Azure Managed Disks are Microsoft's fully managed block storage solution for Azure Virtual Machines, removing the complexity of managing storage infrastructure while delivering reliable, scalable, and high-performance storage. Instead of manually creating and maintaining storage accounts, Azure automatically handles provisioning, availability, redundancy, and lifecycle management, allowing administrators to focus on their workloads rather than storage operations. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Azure Managed Disks in simple terms and shows how they simplify virtual machine storage in Azure. You'll learn the difference between OS disks and data disks, discover the available disk types—including Standard HDD, Standard SSD, Premium SSD, Premium SSD v2, and Ultra Disks—and understand how to choose the right option based on performance, latency, and cost. The episode also covers snapshots, backups, encryption, availability zones, redundancy optio…

Azure Disk Storage provides the persistent block storage used by Azure Virtual Machines. Unlike Azure Blob Storage, which stores files and objects, Azure Disks act like the physical hard drives in a traditional server. Every Azure VM relies on managed disks for its operating system, applications, and data, while Microsoft handles availability, durability, redundancy, and infrastructure management behind the scenes. Azure offers multiple disk types—including Standard HDD, Standard SSD, Premium SSD, Premium SSD v2, and Ultra Disks—so you can balance cost and performance based on your workload. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Azure Disk Storage in simple terms and shows how managed disks power Azure Virtual Machines. You'll learn the difference between OS disks, data disks, and temporary disks, when to use each disk type, and how disk performance is measured through IOPS and throughput. The episode also covers snapshots, backups, encryption, redun…

Azure Blob Storage is Microsoft's scalable object storage service designed to store massive amounts of unstructured data such as images, videos, documents, backups, logs, and application files. Instead of using a traditional file system, data is stored as objects called blobs inside containers, making it highly durable, cost-effective, and accessible from anywhere via REST APIs or Azure SDKs. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Azure Blob Storage in simple terms and shows why it is one of the most fundamental services in Azure. You'll learn how storage accounts, containers, and blobs work together, the differences between Hot, Cool, Cold, and Archive access tiers, and how redundancy options protect your data against failures. The episode also covers security features such as Microsoft Entra ID integration, Shared Access Signatures (SAS), encryption, private endpoints, and lifecycle management to automatically optimize storage costs. You'll also …

CI/CD pipelines are designed to accelerate software delivery, but as organizations grow, speed alone is no longer enough. Without governance, automated pipelines can spread security risks, configuration drift, compliance violations, and inconsistent deployment practices faster than ever before. In this episode, you'll learn why governance is a fundamental part of modern CI/CD rather than an afterthought. We explore how policies, security controls, and quality gates should be embedded directly into the software delivery process so every deployment follows the same trusted standards automatically. The episode explains key concepts such as Policy as Code, Infrastructure as Code, automated testing, security scanning, compliance validation, approval workflows, and continuous monitoring. Instead of relying on manual reviews, successful organizations build pipelines that enforce governance consistently across every environment. You'll also discover how platform engineering and stand…

Choosing between a monorepo and multiple repositories may look like a technical decision about Git performance, build times, or repository size. In reality, it is an organizational decision that determines how teams communicate, coordinate changes, and deliver software. In this episode, we challenge the belief that either monorepos or multirepos are automatically the better architecture. A monorepo brings applications, services, libraries, infrastructure code, and shared components together in one place. This enables unified tooling, consistent standards, atomic changes, easier refactoring, and complete visibility across dependencies. However, as more teams become involved, approvals, builds, reviews, and release planning can become increasingly complex. A multirepo model gives teams clearer ownership, independent deployments, smaller codebases, and more flexible release cycles. But the coordination work does not disappear. It moves into APIs, versioning, documentation, contract…

Microsoft Graph Data Connect is Microsoft's enterprise-scale data export solution for Microsoft 365. Instead of querying Microsoft Graph API one request at a time, Data Connect allows organizations to securely extract large volumes of Microsoft 365 data into analytics platforms such as Microsoft Fabric, Azure Synapse Analytics, or Azure Data Factory for reporting, business intelligence, AI, and machine learning workloads. In this episode, you'll learn why Graph Data Connect exists, how it differs from the Microsoft Graph API, and when each approach should be used. While the Graph API is optimized for real-time applications, automation, and user interactions, Graph Data Connect is designed for batch processing and enterprise analytics, making it possible to analyze millions of emails, Teams messages, calendar events, SharePoint files, or collaboration patterns without running into API throttling limits. The episode explains the architecture in simple terms, showing how data is ex…

