-description: LUIS stores data encrypted in an Azure data store corresponding to the region specified by the key.

-description: Prebuilt models provide domains, intents, utterances, and entities. You can start your app with a prebuilt domain or add a relevant domain to your app later.

-[Azure OpenAI on your data - text](./openai/concepts/use-your-data.md) features don't support data loss prevention yet. When `restrictOutboundNetworkAccess` is set as true, all requests to the following APIs will fail immediately to prevent potential data loss.

-* /extensions/chat/completions (with text models)

-1. The app server creates a new liveness session with Azure AI Face Service. The service creates a liveness-session and responds back with a session-authorization-token.

- "deviceCorrelationId": "723d6d03-ef33-40a8-9682-23a1feb7bccd"

- - cog-serv-seo-aug-2020

-description: The Image Analysis service uses pretrained AI models to extract many different visual features from images.

-#

- - seodec18

- - cog-serv-seo-aug-2020

- - contperf-fy21q2

-#Customer intent: As a potential customer, I want to know more about how Azure AI services provides and supports Docker containers for each service.

-description: Deploy the language detection container, with a running sample, to the Azure Kubernetes Service, and test it in a web browser.

-#Customer intent: As a potential customer, I want to know how to configure containers so I can reuse them.

-# Configure secure access with managed identities and private endpoints

- :::image type="content" source="media/managed-identities/secure-config.png" alt-text="Screenshot of secure configuration with managed identity and private endpoints.":::

- :::image type="content" source="media/managed-identities/default-config.png" alt-text="Screenshot of default security configuration.":::

-* Disable public access to the Document Intelligence resource and create a private endpoint to make it accessible from the virtual network.

-### Enable your virtual network and private endpoints

->If you try accessing any of the Document Intelligence Studio features, you'll see an access denied message. To enable access from the Studio on your machine, select the **client IP address checkbox** and **Save** to restore access.

-> The resources are only accessible from the virtual network.

- **Resolution**: [Configure CORS](quickstarts/try-document-intelligence-studio.md#prerequisites-for-new-users).

- **Resolution**: Ensure that there's a network line-of-sight between the computer accessing the Document Intelligence Studio and the storage account. For example, you can add the client IP address in the storage account's networking tab.

- - ignite-fall-2021

-* [Sentiment Analysis overview](../../overview.md)

-After training is completed, you will be able to view the model's performance to optionally improve your model if needed. Once you're satisfied with your model, you can deploy it, making it available to use for use.

- - ignite-fall-2021

- - event-tier1-build-2022

- - ignite-2022

- - ignite-fall-2021

- - ignite-2022

-description: Learn about the legacy models in Azure OpenAI.

-description: Learn about the different model capabilities that are available with Azure OpenAI.

-

-Use the following sections to configure your resources for optimal secure usage. If you plan to only secure part of your resources, you can skip the sections unrelated to your use case.

-description: Learn about managing model deployment life cycle, updates, & retirement.

-keywords: personalizer, Azure AI Personalizer, machine learning

-description: Custom speech is a set of online tools that allows you to evaluate and improve the speech to text accuracy for your applications, tools, and products.

-description: In this quickstart, you use speaker recognition to confirm who is speaking. Learn about common design patterns for working with speaker verification and identification.

-| Query parameter | Description |

-| | |

- The `detectedLanguage` property is only present in the result object when language autodetection is requested.

-* `transliteration`: An object giving the translated text in the script specified by the `toScript` parameter.

- * `script`: A string specifying the target script.

- * `text`: A string giving the translated text in the target script.

- * `alignment`: An object with a single string property named `proj`, which maps input text to translated text. The alignment information is only provided when the request parameter `includeAlignment` is `true`. Alignment is returned as a string value of the following format: `[[SourceTextStartIndex]:[SourceTextEndIndex]ΓÇô[TgtTextStartIndex]:[TgtTextEndIndex]]`. The colon separates start and end index, the dash separates the languages, and space separates the words. One word may align with zero, one, or multiple words in the other language, and the aligned words may be noncontiguous. When no alignment information is available, the alignment element is empty. See [Obtain alignment information](#obtain-alignment-information) for an example and restrictions.

-* `sentLen`: An object returning sentence boundaries in the input and output texts.

- * `srcSentLen`: An integer array representing the lengths of the sentences in the input text. The length of the array is the number of sentences, and the values are the length of each sentence.

- * `transSentLen`: An integer array representing the lengths of the sentences in the translated text. The length of the array is the number of sentences, and the values are the length of each sentence.

-1. [Add an Azure Linux node pool into your existing cluster](#add-an-azure-linux-node-pool).

- > [!NOTE]

- > When adding a new Azure Linux node pool, you need to add at least one as `--mode System`. Otherwise, AKS won't allow you to delete your existing Ubuntu node pool.

-2. [Cordon the existing Ubuntu nodes](resize-node-pool.md#cordon-the-existing-nodes).

-3. [Drain the existing Ubuntu nodes](resize-node-pool.md#drain-the-existing-nodes).

-4. Remove the existing Ubuntu nodes using the [`az aks delete`][az-aks-delete] command.

- ```azurecli-interactive

- az aks nodepool delete \

- --resource-group myResourceGroup \

- --cluster-name myAKSCluster \

- --name mynodepool

- ```

-description: Important reference material needed when you monitor AKS

-<set-body template="liquid" xsi-nil="blank | null">

-<!-- IMAGES -->

-[RegisterCustomDomain]: ../app-service-web-tutorial-custom-domain.md

-description: Learn about the App Service Environment v1 features. This doc is provided only for customers who use the legacy v1 ASE.

-<!-- IMAGES -->

-[NSGConfiguration]: ./media/app-service-app-service-environment-layered-security/NSGConfiguration-1.png

-<!-- IMAGES -->

-[DefaultNetworkSecurityRules]: ./media/app-service-app-service-environment-securely-connecting-to-backend-resources/DefaultNetworkSecurityRules01.png

-[ILBASE]: app-service-environment-with-internal-load-balancer.md

-[AppWarmup]: https://ruslany.net/2015/09/how-to-warm-up-azure-web-app-during-deployment-slots-swap/

-[linuxapp]: ../overview.md#app-service-on-linux

-[6]: ./media/firewall-integration/firewall-ntprule-monitor.png

- - event-tier1-build-2022

-description: Explains the service tiers available for SQL Managed Instance enabled by Azure Arc deployments.

- - event-tier1-build-2022

-If Arc resource bridge is experiencing a network communication problem, you may see an "Appliance Network Unavailable" error when trying to perform an action that interacts with the resource bridge or an extension operating on top of the bridge. This error can also surface as "Error while dialing dial tcp xx.xx.xxx.xx:55000: connect: no route to host" and this is typically a network communication problem. The problem could be that communication from the host to the Arc resource bridge VM needs to be opened with the help of your network administrator. It could be that there was a temporary network issue not allowing the host to reach the Arc resource bridge VM and once the network issue is resolved, you can retry the operation.

