Gartner predicts that by 2025, some 70% of new apps developed by enterprises will use low-code or no-code resources.
Further, Gartner also projects 75% of large enterprises by 2025 will use at least four low-code tools for IT app and citizen development.
This article describes best practices for monitoring a microservices application that runs on Azure Kubernetes Service (AKS)
This package monitors the app and sends telemetry data to the Application Insights service
We’ve broken these down into four pillars: scalability, portability, resiliency, and agility.
Creating a DevOps runbook that meets these qualities requires a disciplined process of planning, research, writing code — for automated routines — testing, feedback, optimization and updates.
The type of CI/CD pipeline you choose-whether it’s managed, open source, or a bespoke solution that you build in-house-will impact whether certain security features are available to you out of the box, or require focused attention to implement.
By integrating DevOps practices with IT security, also known as DevSecOps, enterprises can create a strong chain of defense around their most important applications and assets from the development process through to operations and deployment.
Many organizations are moving toward DevSecOps as an integrated approach to software development and security
DevOps automation helps software development teams achieve faster time-to-market for new software releases by speeding up certain aspects of the development pipeline—all while ensuring products are high-quality and error-free.
These include tools to automate version control, container management, application performance monitoring (APM), deployment and server monitoring, configuration management, CI/CD automation, artifact management, and codeless testing.
As part of the continuous cycle of progressive delivery, DevOps teams are also adopting shift-left and shift-right principles to ensure software quality in these dynamic environments.
Kusk (Swedish for coachman) automates the generation of ingress resources for various popular ingress controllers by treating your OpenAPI specification as the source of truth for their configuration.
You can use this guide to assess the maturity of your application, infrastructure, DevOps, development model, and more.
The use case that we’ll be looking at is this, where we have parameters coming into this pipeline that has five paths, as a cloning, linting, testing, building, and then running task
Users can specify custom tasks, which are implemented by Kubernetes controllers that run on the cluster to provide functionality that’s not available directly in the Tekton pipelines API.
An app builder allows you to build modern web, desktop, and mobile applications faster because they abstract away many of the complexities typically required for software development, specifically, the building of the front-end user interface.
APIOps places the Azure API Management infrastructure under version control to achieve these goals. Rather than making changes directly in API Management, most operations happen through code changes that can be reviewed and audited. This approach supports the security principle of least-privilege access.
APIOps not only enforces policies within API Management, but also helps support security by providing feedback for proposed policy changes.
Code comes from a single location and deploys to multiple targets in development, test, and production environments in your local datacenter, private clouds, or the public cloud.