Azure Storage Accounts are the foundation of data storage in Microsoft Azure, providing a secure, scalable, and highly available platform for storing virtually any type of data. Whether you need object storage, file shares, queues, tables, or disks for virtual machines, every Azure storage service starts with a storage account, making it one of the most fundamental building blocks of the Azure platform. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Azure Storage Accounts in simple terms and shows why understanding them is essential for anyone working with Azure. You'll learn how storage accounts organize and manage data, the different storage services they provide, and how they support everything from cloud-native applications to enterprise workloads. The episode covers key concepts including Blob Storage, Azure Files, Queue Storage, Table Storage, managed disks, redundancy options, performance tiers, access tiers, encryption, networking, and lifecycle ma…

Azure DDoS Protection is Microsoft's managed service for defending applications and services against Distributed Denial of Service (DDoS) attacks. It automatically detects and mitigates malicious traffic designed to overwhelm your infrastructure, helping keep applications available even during large-scale attacks. Built directly into Azure's global network, it provides enterprise-grade protection without requiring complex security appliances. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Azure DDoS Protection in simple terms and shows why it's an essential part of securing internet-facing workloads. You'll learn what DDoS attacks are, how they impact applications, and how Azure automatically identifies and blocks malicious traffic while allowing legitimate users to access your services. The episode covers key concepts including volumetric attacks, protocol attacks, application-layer threats, automatic detection, traffic mitigation, telemetry, alerting, an…

Azure Network Security Groups (NSGs) are one of the most important security features in Microsoft Azure, allowing you to control inbound and outbound network traffic for virtual machines, subnets, and other Azure resources. By defining security rules based on IP addresses, ports, and protocols, NSGs help protect workloads from unauthorized access while ensuring legitimate traffic can flow where it's needed. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Azure Network Security Groups in simple terms and shows why NSGs are a fundamental building block of every secure Azure environment. You'll learn how NSGs work, how traffic is evaluated, and how they help enforce network security without requiring additional infrastructure. The episode covers key concepts including inbound and outbound rules, priorities, service tags, application security groups (ASGs), default security rules, stateful filtering, and subnet versus network interface associations. It also exp…

Azure Virtual Network (VNet) is the foundation of networking in Microsoft Azure, allowing organizations to create secure, isolated private networks for their cloud resources. Just like a traditional network in a datacenter, a VNet enables virtual machines, applications, databases, and other Azure services to communicate securely while giving you full control over IP addressing, routing, and network security. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Azure Virtual Network in simple terms and shows why every Azure professional should understand this core networking service. You'll learn how VNets provide the foundation for nearly every Azure deployment and how they enable secure communication between cloud resources, on-premises environments, and users. The episode covers key concepts including subnets, IP address spaces, network interfaces, route tables, network security groups (NSGs), VNet peering, DNS, and hybrid connectivity. It also explains how Az…

Azure Private Link is Microsoft's networking service for securely accessing Azure services over a private connection instead of the public internet. By using private endpoints, organizations can connect services such as Azure Storage, SQL Database, Key Vault, and many others directly to their virtual network, keeping all traffic on Microsoft's private backbone network and significantly improving security. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Azure Private Link in simple terms and shows why it has become a key building block for secure cloud architectures. You'll learn how Private Link works, what private endpoints are, and why many organizations use it to eliminate public exposure for critical Azure services. The episode covers key concepts including Private Endpoints, Private Link Services, private IP addresses, DNS integration, virtual networks, and secure access to Azure PaaS services. It also explains how Azure Private Link integrates with se…

Azure Traffic Manager is Microsoft's DNS-based global traffic routing service that directs users to the best available application endpoint based on performance, geography, priority, or other routing rules. Instead of routing traffic itself, Traffic Manager uses intelligent DNS responses to improve application availability, reduce latency, and automatically fail over to healthy endpoints when outages occur. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Azure Traffic Manager in simple terms and shows how it helps organizations build highly available, globally distributed applications. You'll learn how DNS-based routing works, why Traffic Manager is different from traditional load balancers, and when it's the right solution for multi-region deployments. The episode covers key concepts including Traffic Manager profiles, endpoints, health checks, DNS routing, failover, and the different routing methods such as Priority, Performance, Geographic, Weighted, Sub…