-# Differences between isolated worker model and in-process model .NET Azure Functions

-There are two process models for .NET functions:

-## Execution mode comparison table

-+ [`linuxFxVersion`](./functions-app-settings.md#linuxfxversion) must be set to the [correct base image](update-language-versions.md?tabs=azure-cli%2Clinux&pivots=programming-language-csharp#update-the-language-version), like `DOTNET-ISOLATED|8.0`.

- - event-tier1-build-2022

-With this setting in place, any Azure Storage trigger or binding that uses `AzureWebJobsStorage` as its connection connects to Azurite when running locally. During local execution, you must have Azurite installed and running. The emulator is useful during development, but you should test with an actual storage connection before deployment. When you publish your project, don't publish this setting. You need to instead use an Azure Storage connection string in the same settings in your function app in Azure.

-+ When you swap slots, some application settings are considered "sticky," in that they stay with the slot and not with the code being swapped. For more information, see [Manage settings](functions-deployment-slots.md#manage-settings).

-+ While there's local storage emulation available, it's often best to validate your triggers and bindings against live services in Azure. You can maintain the connections to these services in the local.settings.json project file. For more information, see [Local settings file](functions-develop-local.md#local-settings-file). Make sure to keep test and production data separate when testing against live Azure services.

-The Functions team sends notification emails to function app users about upcoming language version retirements. The notifications are sent at least one year before the date of retirement. When you receive the notification, you should prepare to upgrade functions apps to use to a supported version.

-|C# (in-process model) |[link](./functions-dotnet-class-library.md#supported-versions)|

-|Java |[link](./update-language-versions.md#update-the-language-version)|

-# Update language versions in Azure Functions

-The Azure Functions supports specific versions of each native language. This support changes based on the support of specific versions of each language or language stack. As these supported versions change, you need to update your function app to stay on a supported version. You might also want to update your apps to take advantage of features in newer supported versions of your language. For more information about supported versions, see [Languages](functions-versions.md#languages).

-+ The language of your functions; make sure to choose your function language at the [top](#top) of the article.

-This article shows you have to update your version of .NET when your app runs in an [isolated worker process](dotnet-isolated-process-guide.md). Apps that run [on .NET 6 in-process](functions-dotnet-class-library.md) can't yet be updated to .NET 8. To migrate your app from in-process to the isolated worker process model, see [Migrate .NET apps from the in-process model to the isolated worker model](migrate-dotnet-to-isolated-model.md).

-

-Before you update the language version in Azure, you should complete these tasks:

-Before upgrading the language version used by your function app in Azure, make sure that you test and verify your function code locally on the new target language version.

-Before updating your language version, make sure your function app is running on the latest version of the Functions runtime (version 4.x). You can determine the runtime version either in the Azure portal or by using the Azure CLI.

-If you need to first update your function app to version 4.x, seeΓÇ»[Migrate apps from Azure Functions version 3.x to version 4.x](./migrate-version-3-version-4.md). You should follow the instructions in that article rather than just changing the `FUNCTIONS_EXTENSION_VERSION` setting.

-If you updated your app to run correctly on the new language version, publish the app updates before you update the language version in your function app.

-## Update the language version

-The way that you update the language or language-stack version depends on whether you're running on Windows or on Linux in Azure.

-When using a [staging slot](functions-deployment-slots.md), make sure to target your updates to the correct slot.

-> You can only use the Azure portal to update function apps on Linux hosted in a [Premium plan](./functions-premium-plan.md) or a [Dedicated (App Service) plan](./dedicated-plan.md). For apps on Linux hosted in a [Consumption plan](./consumption-plan.md), you must instead use the [Azure CLI](update-language-versions.md?tabs=azure-cli#update-the-language-version).

-First, use the [`az functionapp list-runtimes`](/cli/azure/functionapp#az-functionapp-list-runtimes) command to view the supported version values for your language stack (.NET). Then, run the [`az functionapp config set`](/cli/azure/functionapp/config#az-functionapp-config-set) command to update the .NET version of your function app:

-az functionapp config set --net-framework-version "<VERSION>" --name "<APP_NAME>" --resource-group "<RESOURCE_GROUP>" --slot "staging"

-Your function app restarts after you update the version. To learn more about Functions support policies for native languages, seeΓÇ»[Language runtime support policy](language-support-policy.md).

-description: In this Azure Linux Container Host for AKS tutorial, you will learn how to migrate your nodes to Azure Linux nodes.

-In this tutorial, part three of five, you will migrate your existing nodes to Azure Linux. You will learn how to:

-> [!div class="checklist"]

-> * Cordon the existing nodes.

-> * Drain the existing nodes.

-> * Remove the existing nodes using the `az aks delete` command.

-If you do not have any existing nodes to migrate to Azure Linux, skip to the [next tutorial](./tutorial-azure-linux-telemetry-monitor.md). In later tutorials, you'll learn how to enable telemetry and monitoring in your clusters and upgrade Azure Linux nodes.

-> [!NOTE]

-> When adding a new Azure Linux node pool, you need to add at least one as `--mode System`. Otherwise, AKS won't allow you to delete your existing node pool.

-## 1 - Cordon existing nodes

-Cordoning marks specified nodes as unschedulable and prevents any more pods from being added to the nodes.

-First, obtain the names of the nodes you'd like to cordon with `kubectl get nodes`. Your output should look similar to the following:

-```bash

-NAME STATUS ROLES AGE VERSION

-aks-nodepool1-31721111-vmss000000 Ready agent 7d21h v1.21.9

-aks-nodepool1-31721111-vmss000001 Ready agent 7d21h v1.21.9

-aks-nodepool1-31721111-vmss000002 Ready agent 7d21h v1.21.9

-```

-Next, using `kubectl cordon <node-names>`, specify the desired nodes in a space-separated list:

-```bash

-kubectl cordon aks-nodepool1-31721111-vmss000000 aks-nodepool1-31721111-vmss000001 aks-nodepool1-31721111-vmss000002

-```

-```bash

-node/aks-nodepool1-31721111-vmss000000 cordoned

-node/aks-nodepool1-31721111-vmss000001 cordoned

-node/aks-nodepool1-31721111-vmss000002 cordoned

-```

-## 2 - Drain the existing nodes

-> [!IMPORTANT]

-> To successfully drain nodes and evict running pods, ensure that any PodDisruptionBudgets (PDBs) allow for at least 1 pod replica to be moved at a time, otherwise the drain/evict operation will fail. To check this, you can run `kubectl get pdb -A` and make sure `ALLOWED DISRUPTIONS` is at least 1 or higher.

-Draining nodes will cause pods running on them to be evicted and recreated on the other, schedulable nodes.

