Now Available: Management Group–Scoped Savings Plan and Reservation Recommendations in Azure
Smarter commitments, at the scope that matters We're excited to announce that both savings plan and reservation (including P3) recommendations are now available at the management group scope in the Azure Portal and via REST API. With management group–scoped recommendations, you can now evaluate and act on both your savings plan and reservation opportunities across an entire organizational hierarchy in a single, unified view. If you manage cost and commitments across a multi-subscription estate, this is another way to maximize both your savings plan and reservation commitment coverage with confidence. The value proposition Management groups are how enterprises organize subscriptions to reflect their real business structure — by department, environment, geography, or line of business. Bringing savings plan and reservation recommendations to this scope delivers three key benefits: Aggregated purchasing power. Recommendations account for the combined, steady-state usage and spend across the subscriptions under a management group. For both reservations and savings plans, this surfaces commitment levels that better reflect true aggregate consumption. Governance-aligned decisions. FinOps teams and central IT can generate and review both savings plan and reservation recommendations at the exact organizational boundary where budget and commitment decisions are actually made — no more reconciling dozens of separate subscription-level recommendations. Reduced analysis overhead. A single API call or portal view returns recommendations for an entire management group, with configurable term and look-back period. Less manual aggregation, faster time to a confident purchase decision. How it works The recommendation engine analyzes your historical usage over your selected look-back window, models the optimal commitment, and projects the expected savings versus pay-as-you-go pricing — now with the management group as a first-class scope for both savings plans and reservations. In the Azure Portal: Navigate to the Savings plans or Reservations purchasing experience, then select a management group scope to view aggregated recommendations. Via the REST API: For savings plans, call the Savings Plan Recommendations endpoint with a management group scope. For reservations — including P3 — call the Reservation Recommendations endpoint with a management group scope. Get started today Explore the Benefit Recommendations and Reservation Recommendations API references to start integrating management group recommendations into your FinOps tooling today.
You Get One Exchange Left: Rethinking Azure Commitments Before February 2027
Azure gives you two main ways to pay less by committing up front. A reservation gets you the deepest discount, but you are locking in a specific SKU in a specific region. A savings plan gives up some of that discount in exchange for freedom: you are only committing to spend a certain amount per hour on compute and database services, and it does not care which region you spend it in. Until now, a reservation could move with you. If your infrastructure or database environment changed, or a workload had to move to a new region, you exchanged the reservation for one that matched where things had landed. That flexibility is why teams could commit early and adjust as the environment evolved. That flexibility is changing. From February 1, 2027, you can no longer exchange a reservation for any service that a savings plan covers. Neither product is changing. What is changing is how much room you have to adjust a commitment after your environment shifts, which means the order you make these decisions in matters a lot more than it used to. What's changing Here is what is affected as of the announcement. Compute: Azure Virtual Machines (including swapping between non-premium and premium storage), Azure Dedicated Host, and Azure App Service. Databases: Azure Database for PostgreSQL, Azure Database for MySQL, Azure DocumentDB, Azure Cosmos DB, Azure SQL Database, and Azure SQL Managed Instance. That list will grow. As savings plans start covering more services, reservations for those services automatically fall under the same rule. Products that are being retired are excluded, and so are clouds where savings plans are not offered. Two details really matter. If you own a reservation for one of these services and you bought it before February 1, 2027, you get one final exchange after that date. Just one. Buy on or after that date and you get none. Full details, including the FAQ, are in the official announcement: "Reservation exchanges for Azure services covered by savings plans end starting Feb. 1, 2027". What's staying exactly the same This is worth spelling out, because it is easy to read more into the announcement than is actually there. All of this still works. VM instance size flexibility is untouched. Cancelling a reservation is untouched. Trading a reservation in for a savings plan is still there. Buying and renewing reservations is still available, and still the right call for steady workloads. Reservations are not going anywhere. The only thing changing is your ability to swap one for another when your environment moves underneath it. The part most teams get backwards You cannot think clearly about timing without this, and it is the thing people most often have wrong: reservations and savings plans are not a choice between two options. You can use both. They stack, and they apply in a set order every hour. Reservations go first, on anything they match. The savings plan picks up what is left, up to your hourly