Azure DNS is Microsoft's managed Domain Name System (DNS) service that hosts and resolves domain names using Azure's global infrastructure. It allows organizations to manage public and private DNS zones, automate DNS management, and provide fast, reliable name resolution for cloud and hybrid environments—all without maintaining their own DNS servers. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Azure DNS in simple terms and shows why DNS is one of the most fundamental services in every IT environment. You'll learn how Azure DNS translates human-friendly domain names into IP addresses, why reliable name resolution is critical, and how Azure simplifies DNS management for modern applications and cloud workloads. The episode covers key concepts including DNS zones, DNS records, public and private DNS, Azure DNS Private Resolver, alias records, and domain delegation. It also explains how Azure DNS integrates with Azure Virtual Networks, Private Link, Traffic …

The Model Context Protocol (MCP) is an open standard that allows AI applications to securely connect with external tools, APIs, databases, files, and business systems through a common interface. Instead of building custom integrations for every AI model and every application, MCP provides a universal way for AI assistants to discover tools, access data, and perform real-world actions, making it one of the key technologies behind modern AI agents. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains the Model Context Protocol (MCP) in simple terms and explores why it's becoming the "USB-C for AI." You'll learn how MCP enables AI assistants to move beyond answering questions by interacting with enterprise systems, development tools, cloud platforms, and business applications in a secure and standardized way. The episode covers key concepts including MCP clients, MCP servers, tools, resources, prompts, and the client-server architecture that powers the protocol. It…

Azure AI Search is Microsoft's intelligent search and information retrieval service for building modern search experiences and AI-powered applications. It combines traditional keyword search with vector search, semantic ranking, and AI enrichment, making it a core component for Retrieval-Augmented Generation (RAG), AI agents, and enterprise search solutions. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Azure AI Search in simple terms and shows why it has become one of the most important services for generative AI applications. You'll learn how Azure AI Search helps AI models retrieve relevant information from your own documents, databases, and knowledge bases instead of relying only on their pre-trained knowledge. The episode covers key concepts including search indexes, indexers, full-text search, vector search, hybrid search, semantic search, AI enrichment, embeddings, and data connectors. It also explains how Azure AI Search integrates with Azure Open…

Microsoft Fabric OneLake is the unified data lake at the heart of Microsoft Fabric, providing a single, centralized location for all your organization's analytics data. Instead of storing copies of data across multiple systems, OneLake enables every Fabric workload—from Power BI and Data Engineering to Data Science and Data Warehouse—to access the same data, reducing duplication and breaking down data silos. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Microsoft Fabric OneLake in simple terms and shows why it's often described as the "OneDrive for data." You'll learn how OneLake simplifies data management by providing a single source of truth for analytics, AI, and business intelligence across your organization. The episode covers key concepts including lakehouses, Delta tables, shortcuts, zero-copy data access, governance, security, and workspace organization. It also explains how OneLake integrates with Power BI, Data Factory, Data Engineering, Data Sc…

Should you choose SCCM or Microsoft Intune for endpoint management? The answer isn't as simple as picking one over the other. While SCCM has been the enterprise standard for years, Intune represents Microsoft's cloud-first approach to managing modern devices. In reality, many organizations use both together during their transition to the cloud. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains the differences between SCCM and Intune in plain English. You'll learn where each solution excels, how they complement each other, and which platform is the better fit depending on your organization's infrastructure, workforce, and cloud strategy. The episode covers key topics including software deployment, operating system management, patching, compliance, device provisioning, remote management, Windows Autopilot, co-management, and cloud versus on-premises administration. It also explains why Microsoft continues to invest in Intune while Configuration Manager remains …

Microsoft Intune is Microsoft's cloud-based endpoint management solution that helps organizations securely manage devices, applications, and users across Windows, macOS, iOS, Android, and Linux. It enables IT teams to deploy applications, enforce security policies, protect company data, and manage endpoints from a single cloud platform, making it a cornerstone of modern workplace management. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Microsoft Intune in simple terms and shows why it has become one of the most important services for managing today's diverse device landscape. You'll learn how Intune supports cloud-first and hybrid environments while replacing many traditional on-premises management solutions with a modern, scalable approach. The episode covers key concepts including device enrollment, configuration profiles, compliance policies, application deployment, Windows Autopilot, mobile device management (MDM), mobile application management (MAM)…