-To drain nodes, use `kubectl drain <node-names> --ignore-daemonsets --delete-emptydir-data`, again using a space-separated list of node names:

-> [!IMPORTANT]

-> Using `--delete-emptydir-data` is required to evict the AKS-created `coredns` and `metrics-server` pods. If this flag isn't used, an error is expected. For more information, see the [documentation on emptydir](https://kubernetes.io/docs/concepts/storage/volumes/#emptydir).

-```bash

-kubectl drain aks-nodepool1-31721111-vmss000000 aks-nodepool1-31721111-vmss000001 aks-nodepool1-31721111-vmss000002 --ignore-daemonsets --delete-emptydir-data

-After the drain operation finishes, all pods other than those controlled by daemon sets are running on the new node pool:

-```bash

-kubectl get pods -o wide -A

-NAMESPACE NAME READY STATUS RESTARTS AGE IP NODE NOMINATED NODE READINESS GATES

-default sampleapp2-74b4b974ff-676sz 1/1 Running 0 15m 10.244.4.5 aks-mynodepool-20823458-vmss000002 <none> <none>

-default sampleapp2-76b6c4c59b-rhmzq 1/1 Running 0 16m 10.244.4.3 aks-mynodepool-20823458-vmss000002 <none> <none>

-kube-system azure-ip-masq-agent-4n66k 1/1 Running 0 10d 10.240.0.6 aks-nodepool1-31721111-vmss000002 <none> <none>

-kube-system azure-ip-masq-agent-9p4c8 1/1 Running 0 10d 10.240.0.4 aks-nodepool1-31721111-vmss000000 <none> <none>

-kube-system azure-ip-masq-agent-nb7mx 1/1 Running 0 10d 10.240.0.5 aks-nodepool1-31721111-vmss000001 <none> <none>

-kube-system azure-ip-masq-agent-sxn96 1/1 Running 0 49m 10.240.0.9 aks-mynodepool-20823458-vmss000002 <none> <none>

-kube-system azure-ip-masq-agent-tsq98 1/1 Running 0 49m 10.240.0.8 aks-mynodepool-20823458-vmss000001 <none> <none>

-kube-system azure-ip-masq-agent-xzrdl 1/1 Running 0 49m 10.240.0.7 aks-mynodepool-20823458-vmss000000 <none> <none>

-kube-system coredns-845757d86-d2pkc 1/1 Running 0 17m 10.244.3.2 aks-mynodepool-20823458-vmss000000 <none> <none>

-kube-system coredns-845757d86-f8g9s 1/1 Running 0 17m 10.244.5.2 aks-mynodepool-20823458-vmss000001 <none> <none>

-kube-system coredns-autoscaler-5f85dc856b-f8xh2 1/1 Running 0 17m 10.244.4.2 aks-mynodepool-20823458-vmss000002 <none> <none>

-kube-system csi-azuredisk-node-7md2w 3/3 Running 0 49m 10.240.0.7 aks-mynodepool-20823458-vmss000000 <none> <none>

-kube-system csi-azuredisk-node-9nfzt 3/3 Running 0 10d 10.240.0.4 aks-nodepool1-31721111-vmss000000 <none> <none>

-kube-system csi-azuredisk-node-bblsb 3/3 Running 0 10d 10.240.0.5 aks-nodepool1-31721111-vmss000001 <none> <none>

-kube-system csi-azuredisk-node-lcmtz 3/3 Running 0 49m 10.240.0.9 aks-mynodepool-20823458-vmss000002 <none> <none>

-kube-system csi-azuredisk-node-mmncr 3/3 Running 0 49m 10.240.0.8 aks-mynodepool-20823458-vmss000001 <none> <none>

-kube-system csi-azuredisk-node-tjhj4 3/3 Running 0 10d 10.240.0.6 aks-nodepool1-31721111-vmss000002 <none> <none>

-kube-system csi-azurefile-node-29w6z 3/3 Running 0 49m 10.240.0.9 aks-mynodepool-20823458-vmss000002 <none> <none>

-kube-system csi-azurefile-node-4nrx7 3/3 Running 0 49m 10.240.0.7 aks-mynodepool-20823458-vmss000000 <none> <none>

-kube-system csi-azurefile-node-9pcr8 3/3 Running 0 3d11h 10.240.0.6 aks-nodepool1-31721111-vmss000002 <none> <none>

-kube-system csi-azurefile-node-bh2pc 3/3 Running 0 3d11h 10.240.0.5 aks-nodepool1-31721111-vmss000001 <none> <none>

-kube-system csi-azurefile-node-gqqnv 3/3 Running 0 49m 10.240.0.8 aks-mynodepool-20823458-vmss000001 <none> <none>

-kube-system csi-azurefile-node-h75gq 3/3 Running 0 3d11h 10.240.0.4 aks-nodepool1-31721111-vmss000000 <none> <none>

-kube-system konnectivity-agent-6cd55c69cf-2bbp5 1/1 Running 0 17m 10.240.0.7 aks-mynodepool-20823458-vmss000000 <none> <none>

-kube-system konnectivity-agent-6cd55c69cf-7xzxj 1/1 Running 0 16m 10.240.0.8 aks-mynodepool-20823458-vmss000001 <none> <none>

-kube-system kube-proxy-4wzx7 1/1 Running 0 10d 10.240.0.4 aks-nodepool1-31721111-vmss000000 <none> <none>

-kube-system kube-proxy-7h8r5 1/1 Running 0 49m 10.240.0.7 aks-mynodepool-20823458-vmss000000 <none> <none>

-kube-system kube-proxy-g5tvr 1/1 Running 0 10d 10.240.0.6 aks-nodepool1-31721111-vmss000002 <none> <none>

-kube-system kube-proxy-mrv54 1/1 Running 0 10d 10.240.0.5 aks-nodepool1-31721111-vmss000001 <none> <none>

-kube-system kube-proxy-nqmnj 1/1 Running 0 49m 10.240.0.9 aks-mynodepool-20823458-vmss000002 <none> <none>

-kube-system kube-proxy-zn77s 1/1 Running 0 49m 10.240.0.8 aks-mynodepool-20823458-vmss000001 <none> <none>

-kube-system metrics-server-774f99dbf4-2x6x8 1/1 Running 0 16m 10.244.4.4 aks-mynodepool-20823458-vmss000002 <none> <none>

-## 3 - Remove the existing nodes

-To remove the existing nodes use the `az aks delete` command. The final result is the AKS cluster having a single, Azure Linux node pool with the desired SKU size and all the applications and pods properly running.

-```azurecli-interactive

-az aks nodepool delete \

- --resource-group testAzureLinuxResourceGroup \

- --cluster-name testAzureLinuxCluster \

- --name myExistingNodePool

-```

-In this tutorial, you migrated existing nodes to Azure Linux. You learned how to:

-> [!div class="checklist"]

-> * Cordon the existing nodes.