commitment. Whatever is still uncovered bills at pay-as-you-go, using your negotiated rate. Here is one hour, made concrete. Say you have reservations covering $10 an hour of matching VMs, plus a savings plan committed at $5 an hour. In an hour where you use $18 of eligible compute, $10 gets reservation pricing, $5 gets savings plan pricing, and the last $3 bills pay-as-you-go. The savings plan did not fight the reservation for that spend. It caught the overflow. Two things people assume that are not true. The terms do not have to match: a three-year reservation and a one-year savings plan work fine side by side. And you do not tag or assign anything. Once you buy a savings plan, it looks across whatever scope you bought it at and applies itself wherever it finds a fit. That flexibility is the whole point. A savings plan ties you to an hourly amount, not to a SKU or a region. A reservation ties you to both. Before February 2027 that difference was mostly about how big a discount you got. After, it also decides how easily your commitment can follow the environment as it changes. Three rules for buying from here on Lean on savings plans while things are still moving Before you commit to anything, ask what is going to change in the next ninety days. If a team is midway through centralizing their networking and is about to delete every per-subscription VPN gateway, any recommendation you generate this week will be wrong next month. Azure Advisor rescans every day and rewrites its recommendations as your environment shifts. If a workload is mid-migration, mid-consolidation, or mid-anything, a savings plan gets you a similar discount without locking you in. Move it to a reservation once it is genuinely settled. A domain controller running around the clock in one region is the textbook reservation. Something still being actively built is not. Start short, and know why that matters now Three years gets you the best rate. Starting with one year and extending as you get more confident was always the sensible approach. Now it carries more weight, because a reservation can no longer be exchanged when your environment moves. If one stops matching, your options are to cancel it under the existing policy, or trade it in for a savings plan. That is the whole list. Buy at the business-unit level, not the tenant level Buy everything centrally and you take away each team's ability to pick what suits their own workloads. Then, when a team wants more coverage than the central purchase gives them, they go and buy their own at subscription level, and now you are paying for the same thing twice. Buying per business unit also makes chargeback far easier, because the discount ends up sitting where the spending happens. Clean up before you commit There is a step that comes before all of this, and it is not new advice. Azure Advisor already flags unattached disks, idle virtual network gateways, and VMs that should be resized or switched off. If you have not done that sweep, "Identify your savings potential in Azure" walks through the tools properly. What is new is what happens if you skip it. Leftover and idle resources do not just eat into your savings. They inflate the number you size your commitment against. Commit against a messy environment and you have just locked in one to three years of spend on resources that should not be running. Up to now, an exchange gave you a way to adjust that later. Cleaning up used to be good housekeeping. Once you cannot exchange out of a reservation, it is genuinely about limiting risk. The same goes for the workloads you are keeping. Switch off VMs outside business hours before you buy a reservation, not after. Reservations only pay off on workloads that run constantly, and once you have bought one you owe the money whether the VM is running or deallocated. Scaling up and never scaling back down is the same problem wearing a different hat. How to check it actually worked Your reservation and savings plan discounts show up on the invoice under amortized cost. Three columns tell the story. Pay-as-you-go price is the list price. Unit price is your negotiated discount, before reservations are applied. Effective price is what you genuinely paid once reservations and savings plans were counted. There is no neat query for this. You read it off the invoice. It is the clunkiest part of the whole process and it is the first thing your finance partner will ask about, so get it into your reporting now rather than during your first chargeback cycle. What to do in the next ninety days List every active reservation you hold for an affected service. Work out which ones no longer match the workload. Those are your candidates for that one remaining exchange. Decide deliberately where that one exchange does the most good. Clean up orphaned disks, idle gateways, over-replicated storage, and scale-ups nobody scaled back down. Re-baseline your commitment sizing against the tidied-up environment. Buy at business-unit level, leaning toward savings plans anywhere the workload is still changing. The takeaway Reservations and savings plans both still work, and both still save you real money. What changes on February 1, 2027 is that a reservation can no longer be exchanged when your environment moves, so the decision has to be right at the point you make it rather than adjusted afterwards. That puts the weight on sequence: clean up first, size the commitment against what is actually running, use savings plans while a workload is still settling, and move to a reservation once it has stopped moving. The deadline is not something to panic about. It is a good excuse to finally do the bit most cost programs skip.
