DevOps is the combination of cultural philosophies, practices, and tools that increase an organization's ability to deliver applications and services at high velocity: evolving and improving products faster than organizations using traditional software development and infrastructure management processes.

Building on top of DevOps, DevSecOps stands for development, security, and operations. It's an approach to culture, automation, and platform design that integrates security as a shared responsibility throughout the entire IT lifecycle.

Containers are a form of operating system virtualization. The purpose of a single container may be to run anything from a small microservice or software process to a more extensive application. Inside a container are all the necessary executables, binary code, libraries, and configuration files.

Microservices are small independent services that communicate over well-defined APIs. Building Microservices helps abstract implementation details from the whole organization while giving ownership to small, self-contained teams. The Microservices approach is more of an architectural and organizational strategy for software development. If done right, the Microservices architecture helps applications scale and grow much more quickly than a monolithic architecture.

Kubernetes is a portable, extensible, open-source platform for managing containerized services that facilitates declarative configuration and automation. It has a large, rapidly growing ecosystem. Kubernetes services, support, and tools are widely available.

OpenShift is a container orchestration platform based on Kubernetes that provides a number of additional features, such as a built-in image registry, networking and storage provisioning, and a web-based cons

DevOps offers a number of benefits, including: * Faster time to market * Improved software quality * Increased reliability * Reduced costs * Increased customer satisfaction

Some of the key DevOps practices include: * Continuous integration and continuous delivery (CI/CD) * Infrastructure as code (IaC) * Containerization * Microservices * Automation * Monitoring and observability

There are a number of different DevOps tools and technologies available. Here are a few examples: * Jenkins * Terraform * Docker * Kubernetes * Prometheus * Grafana * Istio

Implementing DevOps in your organization requires a cultural change, as well as a change in tools and processes. Here are some tips for getting started: * Start small and focus on a specific problem or pain point. * Build a cross-functional team that includes developers, operations engineers, and QA engineers. * Invest in the right tools and technologies. * Automate as much as possible. * Monitor and measure your results.

At Stakater, our people and leadership have been involved in the DevOps space for the best part of a decade. We have been using Kubernetes from the early days and have been contributing to the Open Source community regularly. Our vision has always been to enable technology teams to focus on their strengths while we handle the operational side of things.

Our offerings can be broken down into the following: Stakater's App agility platform (SAAP): Get a fully managed DevSecOps platform on the cloud for Kubernetes/OpenShift. Priced based on total number of nodes being utilized. Platform assessment: Assess your current maturity in the DevSecOps space with a two-three week engagement. Consulting: Customized services for your DevSecOps needs.

SAAP stands for Stakater’s App Agility Platform, enabling developers to control and configure the entire cloud development loop to ship and scale software faster. SAAP helps companies stay through our curated list of standard and custom-built cloud-native tools, constantly monitored by our site reliability engineers.

Our add-on tools like Tronador and Tenant-Operator are not dependent on SAAP. You can use their specific functionality without needing to get the whole of SAAP.

SAAP does not need OpenShift to function. However, companies using OpenShift can get more out of SAAP, as some of our Open Source tools currently support OpenShift only. SAAP can still provide lots of value if you are

An Environment is a user-defined group that combines applications and all of the services and databases those applications require, running within a namespace. Environments typically represent the software project lifecycle stages, such as staging, development, QA, or production.

Dynamic Test Environment is a temporary/short term environment that is tied to the lifecycle of a single pull request or branch. It lets us test any changes before they get merged and deployed to a real/permanent environment

Tronador reduces the complexity of managing environments and enables developers to get back to building great products rather than worrying about how the machinery works.

How often have you asked, "Can I have a staging"? How many hours have you wasted maintaining and configuring environments? How about trying to develop or test applications, but without the full context (services and databases)? With the rise of microservices and the explosion in cloud technologies, environments are becoming more complex and with greater fault tolerance. All developers use environments, but only one engineer at a time can deploy to a staging environment due to constraints on shared environments.