For more complex systems with hardware and software, a continuous integration approach is required (see the Enterprise Solution Delivery article ) to balance the economic trade-offs between frequency, the scope of integration, and testing. For purely software-based solutions, continuous integration is relatively easy to achieve with modern tools. But the fact remains that frequently integrating and testing features together is the only practical way to validate a solution fully.Īs a result, teams need a balanced approach that allows them to build-in quality and gets fast feedback on their integrated work. CI is even more complicated when systems comprise software, hardware, components, and services provided by suppliers. Each platform has technical constructs which need continuous integration to validate new functionality. In larger, multi-platform software systems, the challenge is harder. CI is most easily applied to software solutions where small, tested vertical threads can deliver value independently. With continuous integration, the system always runs, meaning it’s potentially deployable, even during development.
It improves quality, reduces risk, and establishes a fast, reliable, and sustainable development pace. DetailsĬontinuous integration is a critical technical practice for each Agile Release Train (ART). Continuous integration in the context of the continuous delivery pipeline.
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