Announcing savings plan for databases: flexible savings for modern, evolving workloads
As organizations modernize their data platforms, database environments are constantly changing. Teams migrate between services, scale across regions, and evolve architectures to support new applications and AI driven workloads. But optimizing costs in these environments can be challenging, especially when savings options require locking into specific services, regions, or configurations. To help with these challenges, we’re introducing savings plan for databases, a new way to save on eligible database services while maintaining the flexibility needed to modernize and grow your business. Savings plan for databases helps IT, engineering, and FinOps teams reduce database costs with a simple, spend based commitment—without slowing down architectural change. New: Choose a 3-year term for longer-term planning Savings plan for databases now gives you more choice in how you plan for your database investments, with 1-year and 3-year commitment options. Both terms provide the same discounted pricing, so the choice is less about finding a different discount and more about selecting the commitment period that best aligns with your business plans, workload lifecycle, and cloud strategy. The 3-year option can be a strong fit for organizations with longer-term database migration, modernization, or optimization initiatives. It provides a longer planning horizon for organizations that want predictable savings aligned to a multi-year database roadmap, while reducing the need to make a new commitment decision each year. If your database needs are changing more quickly or you prefer to reassess your commitments annually, the 1-year option may be a better fit. Choose the commitment term that matches your planning horizon: 1 year: Greater flexibility to reassess your database strategy and commitments annually. 3 years: Greater continuity for longer-term database strategies, migration and modernization programs, and multi-year planning. Whichever term you choose, savings plan for databases continues to give you the flexibility to save as your eligible database usage evolves. What is savings plan for databases? Savings plan for databases is a spend based pricing model that enables customers to save on eligible database services by committing to a fixed hourly spend for one year. In return, customers receive lower prices—up to 35% compared to pay-as-you go pricing on select services*. Instead of committing to a specific database service, region, or configuration, customers commit to an hourly dollar amount (for example, $5 per hour). The plan automatically applies savings to eligible database usage each hour, prioritizing the usage that delivers the greatest savings first—across services and regions—until the hourly commitment is met. Any usage beyond the commitment continues at pay-as-you go rates, ensuring flexibility as needs change. Pricing is for illustrative purposes only. Benefits designed for modern database workloads Flexibility as environments evolve Savings plan for databases is designed for change. Savings continue to apply as workloads modernize or move across regions—without requiring customers to repurchase or reconfigure commitments. This makes it well suited for dynamic environments where architectures are expected to evolve over time. Automatic cost optimization With a single hourly commitment, customers unlock discounted prices on eligible database usage. Savings are applied automatically each hour, ensuring customers get the most value from their commitment without manual management or constant tuning. Predictable budgeting and forecasting A fixed hourly spend replaces variable pay-as-you-go costs with a predictable commitment, making it easier for FinOps and IT finance teams to forecast spend, plan budgets, and manage cloud investments with confidence. What services that are covered with the savings plan for databases: Savings plan for databases pricing How to purchase a savings plan for databases Getting started is simple: Review personalized recommendations in the Azure portal based on recent database usage. Choose an hourly commitment and scope it into a subscription, resource group, management group, or entire account. Select a payment option—pay monthly or upfront at no additional cost—and optionally enable auto‑renewal. Once purchased, savings are applied automatically to eligible database usage every hour. Learn more here on how to purchase a savings plans