Agile Development | News, how-tos, features, reviews, and videos
Cloud-native computing takes advantage of many modern software development techniques including microservices, containers, CI/CD, agile methodologies, and devops.
Everyone talks about agile development, but how does it really work? Learn how teams use scrum, kanban, and other agile methodologies to deliver better software.
The technical lead role is an important career milestone for many engineers. Here's an inside look at the questions interviewers ask and what they’re looking for.
Partnerships can accelerate technological innovation in agile, devops, and data science. Just make sure you start with a strong foundation in place.
Engineers can use devops as a springboard to architecture, data science, provisioning, machine learning, security, and other fields that need experts.
Tools are helpful, but they can’t replace trust and appreciation. Follow these expert tips to better connect with your team members an ocean away.
If you're struggling to find cost savings in complex workflows, agile and devops practices offer ways to find the best opportunities in uncertain times.
Management is obsessed with measuring everything, and this obsession is sabotaging the quality solutions that software engineering teams can craft.
Continuous architecture offers flexibility to adapt to new business requirements and user needs.
If cloudops isn't going well, perhaps important planning is being overlooked or left until too late in the process.
When companies have a mix of employees at home and in the office, it’s vital that important agile ceremonies bring everyone together.
With best practices and a commitment to not let technical debt grow, developers can make a solid business case, especially when staffing and money are tight.
Most organizations today practice some form of agile development, but it wasn't always so. To understand agile's success, it helps to look back to the heyday of the waterfall methodology and the birth of the Agile Manifesto.
Why are Go program binaries so large, compared to similar programs written in other languages like C or C++? In this video we'll go into the details of why Go binaries are the sizes they are, and what you can do about it -- that is, if you need to do anything about it!