-> * Drain the existing nodes.

-> * Remove the existing nodes using the `az aks delete` command.

-In the next tutorial, you'll learn how to enable telemetry to monitor your clusters.

-> [Enable telemetry and monitoring](./tutorial-azure-linux-telemetry-monitor.md)

-Most of [our partners that integrate with classic alerts](../partners.md) already support newer metric alerts through their integrations. Known integrations that already work with new metric alerts are:

-description: This article explains the different types of Azure Monitor alerts and when to use each type.

-All metrics that you send using [OpenTelemetry](opentelemetry-add-modify.md), [trackMetric](./api-custom-events-metrics.md#trackmetric) or [GetMetric and TrackValue](./api-custom-events-metrics.md#getmetric) API calls are automatically stored in both logs and metrics stores. These metrics can be found in the customMetrics table in Application Insights and in Metrics Explorer under the Custom Metric Namespace called "azure.applicationinsights". Although the log-based version of your custom metric always retains all dimensions, the pre-aggregated version of the metric is stored by default with no dimensions. Retaining dimensions of custom metrics is a Preview feature that can be turned on via the [usage and estimated cost](../cost-usage.md#usage-and-estimated-costs) tab and selecting the **Enable alerting on custom metric dimensions** checkbox.

-Some Azure Monitor partners provide visualization functionality. For a list of partners that Microsoft has evaluated, see [Azure Monitor partner integrations](./partners.md). An Azure Monitor partner might provide out-of-the-box visualizations to save you time, although these solutions might have an extra cost.

-With multiline logging enabled, previously split container logs are stitched together and sent as single entries to the ContainerLogV2 table. If the stitched log line is larger than 64 KB, it will be truncated due to Log Analytics workspace limits. This feature also has support for .NET, Go, Python and Java stack traces, which appear as single entries in the ContainerLogV2 table.

-This article describes how to send Prometheus metrics from your Kubernetes cluster monitored by Container insights to a Log Analytics workspace. Before you perform this configuration, you should first ensure that you're [scraping Prometheus metrics from your cluster using Azure Monitor managed service for Prometheus](), which is the recommended method for monitoring your clusters. Use the configuration described in this article only if you also want to send this same data to a Log Analytics workspace where you can analyze it using [log queries](../logs/log-query-overview.md) and [log alerts](../alerts/alerts-log-query.md).

-Customers can use our Syslog dashboard for Grafana to get an overview of their Syslog data. Customers who use Azure-managed Grafana will have this dashboard available in their Grafana instance by default. Once syslog collection is enabled, no other steps are needed. Other customers can [import the Syslog dashboard from Grafana marketplace](https://grafana.com/grafana/dashboards/19866-azure-monitor-container-insights-syslog/).

-Other partners might also be available. For a more complete list of all Azure Monitor partners and their capabilities, see [Azure Monitor partner integrations](../partners.md).

-If you're a System Center Operations Manager (SCOM) user, Azure Monitor now includes a preview of Azure Monitor [SCOM Managed Instance (SCOM MI)](./vm/scom-managed-instance-overview.md). Operations Manager MI is a cloud-hosted version of Operations Manager and allows you to move your on-premises Operations Manager installation to Azure.

-The top part of the consumption section applies to Azure Monitor core only. SCOM MI uses the traditional Ops Console running in the cloud. It can also can send monitoring data to Power BI for visualization.

-|Hosted and Managed Partners | Many [external partners](partners.md) integrate with Azure Monitor. Azure Monitor has partnered with other monitoring providers to provide an [Azure-hosted version of their products](/azure/partner-solutions/) to make interoperability easier. Examples include Elastic, Datadog, Logz.io, and Dynatrace.

-description: Learn about partners for Azure Monitor and how you can access documentation for integrating with them.

-# Azure Monitor partner integrations

-The following partner products integrate with Azure Monitor. They're listed in alphabetical order.

-This article is not a complete list of partners. The number keeps expanding and maintaining this list is no longer scalable. As such, we are not accepting new requests to be added to this list. Any GitHub changes opened will be closed without action. We suggest you use your favorite search engine to locate other appropropriate partners.

-## Alert Logic Log Manager

-Alert Logic Log Manager collects virtual machine (VM), application, and Azure platform logs for security analysis and retention. It also collects the Azure Activity Log through the Azure Monitor API. This information is used to detect malfeasance and meet compliance requirements.

-For more information, see the [Alert Logic documentation](https://legacy.docs.alertlogic.com/userGuides/log-manager-collection-sources.htm).

-## AppDynamics

-AppDynamics Application Performance Management (APM) enables application owners to rapidly troubleshoot performance bottlenecks and optimize the performance of their applications running in an Azure environment. It can monitor Microsoft Azure Cloud Services (PaaS), web and worker roles, virtual machines (IaaS), remote service detection (Azure Service Bus), Azure Queue Storage, remote services, data storage, and Azure Blob Storage. AppDynamics APM is available in Azure Marketplace.

-For more information, see the [AppDynamics documentation](https://www.appdynamics.com/net/azure/).

-## Atlassian JIRA

-You can create JIRA tickets on Azure Monitor alerts. For more information, see the [Atlassian documentation for Azure Monitor](https://azure.microsoft.com/blog/automated-notifications-from-azure-monitor-for-atlassian-jira/).

-## BMC Helix

-BMC Helix is an autonomous SaaS platform for enterprise service and operations. Integrated with 360-degree intelligence, it empowers businesses to proactively and predictively discover, monitor, service, remediate, optimize, and deliver omni-channel experiences for IT and lines of business.

-By seamlessly integrating IT service management (ITSM) and IT operations management (ITOM), BMC Helix enables IT and business users to eliminate IT silos, make data-driven business decisions, and deliver industry-leading customer experiences.

-Customers can deploy the BMC Helix platform with the cloud deployment of their choice: public, private, or hybrid. Additionally, customers have a choice of AI or machine learning (ML) solutions from major providers.

-[Learn more about BMC Helix](https://www.bmc.com/it-solutions/bmc-helix.html?vu=helix).

-## Botmetric

-See the [Botmetric introduction for Azure](https://nutanix.medium.com/announcing-botmetric-cost-governance-beta-in-microsoft-azure-ee6b361c303e).

-## Circonus

-Circonus provides a platform for machine data intelligence that can handle billions of metric streams in real time to drive business insight and value. Use Circonus to collect, track, and visualize key metrics related to your Microsoft Azure setup. Gain system-wide visibility into Azure resource utilization, application performance, and operational health.

-For more information, see the [Circonus documentation](https://docs.circonus.com/circonus3/integrations/agents/circonus-cloud-agent/#azure).