here. Example: saving while modernizing Consider a team running a global application that uses Azure SQL Database and Azure Database for PostgreSQL today, with plans to expand into additional regions over the next year. Instead of purchasing individual reservations tied to specific services or regions, the team purchases a 1‑year savings plan for databases with a $5/hour commitment. As usage shifts across database services and regions, Azure automatically applies discounted prices to eligible usage up to the hourly commitment. The team continues modernizing without disruption—while benefiting from predictable savings. Summary Savings plan for databases provides a new way to optimize database costs —without locking into fixed architectures. With hourly commitments, automatic optimization, and predictable costs, it’s designed to support modernization today and continued growth tomorrow. Get started You can begin saving today: View your recommendation in Azure Advisor Purchase a plan in Azure portal Visit the Savings plan homepage Review the Microsoft Documentation Watch demo videos at the Azure Essentials Show *Customers may see savings estimated to be between 0% and 35%. The 35% savings estimate is based on one Azure SQL Database serverless running for 12 months at a pay-as-you-go rate vs. a reduced rate for a 1-year savings plan. Based on Azure pricing as of March 2026. Prices are subject to change. Actual savings may vary based on location, database service, and/or usage. ** Note that savings plan for databases will also be consumed by SQL Server on Azure Virtual Machines and SQL Server enabled by Azure Arc hourly license at the normal pay-go price.Cost increases when selecting Amortised cost in cost analysis
Hi, this seems like a bug. When i select Amortized cost in Cost analysis, our monthly cost jumps from $25,664.54 to $76,315.83. The resource that causes the jump is a Reservation for a D4asv5 virtual machine. It jumps to $3,120.09 per day. Can someone please try it their side.Sentinel Foundry - MCP Server (Github Community Release)
I’ve been cooking something that a lot of people in SOC have been struggling with — especially on the engineering side of Microsoft Sentinel. Thanks to the Microsoft Security team for shaping the capabilities of Sentinel even better with Sentinel Data Lake & Modern SecOps. Today’s the day I can finally share it. Note: This is not an official Microsoft product, but it is designed to make the Sentinel Build even better (complement) with much more intelligence. 🚀 Sentinel Foundry is now in public preview with 43 tools. (Sentinel Foundry - MCP Server) It’s an MCP server built to act like the brain of a strong Sentinel engineer — helping make building, improving, and operating Sentinel far more practical, faster, and honestly more enjoyable. For a lot of teams, the challenge is not understanding what Sentinel can do. The hard part is the engineering work around it: -> Deciding what data should actually be ingested -> Building a clean, scalable Sentinel foundation -> Writing useful detections instead of noisy ones -> Balancing security value with cost -> Turning ideas into deployable engineering outputs That is exactly why I built Sentinel Foundry to help communities grow stronger. It helps with the real engineering tasks behind Sentinel — from architecture thinking to detection design, deployment planning, ingestion strategy, automation ideas, and many of the workflows outlined in the GitHub project. How does it work? Here’s one of the flagship prompts I ran with it: “Give me a complete security posture report for our workspace. Score each pillar and tell me what to prioritise.” And within seconds, it produced a structured engineering blueprint that would normally take a lot longer to pull together manually. You can see the example prompts here in what it can do: https://github.com/prabhukiranveesam/Sentinel-Foundry#what-can-it-do I want building Sentinel to feel less like repetitive engineering overhead — and more like real security engineering that is fast, creative, and enjoyable. If you work with Sentinel as a SOC L2 analyst, engineer, detection engineer, consultant, or architect, I’d genuinely love for you to try it and tell me what you think. 🔗 Public Preview: https://github.com/prabhukiranveesam/Sentinel-Foundry This is just the start of an AI era — and I’m excited to keep shaping it with more powerful features over the coming days. This is very easy to set up and will be available to all of you at no cost during this month as part of the public preview, and your feedback is extremely valuable to shape this as a powerful solution.Cap it with GitHub, make it count with Azure: governing GitHub Copilot spend