Azure Virtual Desktop (AVD) is Microsoft's cloud-based desktop and application virtualization service that enables users to securely access Windows desktops and applications from virtually any device, anywhere in the world. By moving desktop infrastructure into Azure, organizations can simplify management, support remote and hybrid work, and deliver a consistent user experience without maintaining traditional on-premises VDI infrastructure. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Azure Virtual Desktop in simple terms and shows how organizations can modernize end-user computing with Microsoft's fully managed virtual desktop platform. You'll learn how AVD works, why it's become a popular choice for hybrid work, and how it differs from traditional Remote Desktop Services and other virtual desktop solutions. The episode covers key concepts including host pools, session hosts, personal and pooled desktops, RemoteApp, FSLogix user profiles, autoscaling, i…

Azure ExpressRoute is Microsoft's dedicated private network connection for securely connecting on-premises infrastructure to Azure without sending traffic over the public internet. Designed for enterprise and mission-critical workloads, ExpressRoute delivers predictable performance, low latency, higher reliability, and enhanced security, making it the preferred connectivity option for organizations with demanding networking requirements. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Azure ExpressRoute in simple terms and shows how it differs from traditional VPN connections. You'll learn how ExpressRoute establishes a private connection through a connectivity provider, why businesses choose it for hybrid cloud architectures, and when its additional performance and reliability justify the investment. The episode covers key concepts including ExpressRoute circuits, private and Microsoft peering, BGP routing, redundancy, ExpressRoute Gateways, FastPath, Glob…

Azure Site Recovery (ASR) is Microsoft's disaster recovery service that helps keep business applications and workloads running during planned and unplanned outages. By continuously replicating virtual machines and physical servers to a secondary Azure region or recovery site, ASR enables organizations to recover quickly from failures while minimizing downtime and data loss. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Azure Site Recovery in simple terms and shows how it fits into a modern business continuity and disaster recovery (BCDR) strategy. You'll learn how continuous replication, failover, failback, and recovery plans work together to keep critical services available when unexpected outages occur. The episode covers key concepts including Recovery Services Vaults, replication policies, recovery points, planned versus unplanned failovers, test failovers, and automated recovery plans. It also explains how Azure Site Recovery protects Azure Virtual M…

Azure Backup is Microsoft's native backup service for protecting Azure and hybrid workloads against accidental deletion, hardware failures, ransomware, and disasters. Instead of managing backup infrastructure yourself, Azure Backup provides automated, secure, and scalable protection for virtual machines, databases, Azure Files, and many other workloads—all managed directly from Azure. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Azure Backup in simple terms and shows how organizations can build reliable backup and recovery strategies without the complexity of traditional backup solutions. You'll learn how Azure Backup works, what Recovery Services Vaults and Backup Vaults are, and why backup remains one of the most critical components of every cloud architecture. The episode covers key concepts including backup policies, recovery points, retention, snapshots, incremental backups, encryption, and restore options. It also explains how Azure Backup protects…

Azure NetApp Files is Microsoft's enterprise-grade, high-performance file storage service built for demanding workloads that require extremely low latency, massive throughput, and advanced data management capabilities. Powered by NetApp technology and fully integrated into Azure, it enables organizations to migrate business-critical applications to the cloud without redesigning their storage architecture. In this episode of Microsoft Knowledge Nuggets, Mirko Peters explains Azure NetApp Files in simple terms and shows why it is much more than just another cloud file share. You'll learn how Azure NetApp Files delivers enterprise NAS capabilities for Linux and Windows workloads using familiar SMB and NFS protocols, making it ideal for applications that demand exceptional performance and reliability. The episode covers key concepts including NetApp accounts, capacity pools, volumes, performance tiers, snapshots, replication, backups, security, and high availability. It also explain…

Artificial intelligence is fundamentally changing how developers build solutions on Microsoft Power Platform. In this episode of M365.FM, Mirko Peters is joined by Reza Niroomand to explore how AI-powered development is transforming the developer experience and why the next generation of Power Platform builders will work very differently from today. The conversation explores how tools such as Microsoft Copilot, AI-assisted coding, intelligent automation, and modern development practices are reducing repetitive work while enabling developers to focus on solving business problems. Reza shares practical insights into how professional developers and citizen developers can collaborate more effectively as AI becomes a core part of the software development lifecycle. You'll learn how the Power Platform ecosystem is evolving beyond traditional low-code development, with stronger integration into professional development workflows, source control, testing, governance, and enterprise arch…