-## CloudHealth

-Unite and automate your cloud with a platform built to save time and money. CloudHealth provides visibility, intuitive optimization, and sound governance practices for cloud management. The CloudHealth platform enables enterprises and managed-service providers (MSPs) to maximize return on cloud investments. Make confident decisions around cost, usage, performance, and security.

-For more information, see the [CloudHealth documentation](https://www.cloudhealthtech.com/products/azure-management).

-## CloudMonix

-CloudMonix offers monitoring, automation, and self-healing services for the Microsoft Azure platform. For more information, see the [CloudMonix introduction](https://cloudmonix.com/features/azure-management/).

-## Datadog

-Azure enables customers to migrate and modernize their applications to run in the cloud, in coordination with many partner solutions. One such partner is Datadog, which provides observability and security tools for users to understand the health and performance of their applications across hybrid and multiple-cloud environments. But configuring the necessary integrations often requires moving between the Azure portal and Datadog. This process adds complexity, takes time, and makes it difficult to troubleshoot if things aren't working.

-To reduce the burden of managing across multiple portals, Microsoft has worked with Datadog to create an integrated Datadog solution on the Azure cloud platform. Available via Azure Marketplace, this solution provides a seamless experience for using the Datadog cloud monitoring solution in Azure.

-With the integration between Azure and Datadog, organizations can now fully map their legacy and cloud-based systems, monitor real-time data during every phase of the cloud transition, and help ensure that migrated applications meet performance targets. This integration combines the global presence, flexibility, security, and compliance capabilities of Azure with the logging and monitoring capabilities of Datadog.

-Through this unified experience, you'll be able to:

-The [Datadog integration with Azure](../partner-solutions/datadog/overview.md) is available in [Azure Marketplace](https://azuremarketplace.microsoft.com/marketplace/apps/datadog1591740804488.dd_liftr_v2?tab=Overview).

-For documentation on the integration, see [Datadog integration with Azure](../partner-solutions/datadog/index.yml). If you're still using the previous, manually configured integration, see the [documentation on the Datadog website](https://docs.datadoghq.com/integrations/azure/).

-## Dynatrace

-Dynatrace partners with Microsoft to help the worldΓÇÖs largest organizations tame hybrid, multicloud complexity and accelerate digital transformation. Beyond the integrations built by Dynatrace that enable monitoring of specific Azure services and the ability to purchase the Dynatrace Software Intelligence Platform through the [Microsoft Azure Marketplace](https://www.dynatrace.com/news/press-release/dynatrace-expands-strategic-collaboration-with-microsoft/), Dynatrace also deeply integrates with Microsoft Azure as a native solution. Azure Native Dynatrace Service provides all the unique capabilities of the [Dynatrace Software Intelligence Platform on Microsoft Azure with native integration into the Azure Portal](https://www.dynatrace.com/news/press-release/dynatrace-platform-available-on-microsoft-azure/). The Dynatrace Software Intelligence Platform provides several purpose-built [integrations for monitoring Microsoft Azure](https://www.dynatrace.com/support/help/setup-and-configuration/setup-on-cloud-platforms/microsoft-azure-services) resources and services. Some examples include:

-Dynatrace SaaS is hosted on Microsoft Azure and available in several Azure regions. For an overview of the currently supported Azure regions please see the [Dynatrace documentation](https://www.dynatrace.com/support/help/how-to-use-dynatrace/data-privacy-and-security/data-security/data-security-controls#data-storage).

-Furthermore, Dynatrace is also available as a native solution integrated into Microsoft Azure. The [Azure Native Dynatrace Service](https://www.dynatrace.com/news/blog/using-dynatrace-on-microsoft-azure/) is available via the [Azure Marketplace](https://azuremarketplace.microsoft.com/marketplace/apps/dynatrace.dynatrace_portal_integration?tab=Overview&exp=ubp8)

-The Azure Native Dynatrace Service gives Microsoft Azure customers a seamless experience for Dynatrace automatic and intelligent observability and runtime application security in and from Azure. The benefits of this native integration include:

-For more information and documentation on the native integration of Dynatrace in Azure, see our [documentation](https://www.dynatrace.com/support/help/setup-and-configuration/setup-on-cloud-platforms/microsoft-azure-services/azure-platform/azure-native-integration) or directly have a look at the [Azure marketplace listing](https://azuremarketplace.microsoft.com/marketplace/apps/dynatrace.dynatrace_portal_integration?tab=Overview&exp=ubp8)

-## Elastic

-Elastic is a search company. As the creator of the Elastic Stack (Elasticsearch, Kibana, Beats, and Logstash), Elastic builds self-managed and SaaS offerings that make data usable in real time and at scale for search, logging, security, and analytics use cases.

-For more information, see the [Elastic documentation](https://www.elastic.co/guide/en/logstash/master/azure-module.html).

-## Grafana

-Grafana is an open-source application that enables you to visualize metric data for time series. [Learn more about Azure Monitor integration with Grafana](visualize/grafana-plugin.md).

-## InfluxData

-InfluxData is the creator of InfluxDB, the open-source time series database. Its technology is purpose built to handle the massive volumes of time-stamped data produced by Internet of Things (IoT) devices, applications, networks, containers, and computers.

-InfluxData is on a mission to help developers and organizations, such as IBM, Visa, Siemens, Tesla, and NASA, store and analyze real-time data. InfluxData empowers organizations to build transformative monitoring, analytics, and IoT applications quicker and to scale. The collection capabilities in Azure for metrics and events can be expanded with InfluxData's Telegraf Agent. Microsoft users can benefit from a leading time series database solution and use the growing open-source contributions to Telegraf.

-[Learn more about Azure Monitor integration with InfluxData Telegraf](essentials/collect-custom-metrics-linux-telegraf.md).

-## LogicMonitor

-LogicMonitor is a SaaS-based performance monitoring platform for complex IT infrastructure. With coverage for thousands of technologies, LogicMonitor provides granular visibility into infrastructure and application performance.

-LM Cloud's comprehensive Azure monitoring enables users to correlate the performance of Azure cloud, on-premises, and hybrid cloud resourcesΓÇöall from a single platform. Automated resource discovery, built-in monitoring templates, preconfigured alert thresholds, and customizable dashboards combine to give IT the speed, flexibility, and visibility required to succeed.

-For more information, see the [LogicMonitor documentation](https://www.logicmonitor.com/lp/azure-monitoring/).

-## LogRhythm

-LogRhythm, a leader in next-generation security information and event management (SIEM), empowers organizations on six continents to measurably reduce risk by rapidly detecting, responding to, and neutralizing cyberthreats. LogRhythm's Threat Lifecycle Management (TLM) workflow is the foundation for security operations centers. It helps customers secure their cloud, physical, and virtual infrastructures for IT and OT environments.

