Welcome to the last article of a series of three, about the subject of security in networking applications, TLS, certificates, keys, and more.

Welcome to the second article of a series of three, about the subject of security in networking applications, TLS, certificates, keys, and more.

Tobias Brunner’s lightning talk at Crossplane Community Day Europe 2021.

VSHN has been a fan of Crossplane since its very early days in 2019. Since then the project has matured a lot and is now used in production by VSHN and many others.

We are thrilled to announce the second edition of our “DevOps in Switzerland” report!

This is the first article of a series of three, about the subject of security in networking applications, TLS, certificates, keys, and more.

We are thrilled to announce the general availability of K8up version 1.0!

I think it can be said that at VSHN we have a certain obsession with documentation. This goes beyond the […]

One of our core value propositions consists in making sure that our infrastructure responds to the highest levels of security, confidentiality, and availability. It is with this goal in mind that we passed our first ISO 27001 certification in 2017, and this year we added an ISAE 3402 audit, initially requested by one of our customers in the financial sector.

Docker Inc., das Unternehmen, welches hinter Docker Hub steht, hat vor kurzem eine Beschränkungen der Image-Pull-Rate für Benutzer von Docker Hub angekündigt. Diese Änderung betrifft alle Cloud Native Installationen, die so konfiguriert sind, dass sie Container Images verbrauchen, welche in Docker Hub gespeichert sind, einer der populärsten Container Registries. Diese Massnahme hat direkte Auswirkungen auf den Einsatz vieler Kundenanwendungen, die derzeit auf APPUiO Public und privaten Clustern laufen.

Migrating OpenShift Container Platform (OCP) 3 to 4: learn about possible migration paths and why you should make the move to the new version of OpenShift. Recap: what is OpenShift? Red Hat OpenShift is a hybrid cloud, enterprise Kubernetes application platform for developers and business applications.

Without further ado, we’re announcing the release 0.2 of the Project Syn tools. Since the first public release mid-March this year (read more about it in First Pre-Release of Project Syn Tools) we used the tools on a daily basis, in particular for the development of our new product “VSHN Syn Support”. And of course we have incorporated all of that experience in the source code. The main features are now in place, and are getting better and better on a daily basis.

How we manage 100+ Web Application Firewalls: This is about how we manage large numbers of ModSecurity WAF deployments, including CRS and custom rules.

One of the most common questions we got from companies moving to Kubernetes has always had to do with backups: how can we ensure that the information in our pods and services can be quickly and safely restored in case of problems? This situation is so common that we VSHN decided to tackle it with our own Kubernetes operator for backups, which we called K8up.

We have been working hard since the initial announcement of Project Syn back in November 2019, and are proud to announce version 0.1.0, the first pre-release of a set of Project Syn tools.

Red Hat OpenShift 4: Diesen Sommer hat Red Hat eine neue Major Version von OpenShift, die Version 4, veröffentlicht. Auf den ersten Blick handelt es sich um eine stetige Weiterentwicklung von OpenShift 3 mit relativ überschaubaren Änderungen für den Anwender. Schaut man jedoch unter die Haube, dann erkennt man schnell ein vollständig überarbeitetes OpenShift.

What a great time! Deployment automation, cloud platforms, containerization, short iterations to develop and release software—we’ve progressed a lot. And finally it’s official: Kubernetes and OpenShift are the established platforms to help us do scaling and zero downtime deployments with just a few hundred lines of YAML. It’s a great time.

Für diesen SDK-unterstützten Workflow bieten wir: a) eine Beschreibung der generierten Operator-Struktur (es gibt eine für jeden spezifischen Workflow); b) einen Link zu unseren Operator-Beispielen basierend auf einer solchen Operator-Struktur (es gibt eine für jeden spezifischen Workflow) und Logik. c) Beschreibungen wie (z.B. 3rd-Party) Ressourcen, die sich vom Core Kubernetes Ressource-Typ unterscheiden, zum Operator hinzugefügt werden können d) eine Beschreibung der wichtigsten Vor- und Nachteile der Verwendung einer solchen Operator-Struktur (es gibt eine für jeden spezifischen Workflow) und Logik.

Serverless is one of those hot topics that, as many others in our industry, looks a bit like a good old idea recycled and brought back to fashion. Yet Serverless (or “Function as a Service”) looks like a natural evolution to a movement that started more than a decade ago, when Heroku and Google App Engine came under the spotlight. (This blog post is the transcription of the presentation given at the CNC Switzerland meetup, May 9th 2019. Slides are available at the end of this page.)

Abschnitt 3 – Beispiele für unterstützte Kubernetes Operatoren-SDK Workflows: Hier zeigen wir Beispiele für die drei verfügbaren alternativen Workflows zur Generierung von Operatoren, die von den Operatoren-SDK APIs bereitgestellt werden. Wir konzentrieren uns speziell auf Go-Operatoren, da sie unserer Meinung nach die stabileren verfügbaren APIs sind.