To read the full findings from this research, visit The Cost of Cloud 2024 white paper by clicking here. As cloud computing continues to evolve, it brings many new challenges. Our latest white paper, "The Cost of Cloud 2024”, explores these emerging issues through the insights of over 500 industry professionals.

In the previous blog post in this two-part series, we discussed the critical signals you need to monitor in your Kubernetes environment to ensure optimal resource provisioning. These signals include high CPU and memory utilization, frequent pod evictions, slow application performance, and other indicators that your resources are over- or under-provisioned. Monitoring these signals is essential for maintaining an efficient, cost-effective, and environmentally sustainable Kubernetes environment.

July has been an exciting month for us here at Cycle! We've had our heads down, and have made significant advancements and launched a number of new features aimed at enhancing the overall experience for our users. As we transition into August, we're thrilled to share what we've accomplished during the month of July, and what lies ahead for the platform.

Startups often face challenges in balancing rapid development with robust infrastructure. DevOps can be the solution, but selecting the right tools can be overwhelming. Achieving a good balance of cost, scaling, security, efficiency improvement, learning curve, rapid product releases, etc. is not easy. But worry not, we will solve this problem for you today. I've compiled some of the best DevOps tools that will make the DevOps journey of a startup easier.

Organizations that run Kubernetes clusters in cloud native environments should do so in a way that’s both operationally efficient and cost effective. However, many organizations don’t prioritize cost optimization until it becomes a pressing need. This may be due to a directive from senior leadership, a significant scale-up or migration of Kubernetes clusters, or an unexpected surge in the cloud bill.

Cloud-native applications continue to evolve and grow in complexity. And that complexity hurts the most when managing Kubernetes costs in Azure. AKS cost optimization may seem obvious, but it might also seem difficult to achieve. Microsoft’s fully managed Kubernetes service can help you run, manage, and deploy containerized applications. And while it optimizes performance, it can cause unexpected costs when improperly managed.

Kubernetes 1.31 brings a plethora of enhancements, including 37 line items tracked as ‘Graduating’ in this release. From these, 11 enhancements are graduating to stable, including the highly anticipated AppArmor support for Kubernetes, which includes the ability to specify an AppArmor profile for a container or pod in the API, and have that profile applied by the container runtime.

Welcome to the shortlist, a shallow dive into important topics meant for helping developers understand important aspects of software engineering and software culture quickly.

workloads from remote clusters As Kubernetes continues to gain traction in the cloud-native ecosystem, the need for robust, scalable, and highly available cluster deployments has become more noticeable. While a Kubernetes cluster can easily expand via additional nodes, the downside of such an approach is that you might have to spend a lot of time troubleshooting the underlying networking or managing and updating resources between clusters.

Startups face unique challenges in their journey, including tight budgets, rapid development cycles, and limited resources. In this high-pressure environment, DevOps practice emerges as a crucial framework. Contrary to the misconception that DevOps is only suited for large enterprises, it offers significant advantages for startups by streamlining processes, enhancing product quality, and accelerating time-to-market.