-If you're a LogRhythm customer and are ready to start your Azure journey, you'll need to install and configure the LogRhythm Open Collector and Azure Event Hubs integration. For more information, see the [documentation on configuring Azure Monitor and the Open Collector](https://logrhythm.com/six-tips-for-securing-your-azure-cloud-environment/).

-## Logz.io

-Logz.io delivers the observability that todayΓÇÖs developers need to continuously innovate and optimize their modern applications. As a massively scalable, analytics-driven cloud native platform, Logz.io specifically provides DevOps teams with the visibility and data needed to address their most complex, microservices-driven Azure applications.

-As modern cloud environments generate overwhelming data volumes, Logz.io makes it easy to organize observability data into dedicated environments for every team, while identifying and eliminating noisy data that clutters the critical data. The result is a more secure, cost efficient, and productive way to implement cross-organizational observability.

-Logz.io provides you with seamless experience to provision Logz.io accounts and configure Azure resources to send logs to Logz.io from Azure portal through its direct integration with Azure.

-With the integration you can

-The Logz.io integration with Azure is available in Azure Marketplace

-## Microfocus

-Microfocus ArcSight has a smart connector for Azure Monitor event hubs. For more information, see the [ArcSight documentation](https://community.microfocus.com/cyberres/arcsight/f/arcsight-product-announcements/163662/announcing-general-availability-of-arcsight-smart-connectors-7-10-0-8114-0).

-Microfocus Operations Bridge automatically monitors all hybrid IT resourcesΓÇöany device, operating system, database, application, or service, regardless of where it runs. Operations Bridge then applies AI operations (AIOps) to all data types: events, metrics, logs, and dependencies. It provides a unique combination of quality-of-service monitoring and deep application health analytics, and it includes comprehensive performance and availability monitoring of Microsoft Azure services. Operations Bridge enables customers to provide a single pane of glass, available on any device with a browser, in ways that both business and IT stakeholders can understand.

-Learn more:

-## Moogsoft

-Moogsoft AIOps accelerates agile business transformation. Microsoft Azure automation and control tools provide a real-time window into the status of the applications and microservices deployed in Azure. They help orchestrate diagnostics and runbooks for faster remediation. Other third-party tools provide a window into the on-premises applications and infrastructure status.

-Moogsoft AIOps automates the event-to-remediation workflow without changing existing processes and organizational structure. It runs in your Azure real estate with integration to monitoring and automation tools across the hybrid fabric. Moogsoft AIOps:

-For more information, see the [Moogsoft documentation](https://www.moogsoft.com/partners/microsoft-azure).

-## New Relic

-Microsoft and New Relic have teamed up to provide the [Azure Native New Relic Service](https://azuremarketplace.microsoft.com/marketplace/apps/newrelicinc1635200720692.newrelic_liftr_payg?tab=Overview), where the New Relic observability platform is hosted on Azure. You can subscribe to the New Relic service to collect, alert on, and analyze telemetry data for your applications and infrastructure, and with this offering, your telemetry data will be stored in Azure. In addition, you can allocate your multi-year committed Azure spend towards the New Relic service.

-Overview of the Azure Native New Relic Service:

-**Built on Azure**

-**Rapid Onboarding**

-**Marketplace Advantages**

-**Next steps**

-Learn more about [how to monitor Azure](https://newrelic.com/solutions/partners/azure) using the New Relic platform, the [New Relic Azure Monitor integration](https://docs.newrelic.com/docs/infrastructure/microsoft-azure-integrations/azure-integrations-list/azure-monitor/), and the [Azure Native New Relic Service](https://docs.newrelic.com/docs/infrastructure/microsoft-azure-integrations/get-started/azure-native/).

-## OpsGenie

-OpsGenie acts as a dispatcher for the alerts that Azure generates. OpsGenie determines the people to notify based on on-call schedules and escalations. It can notify them by using email, text messages (SMS), phone calls, or push notifications.

-Azure generates alerts for detected problems. OpsGenie helps ensure that the right people are working on the problem.

-For more information, see the [OpsGenie documentation](https://www.opsgenie.com/docs/integrations/azure-integration).

-## PagerDuty

-The PagerDuty incident management solution provides support for Azure alerts on metrics. PagerDuty supports notifications on Azure Monitor alerts, autoscale notifications, Activity Log events, and platform-level metrics for Azure services. These enhancements give you increased visibility into the core Azure platform. You can take full advantage of PagerDuty's incident management capabilities for real-time response.

-The expanded Azure integration is made possible through webhooks. Webhooks allow you to set up and customize the solution quickly and easily.

-For more information, see the [PagerDuty documentation](https://www.pagerduty.com/docs/guides/azure-integration-guide/).

-## Promitor

-Promitor is an Azure Monitor scraper that makes the metrics available in systems like Atlassian Statuspage, Prometheus, and StatsD. Push all metrics to Azure Monitor and consume them where you need them.

-For more information, see the [Promitor documentation](https://promitor.io/).

-## QRadar

-The IBM QRadar Device Support Module (DSM) for the Microsoft Azure platform and the Microsoft Azure Event Hubs protocol are available for download from [the IBM support website](https://www.ibm.com/support). You can learn more about the integration with Azure in the [QRadar documentation](https://www.ibm.com/docs/en/qsip/7.5).

-## RSA

-The RSA NetWitness Platform brings together evolved SIEM and extended threat detection and response solutions. The solutions deliver visibility, analytics, and automated response capabilities. These combined capabilities help security teams work more efficiently and effectively, enhancing their threat-hunting skills and enabling them to investigate and respond to threats faster across their organization's entire infrastructureΓÇöwhether in the cloud, on-premises, or virtual.

-RSA NetWitness Platform's integration with Azure Monitor provides quick out-of-the-box capabilities to ingest event data and logs from Azure Monitor natively into the RSA NetWitness Platform through an intuitive UI and robust native parsing capabilities. Gain rapid visibility into Activity Logs, Azure Diagnostics data, Active Directory events, and Event Hubs data. See this data alongside your other enterprise security information in a complete threat detection and response solution.

-[Learn more](https://community.rsa.com/docs/DOC-101239).

-## ScienceLogic

-ScienceLogic delivers a next-generation IT service assurance platform for managing any technology, anywhere. ScienceLogic delivers the scale, security, automation, and resilience necessary to simplify the tasks of managing IT resources, services, and applications. The ScienceLogic platform uses Azure APIs to connect with Microsoft Azure.

-ScienceLogic gives you real-time visibility into your Azure services and resources. So you know when something isn't working, and you can fix it faster. You can also manage Azure alongside your other clouds and datacenter systems and services.

-For more information, see the [ScienceLogic documentation](https://www.sciencelogic.com/product/technologies/microsoft/azure).

-## Serverless360

-Serverless360 is a one-platform tool to operate, manage, and monitor Azure serverless components. Manageability is one of the key challenges with serverless implementations. Hundreds of small, discrete serverless services are scattered in various places. Managing and operating such solutions is complex.

