Devops

Final part of a series exploring application autoscaling in Kubernetes

Check End of Life, Support Schedule, and release timelines for AlmaLinux OS, Alpine Linux, Amazon Corretto, Amazon Linux, Android OS, Angular, Ansible-core, Ansible, antiX Linux, Apache Airflow, Apache Camel, Apache Cassandra, Apache Groovy, Apache HTTP Server, Apache Maven, API Platform, Azure DevOps Server, Azure Kubernetes Service, Elastic Beats, Blender, Bootstrap, CakePHP, CentOS, CFEngine, Citrix Virtual Apps and Desktops, ClamAV, Adobe ColdFusion, Composer, Confluence, Hashicorp Consul, Contao, Google Container-Optimized OS (COS), Couchbase Server, Debian, Devuan, Django, Docker Engine, Microsoft .NET, Microsoft .NET Framework, Drupal, Drush, Amazon EKS, Elasticsearch, Electron, Elixir, Ember, EuroLinux, Fairphone, Fedora Linux, FFmpeg, FileMaker Platform, Firefox, FortiOS, FreeBSD, Gerrit, GitLab, Google Kubernetes Engine, Go, Godot, Gorilla Toolkit, GraalVM, Gradle, Grafana, Grails Framework, HAProxy, Hashicorp Vault, Apache HBase, Intel Processors, Internet Explorer, Ionic Framework, Apple iOS, Apple iPad, Apple iPadOS, Apple iPhone, Java/OpenJDK, Jekyll, Jenkins, JHipster, Jira Software, Joomla!, jQuery, JReleaser, KDE Plasma, Keycloak, Kibana, Amazon Kindle, Kotlin, Kubernetes, Laravel, LibreOffice, LineageOS, Linux Kernel, Linux Mint, Apache Log4j, Logstash, Looker, Apple macOS, Mageia, Magento, MariaDB, Mattermost, MediaWiki, Micronaut Framework, MongoDB Server, Moodle, Microsoft Exchange, Microsoft SharePoint, Microsoft SQL Server, Mule Runtime, MX Linux, MySQL, Neo4j, NetBSD, Nextcloud, Nexus Repository OSS, nginx, nix, NixOS, Node.js, Nokia Mobile, Nomad, NumPy, Nutanix AOS, Nutanix Files, Nutanix Prism Central, NVIDIA Driver, NVIDIA GPUs, Microsoft Office, OpenBSD, OpenSearch, OpenSSL, openSUSE, OpenWrt, OpenZFS, Oracle Linux, Palo Alto Networks Cortex XDR agent, Palo Alto Networks GlobalProtect App, Palo Alto Networks PAN-OS, PCI-DSS, Perl, PHP, PHPMyAdmin, Google Pixel, Pop!_OS, Postfix, PostgreSQL, Microsoft PowerShell, Proxmox VE, Python, Qt, Quarkus, RabbitMQ, Raspberry Pi, React, Netgear ReadyNAS, Red Hat Enterprise Linux, Redis, Redmine, Rocky Linux, ROS, Roundcube Webmail, Ruby on Rails, Ruby, Samsung Mobile, Red Hat Satellite, Scala, Slackware Linux, SUSE Linux Enterprise Server, Apache Solr, SonarQube, Splunk, Spring Boot, Spring Framework, Microsoft Surface, Symfony, Tails, Tarantool, Telegraf, Hashicorp Terraform, Apache Tomcat, Twig, TYPO3, Ubuntu, Unity, UnrealIRCd, Varnish, Visual COBOL, Microsoft Visual Studio, VMware ESXi, VMware Horizon, VMware Photon, VMware Site Recovery Manager, VMware vCenter Server, Vue, Wagtail, Apple watchOS, Microsoft Windows, Microsoft Windows Embedded, Microsoft Windows Server, WordPress, XCP-ng, Yocto Project, Zabbix, Apache ZooKeeper, etc at one place.

It has been a while since I’ve been working as SRE/Platform/Cloud Engineer, and lately and I realize I’ve been repeating some questions to developers that I rarely get an answer for straight away. These are not meant to make anyone’s life harder, au contraire, the whole pourpose of having a solid answer to this list of questions, is to make everyone less worried about the probabilty of some high stakes, overnight failure or a data handling missuse that could potentially cause big losses, and of course a lot of unnecessary stress.

A storytelling guide to starting k8s

This article is about a few quick thumb rules I use when writing shell scripts that I’ve come to appreciate over the years. Very opinionated....

Ops is hard. What have learned so far?

In this article, “remote development environments” refer to AWS EC2 instances where engineers make code changes and can see a running Slack application with those changes. For years, engineers at Slack isolated and tested their changes by running microcosms of the Slack application on their local computers. This was difficult for many reasons: it involved […]

Kubernetes is driven by an HTTP API server which allows complete configuration and control of Kubernetes runtime. Therefore, securing access to the API server is one of the most critical security controls to ensure resilient Kubernetes in production.

There are many ways to build out application CI/CD pipelines in Kubernetes, but in this article we are going to focus on Flux and Argo CD.

GitOps Tools: We compare and contrast. FluxCD, ArgoCD, or Jenkins X