Operations | Monitoring | ITSM | DevOps | Cloud

Azure Functions offers a serverless solution that streamlines the development process, minimizes infrastructure overhead, and results in cost savings. The beauty of this approach is that you no longer need to grapple with server deployment and maintenance; the cloud infrastructure automatically furnishes the essential resources to support your applications.

Microsoft Azure provides a completely managed event routing service called Azure Event Grid. It allows you to respond to events received from various Azure services and external applications and forward them to different Azure services and endpoints. Azure Event Grid provides a unified way to manage events in Azure with event-driven programming. With Event Grids, you can create event-driven applications in a serverless environment, cutting down costs and performance lags.

Multiple Azure subscriptions are typically managed by a Tenant in an enterprise. Each subscription is tailored to a specific product, project, module, or environment. This article addresses the utilization of Serverless360 for the monitoring and managing these diverse Azure subscriptions.

You’re a savvy SaaS business leader, so you already know the importance of keeping costs low to maximize your margins. What you might not have considered, however, is how tracking unit cost in your cloud spend data can help you achieve optimizations far beyond what you’d get with traditional cost-cutting methods. Keep reading to learn how cloud spend unit costs can drive savings you never knew were possible.

Azure Database is a comprehensive cloud-based service Microsoft offers as part of its Azure cloud computing platform. It provides various database solutions to cater to different application needs, offering scalability, reliability, and performance. Here’s a quick look at Azure Database: Database Types: Azure Database supports various databases, including SQL databases, NoSQL databases, and data warehousing solutions.

SharePoint is a Microsoft-owned platform that provides an extensive range of solutions for content management and collaboration within and outside an organization. Built on a web-based technology stack, it integrates seamlessly with Microsoft Office 365 and offers features like document libraries, team sites, intranets, extranets, and advanced search functionalities. It can be deployed both on-premises or in the cloud.

Before you dive into SharePoint, you may wonder, “Why do I need a technical guide?” The simple answer? To unlock SharePoint’s full potential. Understanding its nuts and bolts will empower you to customize it to your needs, optimize its functionality, and elevate your overall user experience. This article goes beyond the surface-level features to explain the underlying architecture, data storage mechanisms, and much more. Ready to unlock the mysteries of SharePoint? Buckle up!

So, you’re knee-deep in the world of Microsoft SharePoint, huh? If you’re an IT professional, you’re well aware that SharePoint is no longer just a “nice-to-have” but more of a “must-have.” You’ve got two flavors to choose from: SharePoint On-Premise and SharePoint Online. Which one is the right fit for your organization? Buckle up, because we’re about to dive deep into the nitty-gritty differences, pros, cons, and everything in between.

Since the early 2010s, software delivery methods have largely evolved. While on-premises tooling defined the first wave of customizable software, the market saturation of cloud-based counterparts offers new forms of software solutions. Navigating the complexities of on-prem, cloud, and hybrid setups demands a deep understanding of each offering’s efficiencies and requirements. Learn more about on-premise vs cloud software in our comparison below.

When operating in the cloud, one of the key decisions to make is about which type of architecture to adopt for your business and customer data. This is because choosing cost-effective architecture is key to building profitable SaaS software. Single-tenant and multi-tenant cloud environments are the options to consider. Both types of architecture have security and privacy implications. There’s also the issue of cost, which differs significantly depending on the architecting model you adopt.