Michael Hrivnak
Michael Hrivnak is a Senior Principal Software Engineer and Software Architect at Red Hat, where he’s been focused on container technology since 2014. He’s been a leader in developing early registry and distribution technology, the Operator SDK, and Kubernetes-native infrastructure management, especially on bare metal. Michael has presented training and seminars around the world, and today he enjoys solving industry-specific problems as part of the Ecosystem Engineering group. At home in Raleigh NC, you may find him stargazing or flying small airplanes.
Michael Hrivnak's contributions
How to autoscale your SaaS application infrastructure
Michael Hrivnak
Learn how to build SaaS on a compute platform that scales in response to demand using autoscalers. (Part 9 of 9)
RHEL 9 and single node OpenShift as VMs on macOS Ventura
Michael Hrivnak
+1
See Red Hat experiment with running RHEL 9 as a virtual machine on Apple's macOS Ventura beta release and an M1-based MacBook Pro, along with single node OpenShift.
Multi-cloud storage strategies for SaaS applications
Michael Hrivnak
Learn how a Kubernetes platform with software-defined storage supports a multi-cloud strategy for SaaS applications that run in the same physical locations as end customers' data.
Approaches to implementing multi-tenancy in SaaS applications
Michael Hrivnak
+2
This second article of the SaaS architecture checklist series covers different ways to achieve isolation for clients, and examines their tradeoffs.
A SaaS architecture checklist for Kubernetes
Michael Hrivnak
+3
Learn about building SaaS solutions on Kubernetes with this first article in a series on SaaS architecture.
How to autoscale your SaaS application infrastructure
Learn how to build SaaS on a compute platform that scales in response to demand using autoscalers. (Part 9 of 9)
RHEL 9 and single node OpenShift as VMs on macOS Ventura
See Red Hat experiment with running RHEL 9 as a virtual machine on Apple's macOS Ventura beta release and an M1-based MacBook Pro, along with single node OpenShift.
Multi-cloud storage strategies for SaaS applications
Learn how a Kubernetes platform with software-defined storage supports a multi-cloud strategy for SaaS applications that run in the same physical locations as end customers' data.
Approaches to implementing multi-tenancy in SaaS applications
This second article of the SaaS architecture checklist series covers different ways to achieve isolation for clients, and examines their tradeoffs.
A SaaS architecture checklist for Kubernetes
Learn about building SaaS solutions on Kubernetes with this first article in a series on SaaS architecture.