Operations | Monitoring | ITSM | DevOps | Cloud

Elasticity and scalability are essential aspects of cloud computing and crucial for optimizing resource management and ensuring seamless operations. However, despite their importance, these concepts are often confused. Understanding their distinct purposes and functionalities is essential for fully leveraging the power of cloud technology. This article explores what cloud elasticity and scalability are, their key differences, and why both matter for efficient cloud environments.

Automation is something you hear a lot about in cloud computing. When done well, it helps save time and eliminates human error. Automation can also help you innovate faster because it frees up your IT talent to focus on innovation – rather than repetitive tasks. But did you know cloud orchestration could be the real reason for those benefits — and not really cloud automation?

The In-process model of running Azure Functions is being retired in favor of the Isolated model in two years. A lot of components on elmah.io are running on Azure Functions. To ensure we are running on the most modern and supported platform (also in two years), we have spent quite some time migrating from In-process to Isolated functions. In this post, I'll share both a checklist to help you do the same as well as some of the lessons learned we had during the migration.

This is a vendor guest post authored by the team at Lytix. Lytix being discussed on this blog is not an endorsement by Taloflow or an approval by Taloflow of any of the content contained herein. Taloflow is not compensated for this vendor guest post in any way and presents this post for purely informational purposes and the benefit of site users.

Storage monitoring involves discovering the estate, devices, and network interconnections. Key telemetry requirements include their states, performance metrics, and logs. As the complexity of the environment increases and storage reliability improves, the focus shifts. Understanding the layers above, such as file systems and databases, and their demand for storage services becomes crucial. This article delves into the detailed knowledge required to achieve effective observability.

We've been there, done that, and we're here to help. Drawing from our extensive experience with customers managing thousands of projects, navigating diverse tech stacks in the open source world, and tackling the complexities of ecommerce, we've put together a list of essential requirements for your next website relaunch. Consider these fundamentals from the start to ensure you benefit from enhanced site speed and performance, making your project launch smoother and more successful.

Azure storage pricing can be complex, with multiple tiers, storage types, and payment options to consider. This complexity can lead to unexpected costs, ruining your Azure cloud budget. Additional fees for read/write transactions, metadata storage, snapshots, and early deletion fees can add up. The good thing is you can review and adjust your storage configurations to minimize unnecessary costs.

In previous roles I have been both an Engineering Manager responsible for a team, and a Program Manager responsible for branching strategy and process around CICD pipelines. In both of those roles (but for very different reasons), my product's build quality has been critical to product success. The obvious "why" to this is no builds, no product, but the real why is much more nuanced.

I first started my career in IT support back in 2003 when VMs where something that was “coming” rather than mainstream, so I had the privilege of witnessing the birth of VMs first hand when my company made the switch from bare metal to VMware GSX running on top of Windows Server 2003.