Continuous Delivery for Complex Software
Continuous delivery is achievable for any software, regardless of complexity. Success depends on investment in automation, quality, and process …
Achieving excellence in software craftsmanship, architecture, and engineering practices.
Technical Mastery refers to the pursuit of excellence in software craftsmanship, architecture, and engineering practices. It encompasses a deep understanding of technologies, methodologies, and tools that enable teams to create high-quality products efficiently. This mastery is crucial as it directly impacts a team’s ability to deliver value predictably and sustainably, fostering a culture of continuous improvement and innovation.
By cultivating Technical Mastery, organisations empower their teams to tackle complex challenges with confidence, ensuring that solutions are not only effective but also maintainable over time. This long-term focus on quality and skill development leads to reduced technical debt, enhanced collaboration, and improved responsiveness to changing market demands.
Moreover, Technical Mastery supports the principles of Agile and DevOps by promoting a shared understanding of best practices and fostering a mindset of experimentation and learning. It enables teams to implement robust engineering practices, such as automated testing and continuous integration, which are essential for maintaining a steady flow of value delivery. As teams become more adept at their craft, they can better align their efforts with organisational goals, ultimately driving greater success and resilience in an ever-evolving landscape.
Continuous delivery is achievable for any software, regardless of complexity. Success depends on investment in automation, quality, and process …
Explains how to engineer a robust, fault-tolerant token counting server using FastAPI and PowerShell, covering error handling, retries, fallbacks, and …
Explains how adopting test-first practices in software development improves quality, reduces bugs, and enables confident continuous delivery by …
Explains how fragmented automation and tool silos harm software delivery, and advocates for unified engineering systems and platform engineering to …
Explains why promoting code through multiple branches slows delivery, increases risk, and suggests GitHub Flow or Release Flow as simpler, safer …
Explores Agile as a disciplined system of delivery, emphasizing engineering excellence, CI/CD, observability, and system design over mindset or …
Explores the financial, productivity, and reputational impacts of poor-quality code, and offers practical steps to turn code quality into a …
Getting Started with the Definition of Done (DoD). Every team should define what is required, what criteria must be met, for a product increment to be …
Explains how audience-based deployment and testing in production enable faster feedback, safer rollouts, and higher software quality by targeting real …
Resilience must be designed into products from the start, not added later. Build systems to detect, contain, and recover from failures, making …
Still deploying manually? Discover why automation isn’t optional—protect your business, avoid disaster, and deliver value with modern engineering …
Learn how evolving engineering practices like Feature Flags, TDD, and refactoring enable smoother Sprint workflows and reduce technical debt in Scrum …
Explains why business logic should not be written in stored procedures, highlighting testability, maintainability, scalability, and strategies for …
NKD Agility helped SLB unify build and release processes across 90 teams in 13 countries, boosting team ownership, efficiency, and engineering …
Velocity measures how quickly teams turn ideas into value, using build, test, deploy, and feedback times—not just story points—to track real delivery …
Scrum Masters must have technical and business expertise to guide teams, improve code quality, and drive real agility—not just schedule meetings. …
Applying software engineering principles to ensure scalable and reliable systems.
Test First is a practice that defines success before implementation. It supports manual and automated testing, with a strong preference for automation …
Explains how managing and repaying technical debt improves software quality, delivery speed, and long-term value by addressing both known and unknown …
Explores why fixed best practices don't suit complex continuous delivery, highlighting adaptive approaches like audience-based delivery, testing in …
Learn how to upgrade legacy .NET and ASP.NET MVC projects to SDK-style for easier builds, modern tooling, and future readiness, including tips for …
Explains how technical leaders can break down organisational silos and enforce better branching, team structures, and architecture to improve software …
Stop paying the hidden costs of weak delivery. Discover how a strong, shared definition of done builds trust, quality, and real agility in your team.
Stop firefighting late-stage bugs—discover how shifting left saves time, money, and reputation by building quality in from the start. Learn the …
Stop relying on memory for quality. Discover why automated pipelines beat manual checks, and how embedding quality gates ensures trust, speed, and …
The foundation of Agile: clean code, automation, and test-first development.
Many organisations cite software complexity as a barrier to continuous delivery, but real obstacles are technical debt and lack of investment in …
Ensure software quality and reliability with Automated Testing. Detect issues early, reduce manual effort, and accelerate delivery.
