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A recent Kubernetes Adoption Report showed that 68% of surveyed IT professionals adopted containers more during the pandemic. Among their goals were accelerating deployment cycles, increasing automation, reducing IT costs, and developing and testing artificial intelligence (AI) applications. But, what role does container technology play in this? This guide shares what containers are, how container orchestration works, and more.

At first, the differences between common configuration management tools might seem marginal. But choosing the right solution for automated configuration management can make a huge difference. Some tools will have features that align with your organization’s goals, while others won’t. The choice between Puppet vs. SaltStack is one such decision, and it’s a little more nuanced than you might think.

SharePoint Online is a robust cloud-based service offered by Microsoft as part of the Office 365 suite. It enables organizations to create websites for information sharing, document management, and collaboration at scale, serving everything from small projects to enterprise-level deployments. As organizations increasingly shift to remote work environments, the ability to securely manage and collaborate on content has become crucial.

While last month’s Enterprise Connect 2024 (EC24) show seemed a bit light in terms of headline news, it did offer one high impact storyline around the integration of AI services with the PSTN. EC24 showcased the addition of AI services, including transcription and meeting minutes, to PSTN call using popular UC services (Teams, Zoom, Webex, Ring Central). While these have been in place for conference calls for almost a year, AI for one-to-one calls via the PSTN is new in 2024.

The biggest driver behind the Internet of Things (IoT) is the value that can be unlocked through data analytics. When you have hundreds, thousands, or millions of devices capable of reporting on an almost unlimited number of attributes, statuses, or environmental factors, the opportunity for businesses to create optimisations or brand new revenue streams is huge.

Bitbucket Pipelines has seen amazing adoption over recent years, with millions of developers and teams using it to build better software every day. As part of our ongoing commitment to improving performance and reliability, we are in the process of making enhancements to our cloud infrastructure. These changes will also unlock a range of powerful new capabilities for customers that will turbocharge their CI/CD workloads and empower engineers to focus more of their energy on building great software.

As complex as Kubernetes is, much of it can be distilled to one simple question: how do we keep containers available for as long as possible? All of the various utilities, features, platform integrations, and observability tools surrounding Kubernetes tend to serve this one goal. Unfortunately, this also means there’s a lot of complexity and confusion surrounding this topic. After all, most people would agree that availability is important, but how exactly do you go about achieving it?