-Serverless360 solves these challenges with a set of sophisticated tools. It can monitor serverless services like Azure Functions, Logic Apps, Event Grid, Service Bus, Event Hubs, Azure Storage, Azure Files, Blob Storage, and Table Storage. Serverless360 is available in Azure Marketplace. These capabilities are available on both SaaS and private hosting (hosted on your own environment).

-For more information, see the [Serverless360 documentation](https://docs.serverless360.com/docs/).

-## ServiceNow

-Reduce incidents and mean time to recovery (MTTR) with the Now Platform for AIOps. Eliminate noise, prioritize, identify root-cause detection by using ML, and remediate with IT transformation (ITX) workflows. Understand the current state of your IaaS, PaaS, and FaaS services from Azure, and build service maps from tags to build application service context for the business impact analysis.

-[Learn more about ServiceNow](https://www.servicenow.com/solutions/aiops.html).

-## SIGNL4

-SIGNL4 is a mobile alerting app for operations teams. It's a fast way to route critical alerts from Azure Monitor to the right people at the right time, anywhere, by push, text, and voice calls. SIGNL4 manages on-call duties and shifts of your team, tracks delivery and ownership of alerts, and escalates if necessary. It provides full transparency across your team. Through the REST webhook of SIGNL4, any Azure service can be connected with minimal effort. With SIGNL4, you'll see up to 10 times faster response over email notifications and manual alerting.

-For more information, see the [SIGNL4 documentation](https://www.signl4.com/blog/mobile-alert-notifications-azure-monitor/).

-## Site24x7

-Site24x7 provides an advanced and full-stack Azure monitoring solution. It delivers visibility and insight into your applications and allows application owners to detect performance bottlenecks rapidly, automate fault resolution, and optimize performance.

-With Site24x7 Azure monitoring, you'll be able to:

-* Monitor more than 100 Azure IaaS and PaaS services.

-* Get in-depth monitoring for Windows and Linux VMs with exclusive Azure extensions, right from Azure Marketplace.

-* Troubleshoot applications with insight on logs from Azure. Send logs to Site24x7, save search queries, set query-based alerts, and manage Azure logs from a single dashboard.

-* Detect any service health issues and ensure reliable deployments via the Azure Deployment Manager health check.

-* Automate fault resolution with a set of IT automation tools.

-* Monitor your complete Microsoft ecosphere, including SQL Server, Exchange, Active Directory, Office 365, Internet Information Services (IIS), and Hyper-V applications.

-* Integrate seamlessly with third-party services like Microsoft Teams, PagerDuty, Zapier, and more.

-For more information, see the [Site24x7 documentation](https://www.site24x7.com/azure/?utm_source=microsoft-partner-page&utm_medium=webpage&utm_campaign=ms-partner).

-## SolarWinds

-See the [SolarWinds documentation](https://www.solarwinds.com/topics/azure-monitoring).

-## SpearTip

-SpearTip's 24/7 security operations center continuously monitors Azure environments for cyber threats. Utilizing the ShadowSpear integration with Azure Monitor, security events are collected and analyzed for advanced threats, while SpearTip engineers investigate and respond to stop threat actors. The integration is seamless and provides instant value after the integration is deployed.

-For more information, see the [SpearTip documentation](https://www.speartip.com/identify/).

-## Splunk

-The Azure Monitor Add-On for Splunk is [available in the Splunkbase](https://splunkbase.splunk.com/app/3534/). For more information, see the [Splunk documentation](https://github.com/Microsoft/AzureMonitorAddonForSplunk/wiki/Azure-Monitor-Addon-For-Splunk).

-## SquaredUp

-SquaredUp for Azure makes visualizing your Azure applications beautifully simple. It gives you real-time, interactive dashboards.

-You can drill down into subscriptions, resource groups, tags, and individual resources to see metrics such as CPU, most inbound connections, Application Insights response time, total cost, and summary health status. And you can drill across to see related data such as alerts, Log Analytics events, and more detailed metrics, or to see related data from the other tools you use (for example, ServiceNow, Dynatrace, PagerDuty, or Pingdom).

-You can customize your own dashboards, publish them, and share them with individuals or on intranet pages.

-For more information, see the [SquaredUp website](https://squaredup.com/).

-## Sumo Logic

-Sumo Logic is a secure, cloud-native analytics service for machine data. It delivers real-time, continuous intelligence from structured, semistructured, and unstructured data across the entire application lifecycle and stack.

-More than 1,000 customers around the globe rely on Sumo Logic for the analytics and insights to build, run, and secure their applications and cloud infrastructures. With Sumo Logic, customers gain a multitenant, service-model advantage to help increase competitive advantage, business value, and growth.

-For more information, see the [Sumo Logic documentation](https://www.sumologic.com/azure).

-## Turbonomic

-Turbonomic delivers workload automation for hybrid clouds by simultaneously optimizing performance, cost, and compliance in real time. Turbonomic helps organizations be elastic in their Azure estate by continuously optimizing the estate. Applications constantly get the resources they require to deliver their SLA, and nothing more, across compute, storage, and network for the IaaS and PaaS layer.

-Organizations can simulate migrations, properly scale workloads, and retire datacenter resources to responsibly migrate to Azure on time and within budget, while assuring both performance and compliance. Turbonomic is API driven and runs as an agentless VM in Azure and on-premises.

-For more information, see the [Turbonomic introduction](https://turbonomic.com/).

-## Zenduty

-Zenduty is a novel collaborative incident management platform that provides end-to-end incident alerting, on-call management, and response orchestration, which gives teams greater control and automation over the incident management lifecycle. Zenduty is ideal for always-on services, helping teams orchestrate incident response for creating better user experiences and brand value and centralizing all incoming alerts through predefined notification rules to ensure that the right people are notified at the right time.

-Zenduty provides your NOC, SRE, and application engineers with detailed context around the Azure Monitor alert along with playbooks and a complete incident command framework to triage, remediate, and resolve incidents with speed.

-For more information, see the [Zenduty documentation](https://docs.zenduty.com/docs/microsoftazure).

-## Partner tools with Event Hubs integration

-If you use Azure Monitor to route monitoring data to an event hub, you can easily integrate with some external SIEM and monitoring tools. The following partners are known to have integration with the Event Hubs service.

