Continuous Delivery for Complex Software
Continuous delivery is achievable for any software, regardless of complexity. Success depends on investment in automation, quality, and process …
Continuous Delivery is the practice of frequently delivering small increments of valuable product directly to real users, enabling rapid feedback, validation, and continuous improvement from the very first iteration.
Continuous Delivery is a disciplined software delivery practice aimed at producing software in short, reliable cycles, ensuring that it can be released at any moment. It involves consistently delivering small, incremental improvements directly into the hands of real users, from the very first iteration.
According to Jez Humble, Continuous Delivery is:
“The ability to get changes—features, configuration changes, bug fixes, experiments—into production or into the hands of users safely, quickly, and in a sustainable way.”
This practice allows teams to rapidly validate assumptions, gather user feedback, and iterate towards the most valuable outcomes. By automating key elements like testing, integration, and deployment, Continuous Delivery reduces the risk of errors, improves software quality, and accelerates time-to-value.
Teams embracing Continuous Delivery can swiftly adapt to market demands and stakeholder feedback, fostering a culture of continuous learning, innovation, and responsiveness.
Continuous delivery is achievable for any software, regardless of complexity. Success depends on investment in automation, quality, and process …
Explains why promoting code through multiple branches slows delivery, increases risk, and suggests GitHub Flow or Release Flow as simpler, safer …
Velocity measures how quickly teams turn ideas into value, using build, test, deploy, and feedback times—not just story points—to track real delivery …
Discover why “done” means live in production—not just code complete. Learn to deliver real value, close feedback loops, and drive outcomes that …
Explains how audience-based deployment and testing in production enable faster feedback, safer rollouts, and higher software quality by targeting real …
Explains how fragmented automation and tool silos harm software delivery, and advocates for unified engineering systems and platform engineering to …
Value in software is only realised through delivery. Frequent releases validate assumptions, reduce risk, and enable rapid feedback, adaptation, and …
Stop relying on memory for quality. Discover why automated pipelines beat manual checks, and how embedding quality gates ensures trust, speed, and …
Rollback is often riskier than rolling forward, especially for stateful apps. Safer deployment relies on progressive delivery and fail-forward …
Explains how automation in continuous delivery improves software reliability, reduces risk, and enables faster, safer deployments through consistent, …
Explores how Visual Studio 2012 supports continuous quality enablement, automated testing, and rapid delivery in modern software development for …
Technical debt requires leadership investment to resolve; without support for automation and quality improvements, continuous delivery is not …
Automating builds, tests, and deployments with Azure Pipelines.
Adding more staging environments does not reduce deployment risk; true safety comes from automated testing, continuous integration, and quality …
Explains how short-lived topic branches in source control improve software quality, enable modularity, speed up integration, and support agile, …
Scrum teams must deliver working software to real users every Sprint; true progress is measured by delivery to production, not just by completing …
Explains how technical leaders can break down organisational silos and enforce better branching, team structures, and architecture to improve software …
Staging environments can’t fully replicate production, often leading to false confidence. Real risk reduction comes from safe, incremental releases to …
Delaying software releases increases failure risk. Frequent, small releases improve success rates, adaptability, and recovery, as shown by CHAOS …
Explores how Azure DevOps shifted from slow, two-year releases to rapid, continuous delivery, highlighting the benefits of fast feedback, agility, and …
Explains how Scrum Sprints are primarily for planning, not fixed delivery, and discusses aligning delivery schedules, continuous deployment, and …
Explains how simplifying complex software and committing to change enables continuous delivery, highlighting the need for cultural shift, resilience, …
Explores why fixed best practices don't suit complex continuous delivery, highlighting adaptive approaches like audience-based delivery, testing in …
Automating software testing to improve quality and accelerate feedback loops.
Explains why modern software teams avoid branch promotion, using continuous integration, feature flags, and production-like testing to streamline …
Explores how automation in testing, deployment, and validation streamlines development, reduces technical debt, and builds confidence for teams and …
Explores how frequent code deployments improve code quality, reduce technical debt, enable faster feedback, and support iterative, user-focused …
Explains how to set up a scalable release pipeline using Release Management in Visual Studio 2013, covering continuous release, feedback environments, …
Explores why true organisational agility needs more than Agile development, highlighting the importance of continuous delivery, quality, and removing …
Explains how feature flags enable safe, incremental software releases, support continuous delivery, and use user feedback to improve features before …
Step-by-step guide to building an automated Release Management pipeline for professional developers, covering build, deployment, environment setup, …
Explains why environment-based branching slows development, and recommends using feature flags and progressive rollouts for simpler, faster, and safer …
Explains how Windows OS updates shifted from infrequent, risky releases to safe, staged rollouts using ring-based deployment and real-time user …
Many organisations cite software complexity as a barrier to continuous delivery, but real obstacles are technical debt and lack of investment in …
Explores why traditional Dev-Test-Staging-Production pipelines fall short and highlights audience-based deployment for safer, faster feedback in real …
Undelivered software provides no value. Frequent, iterative releases reduce risk, cost, and failure, enabling faster learning and real user impact in …
Explains how Scrum supports continuous flow and agility by prioritising Sprint Goals, Done increments, CI/CD practices, and outcomes over rigid sprint …
Explains the risks of the pick-n-mix branching anti-pattern in source control, its impact on code quality, and recommends feature branching and …
Explores how increasing deployment frequency, stable environments, and fast feedback loops improve software delivery, reduce time to market, and align …
Explains why true agility requires end-to-end automation and short feedback loops, not just Agile teams, to maximise value and efficiency for …
Explains how defining quality standards, acceptance criteria, and automation in software delivery leads to predictable outcomes, fewer bugs, and …
Explains how to automate and streamline software release management using Team Foundation Server 2012, Lab Management, and Octopus, focusing on build, …
Explains how modern business applications use continuous delivery to release new features frequently, reduce risk, and improve customer satisfaction …
Explains why Git Flow is outdated for modern software, highlighting its drawbacks and recommending simpler workflows like GitHub Flow for faster, …
Explains how to set up and use Standard Environments in Visual Studio 2012 TFS for automated software deployment and testing, enabling consistent, …
Ensuring continuous delivery of incremental improvements to users and stakeholders.
Learn key strategies for building business resilience and continuity, including observability, system decoupling, routine deployments, team …
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