all web traffic, yet many organizations still rely on traditional security tools designed for monolithic architectures. The Risk : Organizations face an average of 421 APIs to manage, with machine learning discovering 30.7% more API endpoints than…
[](/blog/engineering/10-ways-microservices-create-new-security-challenges)
Ever wonder how Netflix streams to millions of users without crashing? Or how Amazon powers billions of transactions daily? The secret sauce behind these scalable, resilient behemoths is microservices architecture. If you're a developer or architect wading into the complex world of distributed…
[](/blog/learning-center/what-are-microservices)
In the rapidly evolving world of microservices and cloud-native applications , service mesh has emerged as a critical tool for managing complex, distributed systems. As organizations increasingly adopt microservices architectures, they face new challenges in service-to-service communication,…
[](/blog/engineering/implementing-a-service-mesh)
The service mesh architecture pattern has become a de facto standard for microservices-based projects. In fact, from the mesh standpoint, not just microservices but all components of an application should be under its control, including databases, event processing services, etc. It's critical to…
[](/blog/engineering/service-mesh-reference-architecture-openshift-istio-kong)A virtual machine (VM) is a fully-fledged, standalone operating environment running on a physical computer. Unlike the host computer it's running on, a VM is not a physical machine, thus the designation of "virtual". It does, however, have all the components of a physical computer system (CPU, RAM,…
[](/blog/learning-center/virtual-machines)Kubernetes, or K8s as it's known for short, and container orchestration are changing the landscape of software development and deployment. But what exactly does Kubernetes do? In this comprehensive guide, we'll explain the basics, discuss the benefits that Kubernetes can offer you, and explore its…
[](/blog/learning-center/what-is-kubernetes)
Kubernetes has become the gold standard for container orchestration. However, running stateful applications on Kubernetes can be challenging . This is where Kubernetes operators come in. Kubernetes operators resolve common issues like automating management of complex applications such as databases,…
[](/blog/learning-center/what-is-a-kubernetes-operator)A microservices architecture addresses challenges by breaking the application down into smaller components or services. This approach has gained significant traction in recent years, evolving from a novel concept to a mainstream architectural pattern. Less than 10 years after the term was first…
[](/blog/learning-center/monolith-vs-microservices)