Explores how lacking developer control over production, telemetry, and deployments undermines DevOps, leading to fragile automation and failed …
Explains how generative AI and PowerShell scripts automate and improve blog post tagging and categorisation in Hugo, with human oversight and …
Struggling with technical debt? Discover practical ways to tackle legacy systems, boost team morale, and deliver value—without grinding to a halt.
Technical Excellence encompasses engineering practices and methodologies that enhance agility, improve code quality, and enable continuous delivery.
Explains how adopting a shift-left approach in software development improves quality, speeds up delivery, reduces costs, and fosters collaboration by …
Explains how the Definition of Done evolves in Scrum, aligning team practices with organisational standards to ensure consistent quality, compliance, …
Managing and reducing technical debt to maintain sustainable development velocity.
Ensure fast, reliable development with Continuous Integration (CI). Merge code frequently, detect errors early, and maintain a healthy codebase.
Maintaining multiple production versions increases bugs, merge conflicts, and technical debt, making development harder and less efficient for …
Explains how to create, apply, and improve a Definition of Done (DoD) in Scrum to ensure software quality, transparency, and consistent delivery of …
Learn how to prevent bad code, distinguish technical debt from incompetence, and apply practical strategies like code reviews, testing, and …
Engineering excellence isn’t perfection—it’s continuous improvement, clean code, and fast feedback. Unlock true agility with modern Agile and DevOps …
Adding more staging environments does not reduce deployment risk; true safety comes from automated testing, continuous integration, and quality …
Scrum teams must deliver working software to real users every Sprint; true progress is measured by delivery to production, not just by completing …
Many Scrum Masters lack core Scrum knowledge and technical skills, leading to poor team support. Learn key competencies needed for effective, …
Excessive handoffs in software development create delays, reduce quality, and harm team morale. Learn how eliminating handoffs boosts agility, flow, …
Best practices for version control and branching strategies in modern software development.
Automating software testing to improve quality and accelerate feedback loops.
Struggling with inconsistent delivery? Discover why a shared definition of done is key to predictable, high-quality results your teams—and …
Is your team’s “done” really done? Discover how a clear, objective definition of done boosts quality, agility, and trust in product delivery.
Stop flying blind after release—learn why telemetry is vital to your Definition of Done and how real feedback drives better software, value, and team …
Unlock legacy system agility—discover how DevOps transforms slow, brittle tech into fast, scalable, and change-ready platforms without starting from …
Explores why traditional Dev-Test-Staging-Production pipelines fall short and highlights audience-based deployment for safer, faster feedback in real …
Explains how managing technical debt and distinguishing it from poor quality can boost product efficiency, reduce costs, and support sustainable …
Unlock a smarter Definition of Done—start small, evolve standards, and build team momentum without overwhelm. Discover how progress drives excellence.
Explores how optimising systems, reducing technical debt, and strong leadership improve engineering quality, productivity, and innovation while …
Explores how DevOps transformation, refactoring, and ownership reduce technical debt, streamline development, and boost efficiency, team satisfaction, …
Explains the difference between subjective goals and the objective Definition of Done in Scrum, highlighting how clear, measurable criteria ensure …
Explores how technical excellence in Agile development reduces risk, prevents technical debt, and boosts product quality and delivery speed through …
Professional Scrum Teams prioritise software quality, accountability, and continuous improvement, ensuring each release is reliable, defect-free, and …
Explains technical debt in software development, its impact on teams, and practical strategies to identify, manage, and reduce it for long-term …
Explains the risks of the pick-n-mix branching anti-pattern in source control, its impact on code quality, and recommends feature branching and …
We partner with businesses across diverse industries, including finance, insurance, healthcare, pharmaceuticals, technology, engineering, transportation, hospitality, entertainment, legal, government, and military sectors.
Flowmaster (a Mentor Graphics Company)
Brandes Investment Partners L.P.
CR2
Teleplan
NIT A/S
Higher Education Statistics Agency
Microsoft
Schlumberger
Sage
Deliotte
Cognizant Microsoft Business Group (MBG)
Workday
Qualco
Lockheed Martin
Slaughter and May
Akaditi
ALS Life Sciences
Trayport
Royal Air Force
Washington Department of Transport
Washington Department of Enterprise Services
Nottingham County Council
New Hampshire Supreme Court
Ghana Police Service
Ericson
Teleplan
ALS Life Sciences
Philips
Emerson Process Management
Workday