Automating your Power BI dataset refresh can save time and ensure your reports always stay up to date. In this post, we’ll walk through how to trigger a Power BI report refresh directly from Azure Data Factory (ADF) using an App Registration in Azure Entra ID.
There was a time when moving data from multiple sources felt like untangling a giant knot. Every data refresh meant scripts breaking, manual checks, and long hours spent ensuring everything flowed from source to destination correctly. Then Azure Data Factory (ADF) entered the picture, and it didn’t just simplify ETL and ELT. It completely transformed how we think about data orchestration at scale.
Did you know you can run Azure AI services on your own infrastructure using containers? Microsoft provides container images for individual AI service APIs through the Microsoft Container Registry (MCR). This allows you to deploy AI closer to your data on-premises, in Azure, or even at the edge.
Azure AI Foundry is a powerful platform for developing and scaling AI solutions. It gives teams structure through hubs and projects, shared resources, and collaborative tools. But to get the most from Foundry, it is important to plan carefully. From resource organization to cost management, a little forethought can make your AI journey smoother and more efficient.
A project in Azure AI Foundry is a workspace designed for a specific AI development effort. Each project connects to a hub, giving it access to shared resources while also providing its own dedicated environment for collaboration and experimentation.
Azure AI Foundry is Microsoft’s dedicated platform for building, managing, and scaling AI solutions in the cloud. It is not just a collection of services, it is a structured environment designed to make AI development more efficient, organized, and secure.
With Azure AI services, you don’t need to start from scratch. Microsoft provides a suite of prebuilt, ready-to-use APIs that let you plug AI into your apps and workflows right away. Here are some of the most powerful services you can use today:
Today, the real magic of AI lies in its capabilities. These are the practical functions that bring intelligence into software applications. Let’s explore the key AI capabilities that developers are using to build smarter, more responsive, and human-like systems.
Microsoft Fabric brings together data engineering, data science, real-time analytics, and business intelligence into one unified platform. With so many capabilities available, organizations often ask: How do we get the most out of Fabric today while preparing for what’s coming next? This post shares practical performance tuning tips, cost optimization strategies, and a look at the Fabric roadmap based on the latest Microsoft updates.
In today’s data-driven world, many business scenarios demand insights not in hours or days, but in seconds. From monitoring IoT devices to tracking live transactions, real-time analytics enables organizations to act immediately. Microsoft Fabric delivers this capability through KQL databases and event streams, making it easier to ingest, query, and analyze fast-moving data at scale.
Data becomes valuable when it’s turned into insights that drive action. In Microsoft Fabric, this is where Power BI shines. By connecting directly to Lakehouses and Warehouses in Fabric, you can build interactive dashboards and reports, then publish and share them securely across your organization.
In Microsoft Fabric, raw data from multiple sources flows into the OneLake environment. But raw data isn’t always ready for analytics. It needs to be cleaned, reshaped, and enriched before it powers business intelligence, AI, or advanced analytics. That’s where Dataflows Gen2 come in. They let you prepare and transform data at scale inside Fabric, without needing heavy coding, while still integrating tightly with other Fabric workloads.
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