DevOps

Software Delivery
with Containers

Imagine deploying and running your applications and services in an environment that is fully-automated, self-healing, and scaled based on incoming demand, in the blink of an eye, on a footprint smaller than any virtual machine (VM) on the market.  Technology companies, such as Google, have been doing this for well over a decade.  This platform is called a container and it is the biggest revolution in DevOps to date.

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DevOps

Branching for Team Agility

High performing Agile teams are always expected to deliver multiple features within an iteration.  To do this effectively, you must have a configuration management process and branching strategy that support concurrent feature development.  Being able to develop features in isolation will enhance your team’s ability to deliver value to your customers quickly while helping to improve quality control.

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DevOps

Managing Technical Debt

The manner in which technical debt is managed can give a company a competitive advantage when it’s most needed or destroy a well conceived product.  When incurred properly, technical debt can greatly decrease time to market, providing a short-term advantage over the competition.  But if that debt is not paid off quickly, it will slowly, yet surely, erode the quality and the value of your software.

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DevOps

Building Success with CI

Continuous Integration (CI) is one of the best methods for promoting increased productivity and higher software quality while effectively supporting Agile practices.  Development teams that are good at CI have a high confidence level in their software that resides in source control.  And through automated testing and associated metrics, they have a good understanding as to the quality of that code.

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DevOps

Quantifying Software Quality

As software development teams look for ways to improve their products and services, they often look at improving time to market, better prediction of release schedules, improving customer satisfaction, and raising overall software quality.  Software “quality” can mean a lot of things to different people.  But quality goes way beyond how well a product functions or how many bugs it contains.

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