A practical, hub-and-spoke guide to optimizing Azure cost without wrecking performance. Start here, then branch into the deep dives on Microsoft Fabric, Azure AI Foundry, and Azure Storage — all framed around the FinOps Inform, Optimize, Operate cycle.
A comprehensive guide to Azure fundamentals, covering the Cloud Adoption Framework, Well-Architected Framework, landing zones, resource hierarchy, service models, shared responsibility, and regional design.
MCP is the open standard that lets AI assistants reach out of the chat window and actually do things: query your Azure resources, hit your APIs, read your databases. This post covers what MCP is, how it works, why it matters for Azure users, and how to build your own custom MCP server.
You are not limited to the models Copilot ships with. Both the GitHub Copilot app and VS Code let you bring your own model providers: Anthropic, Azure OpenAI, OpenAI, local runtimes like Ollama and Foundry Local, or any OpenAI-compatible endpoint. Here is how it works and why you might want to.
Now that the Git fundamentals are in place, this post adds GitHub Copilot on top: what it actually is, how the plans differ, how the new AI Credits billing works as of June 2026, and how to fold it into the daily commit-branch-PR process without burning through your allowance.
Microsoft now has three distinct AI platforms and knowing which one to reach for can save you weeks of wasted effort. This guide breaks down Microsoft 365 Copilot, Copilot Studio, and Microsoft Foundry: what they are, how they work, and when to use each.
Foundry's cost model is a fork in the road: pay-as-you-go tokens versus provisioned throughput units. Pick wrong and you either throttle in production or pay for idle capacity. A starting-point guide to deployment types, PTU reservations, batch, prompt caching, and the model router.
Storage looks cheap per gigabyte, which is exactly why it quietly becomes one of your biggest bills. A deep dive on access tiers, lifecycle management, the reserved-capacity break-even math from TB to PB, and every little charge — transactions, retrieval, geo-replication, early-deletion — that never shows up in a per-GB estimate.
Fabric bills on capacity units, and the levers are unlike anything else on Azure — smoothing, bursting, throttling, surge protection, pause/resume, and reservations. A starting-point guide to sizing your first F SKU for performance without overpaying.
A FinOps hub turns raw Cost Management exports into a real analytics platform. This post breaks down every resource the template deploys and why, the benefits over a plain cost export, and how to interface with the data using Microsoft Fabric, Azure Data Explorer, and the FinOps Multitool.
Azure offers three commitment-based tools to cut your cloud bill — Azure Hybrid Benefit, Reservations, and Savings Plans. Here's how each one works, where they overlap, and how to stack them for maximum savings.
AI spending doesn't follow the same rules as traditional cloud infrastructure. Here's what changes, what stays the same, and how to apply FinOps to Azure AI workloads before your token bill surprises you.
Learn how to implement the FinOps framework in Azure, including billing hierarchy, cost allocation, optimization strategies, and best practices for cloud financial management.
VPN Gateway is how you connect on-premises networks and remote users to Azure over encrypted IPsec tunnels. This post covers the connection types, SKUs, and components, walks through a site-to-site setup, and lays out the best practices that keep the tunnel up.
Connectivity problems in Azure are rarely straightforward. Traffic passes through NSGs, UDRs, firewalls, App Gateways, and Front Door before it ever reaches your app. This post walks through the tools and logs you need to actually find where things are breaking.
Application Gateway is Azure's Layer 7 load balancer with built-in WAF, URL routing, and TLS termination. Learn when to choose it over Front Door, Load Balancer, or Traffic Manager, and follow a step-by-step setup guide sourced from Microsoft docs.
Managing DNS in the cloud is critical for ensuring reliable name resolution and secure connectivity. Azure DNS is Microsoft's managed DNS service that lets you host your DNS domains in Azure, providing high availability, scalability, and integration with Azure resources. Learn about DNS zones, records, private DNS, DNS resolver, and the new DNS Security Policy for threat protection.
A deep dive into Azure ExpressRoute: what it is, why enterprises use it, connectivity models, circuit SKUs, peering types, and key design considerations for hybrid connectivity.
Already in Azure but not aligned with best practices? This guide walks through how to transition an existing brownfield environment to the Azure Landing Zone reference architecture, step by step, without disrupting production uptime.
A deep dive into Azure Web Application Firewall on Application Gateway — what it replaces from the on-prem world, how to configure WAF policies with managed and custom rules, and how it protects external traffic entering your Azure environment.
A practitioner's guide to Microsoft Entra B2B collaboration covering what it is, how guest accounts work, external collaboration settings, cross-tenant access settings, Conditional Access for guests, M365 sharing controls, and monitoring.
Learn how to configure a Network Policy Server (NPS) with Microsoft Entra ID Multi-Factor Authentication to secure RADIUS-based authentication for VPNs, network switches, and wireless access points.
A self-hosted integration runtime lets you pull data from private on-premises and other-cloud sources into Azure without opening a single inbound port. This post covers how the SHIR works, the difference between Azure Data Factory and Synapse pipelines, the private endpoint and DNS setup that trips most people up, how Power BI reaches the data, real use cases, and where Microsoft Fabric takes all of this next.
Git is the foundation everything else in modern development sits on, including GitHub Copilot. This post breaks down the commands that matter, why each one exists, and how they fit a real team workflow, then shows where Copilot speeds you up once the fundamentals are solid.
Log Analytics is where Azure's diagnostic data lands. KQL is how you actually get answers out of it. This post covers the workspace model, the tables that matter most, and a set of practical queries you can use right now.
An open-source AI agent that runs live Azure infrastructure assessments using MCP servers, Azure Resource Graph, and GitHub Copilot. Learn how it works, how to deploy it, and how to build your own MCP-powered agent for any domain.
Azure Verified Modules (AVM) is Microsoft's answer to the fragmented IaC module landscape. Learn what AVM is, why it matters, how the module types work, and how to start using it in your Bicep or Terraform deployments today.
A PowerShell WPF tool that scans your Azure subscription for tagging gaps and lets you bulk-apply or remove tags at scale, built for the moment before you flip a tag policy from audit to deny.
The Azure FinOps Multitool now comes in four flavors: a Windows GUI, a cross-platform terminal UI, an MCP server for AI agents, and an automated function for scheduled scans. It reads from your FinOps Hub or Cost Management exports first and falls back to live APIs when it needs to, giving you a fast, accurate picture of your Azure costs, tagging health, and optimization opportunities.