InfoQ Homepage Culture & Methods Content on InfoQ
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How Visual Thinking Can Help Teams Get Clarity, Be More Creative, and Have More Inclusive Meetings
Visual thinking is a way of making sense of the world through images, putting thoughts into pictures. This article is here to help you understand about visual thinking, and how you could use it to support yourself and your teams to create a more inclusive, creative and collaborative culture at work.
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Technology's Carbon Impact and What You Can Do about It
Achieving a balance between growth and efficiency can be a formidable task. However, software engineers can play a critical role at the nexus of both. This article discusses open source software tools and methodologies for balancing carbon with growth across IT organizations, and provides actionable approaches to greening IT organizations.
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/articles/Skyscanner-metrics-culture-improvement/en/smallimage/logo-1678141795806.jpg)
How Skyscanner Embedded a Team Metrics Culture for Continuous Improvement
This article explains why Skyscanner decided not just to deploy a tool, but to think about this as changing their engineering management culture to being one that values and utilises metrics to drive greater improvement at scale. It shows how they evaluated tools to find one that would enable their teams and reinforce the cultural change that was the fundamental goal of this exercise.
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/articles/rebuild-tech-culture-layoffs/en/smallimage/how-to-rebuild-tech-culture-for-those-who-survived-the-layoffs-small-1677236107330.jpg)
How to Rebuild Tech Culture for Those Who Survived the Layoffs
A wave of layoffs hit the software industry and changed the definition of tech culture. This article explores the situation across multiple tech companies, and the diverse choices made to support employees who survived, and those they had to say good-bye to. It provides suggestions for those of us who have stayed behind, and how to rebuild culture in our tech teams.
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Moving towards a Future of Testing in the Metaverse
In this article, Tariq King describes the metaverse concept, discusses its key engineering challenges and quality concerns, and then walks through recent technological advances in AI and software testing that are helping to mitigate these challenges. To wrap up, he shares some of his thoughts on the role of software testers as we move towards a future of testing in the metaverse.
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How I Contributed as a Tester to a Machine Learning System: Opportunities, Challenges and Learnings
Have you ever wondered about systems based on machine learning? In those cases, testing takes a backseat. And even if testing is done, it’s done mostly by developers themselves. A tester’s role is not clearly portrayed. Testers usually struggle to understand ML-based systems and explore what contributions they can make. This is a journey of assuring quality of ML-based systems as a tester.
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Secure Delivery: Better Workflows for Secure Systems and Pain-Free Delivery
The software delivery process has been transformed in the last decade; we’ve adopted well-understood workflows around functions such as testing, release management and operational support. In this article we'll explore the impact that security workflows have on software delivery, explain the root causes and share battle-proven techniques to show how we can make delivering secure software easier.
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/articles/tech-stack-not-meeting-needs/en/smallimage/your-tech-stack-doesnt-do-what-everyone-needs-it-to-small-1674818401120.jpg)
Your Tech Stack Doesn’t Do What Everyone Needs It To. What Next?
Stack extensibility is an essential trait of well-designed IT ecosystems. Low-code BPA (Business Process Automation) has advantages that puts it at the forefront of approaches to stack extensibility. Learn how low-code software increases process resiliency by empowering business teams with an easy-to-use, easy-to-understand and, most of all, IT-sanctioned set of tools.
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/articles/process-data-find-more-bugs/en/smallimage/logo-1674649351750.jpg)
How to Use Your Existing Software Development Process Data to Find More Bugs in Less Time
This article presents better solutions that employ data from the system under test and the tests themselves to optimize testing efforts. This allows teams to find more bugs (by making sure that bug-dense areas are tested) in less time (by reducing the executions of tests that are very unlikely to detect bugs).
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/articles/six-ways-optimize-webassembly/en/smallimage/six-ways-of-optimizing-WebAssembly-small-1674142677607.jpg)
The Six Ways of Optimizing WebAssembly
While Wasm was originally designed for the browser, it turned out to be useful for embedded programming, plugins, cloud, and edge computing. For all these use cases, performance is tremendously important and is greatly impacted by file size. In this article, we’ll look at six ways to optimize Wasm for performance and file size.
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/articles/software-testing-ai-ml-2023/en/smallimage/logo-1674221439156.jpg)
Software Testing, Artificial Intelligence and Machine Learning Trends in 2023
Technology has taken significant leaps within the last few years, introducing advancements that have taken us further into the digital age, impacting the software testing industry, and we're seeing advances in machine learning, artificial intelligence, and the neural networks making them possible. These new technologies will change how software is developed and tested like never before.
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/articles/metrics-quality-software/en/smallimage/finding-adequate-metrics-for-process-quality-in-software-development-small-1673953064694.jpg)
Finding Adequate Metrics for Outer, Inner, and Process Quality in Software Development
Implementing a feature can be measured. Quality is harder to measure. This article explores how to balance improving quality and adding new features. It dives into different domains of quality: Outer quality which is owned by the product people (e.g. product owners, testers), inner quality owned by the developers, and process quality owned by managers.