GitHub Copilot is now usage-based. Here is a working, one-command pattern to govern the spend: route Copilot BYOK through an Azure API Management gateway in front of Azure AI Foundry for real-time per-developer token quotas, per-developer metrics, and consumption on your own Azure meters.NCE in Azure Government
Can anyone give me a status on NCE for Azure Gov? We have a large number of older legacy subscriptions we'd like to get off of and onto Azure Plans and as I read it until NCE is available in Gov that isn't going to be an option unless we do a resource migration (which is expensive and an exercise the customer shouldn't have to go through to get access to the cost management tools). Thanks in advance!Right‑sizing Azure Savings Plans, one hour at a time
Most of us have, at some point, sized a commitment the same way we order food for a team offsite: estimate, round up, and hope nobody complains. It works for pizza. It is a less robust strategy for a three‑year Savings Plan. Azure Cost Management already produces commitment recommendations for you, and they are a great starting point. But the headline dollar figure on the portal hides the most useful signal a FinOps team can get its hands on: the hourly Pay‑As‑You‑Go (PAYG) usage that the recommendation engine actually looked at. Once you have that signal in a spreadsheet, "right‑sized" stops being a vibe and starts being a number you can defend in a steering meeting. This post walks through how to pull that data out of the Cost Management REST API, and shares a small companion PowerShell script that does the heavy lifting and produces analyst‑friendly CSV and Markdown outputs. Why a single recommended number isn't enough A Savings Plan recommendation is, at its core, an optimisation against a distribution of hourly compute spend over a lookback window. The portal typically surfaces the single commitment level that maximises savings under a "reasonable utilisation" assumption. That's a sensible default, but it answers only one question. The questions FinOps practitioners also want to answer include: What does my PAYG demand actually look like hour‑by‑hour? Smooth and predictable, or spiky and seasonal? How does coverage and savings change if I commit a bit less, or a bit more? Will the recommended commitment leave me with wastage on weekends or overnight? Can I correlate the hourly profile with maintenance windows, batch jobs, or business hours? You cannot answer those questions with a single dollar figure. You can answer all of them with the hourly series and the alternative commitment levels — and the API exposes both. What the Benefit Recommendations API gives you The endpoint is the Benefit Recommendations - List operation (api-version=2025-03-01). Pointed at any of the supported scopes — Billing Account (EA), Billing Profile (MCA), Subscription, or Resource Group — it returns one or more recommendations for the chosen lookBackPeriod (Last7Days, Last30Days, Last60Days) and term (P1Y, P3Y). The two $expand options are where the magic lives: $expand=properties/allRecommendationDetails returns an array of alternative commitment levels (AllSavingsBenefitDetails). Each entry includes commitmentAmount, coveragePercentage, benefitCost, overageCost, savingsAmount, savingsPercentage, wastageCost, and averageUtilizationPercentage. $expand=properties/usage returns the hourly PAYG charge series (usage.charges) that the engine used. Combined with properties.firstConsumptionDate and properties.lastConsumptionDate, you get a complete time‑aligned view of demand. Both expansions are cheap and worth requesting every time. They turn a single recommendation into a small, complete data product. Meet the script: Export-BenefitRecommendations.ps1 To make this useful in five minutes rather than an afternoon, there is a PowerShell script on GitHub that wraps the API call and produces ready‑to‑use artifacts. It is interactive, so there is nothing to memorise: === Azure Benefit Recommendations Export === Select billing scope kind: * [1] Billing Account (EA) [2] Billing Profile (MCA) [3] Subscription [4] Resource Group Enter choice 1-4 (default 1): 1 Billing Account ID: <your-EA-billing-account-id> Select lookback period: [1] Last7Days * [2] Last30Days [3] Last60Days Enter choice 1-3 (default 2): 3 Select term: * [1] P1Y [2] P3Y Enter choice 1-2 (default 1): 2 ... Retrieved 1 recommendation(s). It authenticates via the Az.Accounts module, always requests both $expand options, follows nextLink pagination, verifies API access up front (translating 401/403/404 into actionable hints), and writes four files using a predictable name pattern: yyyy-MM-dd-<scope>-<lookback>-<term>-AllRecommendationDetails.csv — one row per commitment alternative, ready for pivot tables. yyyy-MM-dd-<scope>-<lookback>-<term>-TopRecommendation.md — a Markdown brief on the top recommendation, including the recommended commitment row and the full alternatives table. yyyy-MM-dd-<scope>-<lookback>-<term>-HourlyUsage.csv — hour‑by‑hour PAYG usage for the top recommendation, aligned to the API's actual data window (no padding, no trailing blanks). yyyy-MM-dd-<scope>-<lookback>-<term>-Raw.json — optional full response dump, for archival or downstream tooling. The naming convention is intentional: paste a folder of these into Power BI and the dates, scopes, and terms are already in the filename. A worked example Here is a real shape from a sample Last60Days / P3Y export against an EA billing account. The AllRecommendationDetails CSV gives us four commitment alternatives: averageUtilizationPercentage,coveragePercentage,commitmentAmount,overageCost,benefitCost,savingsAmount,savingsPercentage,totalCost,wastageCost 100.000,28.868,4.124,30914.280,5889.072,6656.889,15.317,36803.352,0.000 100.000,39.168,5.848,26437.791,8350.944,8671.506,19.953,34788.735,0.000 9.984,97.883,16.359,919.948,23360.652,19179.641,44.131,24280.600,3.767 98.684,98.900,16.806,477.956,23998.968,18983.317,43.680,24476.924,315.907 Read those rows like an interactive lever: Commit $4.124/hr → 28.9% coverage, 15.3% savings, zero wastage. Safe, but most of your spend is still PAYG. Commit $5.848/hr → 39.2% coverage, 19.9% savings. Still safe, still conservative. Commit $16.359/hr → 97.9% coverage, 44.1% savings, ~$3.77 of wastage. This is the sweet spot the engine flags as recommended. Commit $16.806/hr → 98.9% coverage, 43.7% savings, but wastage jumps to $315.9 over the window. You bought more coverage and the engine charged you for it. The hourly CSV is what makes the recommendation defensible. It contains 1,428 rows — one per hour from 2026-04-11T00:00 through 2026-06-09T11:00 (the API's reported data range, not "now minus 60 days"): DateTime,HourlyPayGoUsage 2026-04-11T00:00,29.5350191832771 2026-04-11T01:00,29.566694701744 ... 2026-06-09T11:00,32.7312920192344 Drop that into Excel or Power BI, lay a horizontal line at the recommended commitmentAmount ($16.359/hr), and you immediately see how often demand sits above the line (covered by PAYG overage) versus below it (where the commitment is technically idle but, given the savings rate, still net‑positive). You can also slice by hour‑of‑day to spot weekend troughs or batch‑job spikes that change how you interpret "average utilisation." Try it yourself The script and full documentation live at github.com/DirkBrinkmann/azure-savingsplan-insights. Quickstart: git clone https://github.com/DirkBrinkmann/azure-savingsplan-insights.git cd azure-savingsplan-insights Install-Module Az.Accounts -Scope CurrentUser # if you don't already have it #Connect to Azure Connect-AzAccount #Run the script .\Export-BenefitRecommendations.ps1 You will need read permission on the scope you target — Cost Management Reader on a subscription, or Billing Reader at the billing account / billing profile level, is enough. Give it a spin against your own scope and tell us how it goes. The repo at github.com/DirkBrinkmann/azure-savingsplan-insights has Issues and Discussions enabled — bug reports, edge cases ("my response shape looks different"), feature ideas, and "I plotted this in Power BI and learned X" stories are all welcome. The script will only get better with real‑world data behind it, and yours is the kind we want to hear about. Closing nudge In FinOps terms, this is squarely an Inform phase activity: turning a black‑box recommendation into a transparent dataset your team can challenge, chart, and align on. The API has had this data all along; the script just makes it boring to extract — which is exactly what you want a FinOps tool to be. Pull a Last60Days / P3Y export for your top‑spending scope, plot the hourly line, and decide your next Savings Plan with a number you can point to. Your future self (and your finance partner) will thank you.Introducing GitHub Pre-Purchase Plans: A Simpler Way to Plan Your GitHub Spend
