Agile
Security and agility are not mutually exclusive. Learn how leading organizations are integrating security into the DevOps pipeline—and why doing so makes both faster delivery and stronger protection possible.
DevOps is widely seen as an enabler of digital transformation, but realising its potential requires more than tooling. Here is what enterprises tackling broken pipelines, cultural scaling, and skills gaps are learning.
Agile methodology is a people-focused, iterative approach to software development built around adaptive planning, continuous feedback, and short delivery cycles. Learn how it works, its core frameworks, benefits, best practices, and the tools teams use today.
As workloads move to microservices, containers, and serverless architectures, the network is becoming the runtime. Open-source projects like FD.io are bridging the gap between NetOps and DevOps teams.
Building a high-performance engineering culture across distributed agile teams requires deliberate practices, the right tools, and organisational structures that support collaboration regardless of geography.
Agile promises faster delivery and better alignment with business needs—but it doesn’t always deliver. Here are six common failure patterns that cause agile projects to stall, and practical guidance on how to avoid them.
DevOps teams prize speed; security teams prize thoroughness. But these goals are not mutually exclusive. Learn how integrating security into your DevOps pipeline—often called DevSecOps—closes the gap between rapid delivery and robust protection.
Enterprises struggling to match the delivery speed of digital-native companies can close the gap with five concrete Agile practices: breaking down silos, involving business owners, automating testing, choosing enterprise-grade tooling, and applying machine learning to test generation.
Cloud computing offers small and mid-sized businesses real advantages in mobility, data security, and team collaboration. Here is what to consider before making the move.
Agile is no longer just a software development methodology. Discover why scaling Agile—and pairing it with DevOps—across every business function is essential for survival in a fast-moving market.
Automation is only a small part of what DevOps actually means. The harder, more impactful work lies in culture, people, and process — and no amount of tooling replaces those fundamentals.
Traditional software testing methods can undermine the speed gains of agile development. Learn how shifting QA left and right, embracing continuous testing, and changing team culture can help organisations deliver quality software faster.
DevOps adoption sounds straightforward in theory, but most organizations struggle with at least one of five recurring challenges: tool integration, configuration as code, balancing speed and cost, test data management, and infrastructure hosting decisions. Here is what to watch for and how to mitigate each.
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Agile automation testing is essential for teams expected to ship software daily or hourly. Learn the key strategies, common pitfalls, and how scriptless testing tools are democratizing test automation.
Digital transformation demands more from QA than ever before. Here are eight practical quality assurance strategies—from lifecycle test automation to Big Data testing—that help engineering teams keep pace with rapid change.
Does DevOps drive agile infrastructure, or does the right infrastructure enable DevOps? Untangling this chicken-and-egg problem is critical for enterprises navigating digital transformation.
An on-the-ground perspective from the Agile Alliance Technical Conference 2017 — covering the return to technical practices, the diffusion of Agile innovation, and what “post-Agile” really means for engineering teams.
Achieving genuine agility in DevOps requires more than tooling—it demands cultural alignment, broken-down silos, integrated toolchains, and continuous measurement. Here are six key principles to guide your organization.
Agile, DevOps, and CI have fundamentally reshaped how software architecture is designed and maintained. Static, “set it and forget it” systems no longer survive in a world that demands elasticity, speed, and continuous evolution.