Operations | Monitoring | ITSM | DevOps | Cloud

July 2020

Enable TLS with Let's Encrypt and the HAProxy Kubernetes Ingress Controller

The HAProxy Kubernetes Ingress Controller integrates with cert-manager to provide Let’s Encrypt TLS certificates. When it comes to TLS in Kubernetes, the first thing to appreciate when you use the HAProxy Ingress Controller is that all traffic for all services travelling to your Kubernetes cluster passes through HAProxy. Requests are then routed towards the appropriate backend services depending on metadata in the request, such as the Host header.

Announcing HAProxy Data Plane API 2.1

Version 2.1 of the HAProxy Data Plane API expands support to all available request and response actions, adds Lua actions, and improves file handling. A year ago, we introduced version 1.0 of the HAProxy Data Plane API, enabling you to configure your HAProxy load balancers remotely through a modern RESTful HTTP API. That first version of the API focused on the essential behaviors for creating frontend proxies, backend server pools, ACLs and traffic switching rules.

Announcing HAProxy 2.2

HAProxy Technologies is excited to announce the release of HAProxy 2.2, featuring a fully dynamic SSL certificate storage, a native response generator, an overhaul to its health checking system, and advanced ring logging with syslog over TCP. Watch our on-demand webinar Ask Me Anything About HAProxy 2.2. If you missed the webinar about HAProxy 2.2, you can watch it on-demand as well.

Production-ready Microservices

One of the biggest challenges for organizations that have adopted microservice architecture is the lack of architectural, operational, and organizational standardization. After splitting a monolithic application or building a microservice ecosystem from scratch, many engineers are left wondering what's next. In this practical book, author Susan Fowler presents a set of microservice standards in depth, drawing from her experience standardizing over a thousand microservices at Uber. You'll learn how to design microservices that are stable, reliable, scalable, fault tolerant, performant, monitored, documented, and prepared for any catastrophe.