As AI-powered development scales, more of what organizations pay for on GitHub is shifting from fixed per-seat pricing to usage-based billing. GitHub Copilot, Actions, Codespaces, AI Credits: spend now reflects what teams actually build, and that can vary month to month. For most engineering and finance leaders, that raises a familiar question: how do you set a confident annual budget when consumption is variable? How do you capture the savings that come with committing upfront? That is what GitHub Pre-Purchase Plans are for. Commit to an amount upfront, use it across eligible GitHub services over a 12-month term, and receive built-in savings based on the size of the commitment. Variable usage becomes a plan. Builders keep building, and finance teams get a number they can count on. Microsoft is introducing two GitHub Pre-Purchase Plans (P3) for commercial customers, both available through Azure Reservations: How the plans work The model is the same for both plans: Commit upfront. Choose a pre-purchase tier that fits your expected GitHub usage. Receive built-in savings. Larger commitments unlock higher discount tiers, up to 15%. Draw down as you go. Eligible usage consumes from the prepaid balance over the 12-month term. Replenish or shift to pay-as-you-go. If usage exceeds the prepaid amount, purchase another plan or continue with pay-as-you-go billing where available. Commit units are available for the plan term and do not carry over after the term ends. Why choose a Pre-Purchase Plan? Pre-Purchase Plans are not replacing how you buy GitHub today. They provide another option for customers who have a reasonable view of expected usage and want to plan ahead. The value is straightforward: Simpler purchasing with one prepaid commitment instead of managing multiple separate charges across GitHub services. Built-in savings compared with pay-as-you-go pricing. The more you commit, the greater the discount. Alignment with Azure billing. GitHub usage is billed through the Azure subscription linked to your GitHub organization, so Pre-Purchase Plans fit into the same planning motions you already use for Azure commitments. Pricing*: Both plans use the same published tier structure: *Pricing as of June 2026 and is subject to change. Customers should review the latest documentation before purchasing. **Example if GitHub Enterprise generates a retail cost of $100, then 100 GitHub Commit Units (GCUs) are consumed Two examples Planning across the GitHub platform Suppose an organization expects about $500,000 in eligible GitHub usage over the next year across GitHub Copilot, GitHub Enterprise, GitHub Advanced Security, Actions, and GitHub AI Credits. With the GitHub Pre-Purchase Plan, the organization chooses the 500,000 commit unit tier, pays $425,000 upfront, and applies that commitment across eligible services over the 12-month term. That gives the team one platform-wide commitment with 15% built-in savings. Planning for AI credit consumption Another organization's biggest source of variability is GitHub AI Credits as Copilot and agentic development expand. Instead of using a broader platform commitment, that team chooses the GitHub AI Credits Pre-Purchase Plan so AI Credit usage draws down from a dedicated prepaid balance. This is a better fit when the main goal is to plan specifically around AI credit consumption. How Pre-Purchase Plans relate to Microsoft Agent Pre-Purchase Plan If you are also evaluating the Microsoft Agent Pre-Purchase Plan, here is the distinction: that plan is broader than GitHub and covers eligible usage across Microsoft Foundry, Copilot Studio, Fabric, and GitHub. Choose a GitHub Pre-Purchase Plan when GitHub is the platform you are planning around. Choose Microsoft Agent Pre-Purchase Plan when the goal is agent development spanning the wider Microsoft platform Getting started Both plans are available through Azure Reservations today. Sign in to the Azure portal Go to Reservations Select Add Choose GitHub Pre-Purchase Plan or GitHub AI Credits Pre-Purchase Plan. Select your subscription and scope. Choose your tier and complete payment For detailed purchasing steps, scope guidance, prerequisites, and examples, see the Microsoft Learn documentation: Watch how to bill their GitHub consumption (GitHub Copilot, Codespaces, Actions, etc.) through their Azure subscription GitHub Pre-Purchase Plan - Microsoft Cost Management | Microsoft Learn GitHub AI Credits Pre-Purchase Plan - Microsoft Cost Management | Microsoft Learn