-| Tool | Hosted in Azure | Description |

-|:|:| :|

-| IBM QRadar | No | The Microsoft Azure DSM and the Microsoft Azure Event Hubs protocol are available for download from [the IBM support website](https://www.ibm.com/support). You can learn more about the integration with Azure at [QRadar DSM configuration](https://www.ibm.com/support/knowledgecenter/SS42VS_DSM/c_dsm_guide_microsoft_azure_overview.html?cp=SS42VS_7.3.0). |

-| Splunk | No | The [Azure Monitor Add-On for Splunk](https://splunkbase.splunk.com/app/3757/) is an open-source project available in Splunkbase. <br><br> If you can't install an add-on in your Splunk instance (because, for example, you're using a proxy or running on Splunk Cloud), you can forward these events to the Splunk HTTP Event Collector by using [Azure Function For Splunk](https://github.com/Microsoft/AzureFunctionforSplunkVS). Azure Function For Splunk is triggered by new messages in the event hub. |

-| Sumo Logic | No | Instructions for setting up Sumo Logic to consume data from an event hub are available at [Collect Logs for the Azure Audit App from Event Hub](https://help.sumologic.com/docs/integrations/microsoft-azure/audit/#collecting-logs-for-the-azure-audit-app-from-event-hub). |

-| ArcSight | No | The ArcSight smart connector for Azure Event Hubs is available as part of the [ArcSight smart connector collection](https://community.microfocus.com/cyberres/arcsight/f/arcsight-product-announcements/163662/announcing-general-availability-of-arcsight-smart-connectors-7-10-0-8114-0). |

-| Syslog server | No | If you want to stream Azure Monitor data directly to a syslog server, you can use a [solution based on an Azure function](https://github.com/miguelangelopereira/azuremonitor2syslog/).

-| LogRhythm | No| Instructions to set up LogRhythm to collect logs from an event hub are available on the [LogRhythm website](https://logrhythm.com/six-tips-for-securing-your-azure-cloud-environment/).

-|Logz.io | Yes | For more information, see [Getting started with monitoring and logging using Logz.io for Java apps running on Azure](/azure/developer/java/fundamentals/java-get-started-with-logzio).

-## Next steps

-| Azure NetApp Files large volumes | Public preview | No |

-description: This article describes the client-side interactions with the Hybrid Connections relay for connecting clients in listener and sender roles.

-description: This article provides an overview of the Azure Relay service, which allows you to develop cloud applications that consume on-premises services running in your corporate network without opening a firewall connection or making intrusive changes to your network infrastructure.

-description: Describes how to delete resource groups and resources. It describes how Azure Resource Manager orders the deletion of resources when a deleting a resource group. It describes the response codes and how Resource Manager handles them to determine if the deletion succeeded.

-* For answers to common questions, see [Frequently asked questions about ARM templates](frequently-asked-questions.yml).

-When designing your deployment, always consider the lifecycle of the resources and group the resources that share similar lifecycle into a single template spec. For example, your deployments include multiple instances of Azure Cosmos DB, with each instance containing its own databases and containers. Given the databases and the containers don't change much, you want to create one template spec to include a Cosmo DB instance and its underlying databases and containers. You can then use conditional statements in your templates along with copy loops to create multiple instances of these resources.

-description: Learn how to configure DNS forwarder for Azure VMware Solution using the Azure portal.

-#Customer intent: As an Azure service administrator, I want to <define conditional forwarding rules for a desired domain name to a desired set of private DNS servers via the NSX-T Data Center DNS Service.>

-# Customer intent: As an Azure service administrator, I want to configure DHCP on L2 stretched VMware HCX networks to send DHCP requests from my Azure VMware Solution VMs to a non-NSX-T DHCP server.

-description: Learn how to configure port mirroring to monitor network traffic that involves forwarding a copy of each packet from one network switch port to another.

-# Customer intent: As someone with a networking background, I want to deploy Bastion and connect to a VM.

-description: Architectures for using Azure Batch and other Azure services to extend an on-premises render farm by bursting to the cloud

-* A maximum of 1000 topic entities can be passed to this fault.

-| Microsoft.Web/sites (service-direct) | Microsoft-AppService | Website Contributor |

-Kindly be aware that the code sample presented here is intended as a foundation for your virtual appointments application. It is crucial to understand that adjustments tailored to your unique use case will be essential. We recommend reviewing the code, making the necessary modifications, and referring to the accompanying documentation for assistance.

- - ignite-fall-2021

-description: Learn about confidential node pool support on AKS with AMD SEV-SNP confidential VMs

-description: Learn how you can use guest attestation for assurance that your software inside an Azure confidential virtual machine runs on the expected hardware platform.

-description: Learn how you can use Microsoft Defender for Cloud with your Azure confidential VMs with the guest attestation feature installed.

-> [View log streams from the Azure portal](log-streaming.md)

- - event-tier1-build-2022

-[dapr-subscriptions]: https://docs.dapr.io/developing-applications/building-blocks/pubsub/subscription-methods/#declarative-subscriptions

- - event-tier1-build-2022

-description: Learn more about confidential container groups.

-[deployed-app-eastus]: ./media/container-registry-tutorial-deploy-app/deployed-app-eastus.png

-[tutorial-portal-03]: ./media/container-registry-tutorial-deploy-update/tutorial-portal-03.png

-description: Use managed identity in Azure Cosmos DB to access Azure Key Vault.

-description: Learn about Azure Cosmos DB transactional (row-based) and analytical(column-based) store. Benefits of analytical store, performance impact for large-scale workloads, and auto sync of data from transactional store to analytical store.

-description: This article presents an overview of Azure Cosmos DB Attachments.

-description: Learn how to find the request unit (RU) charge for Cassandra queries executed against an Azure Cosmos DB container. You can use the Azure portal, .NET and Java drivers to find the RU charge.

-description: Learn how to create a container in Azure Cosmos DB for Apache Cassandra by using Azure portal, .NET, Java, Python, Node.js, and other SDKs.

-description: Learn how to provision container, database, and autoscale throughput in Azure Cosmos DB for Apache Cassandra resources. You will use Azure portal, CLI, PowerShell and various other SDKs.

-description: Learn how to migrate data from Apache Cassandra database to Azure Cosmos DB for Apache Cassandra using Arcion.

-description: Learn how to migrate data from an Apache Cassandra database to the Azure Cosmos DB for Apache Cassandra by using Azure Databricks and Spark.

-description: Learn how to use Striim to migrate data from an Oracle database to an Azure Cosmos DB for Apache Cassandra account.

-description: Use Azure Resource Manager templates to create and configure Azure Cosmos DB for Apache Cassandra.

-description: Learn how to enable Synapse Link for Azure Cosmos DB accounts, create a container with analytical store enabled, connect the Azure Cosmos DB database to Synapse workspace, and run queries.

-description: Use Azure Cosmos DB free tier to get started, develop, test your applications. With free tier, you'll get the first 1000 RU/s and 25 GB of storage in the account for free.

-description: Learn how to find the request unit (RU) charge for Gremlin queries executed against an Azure Cosmos container. You can use the Azure portal, .NET, Java drivers to find the RU charge.

-description: Reference documentation for server response metadata that enables additional troubleshooting

-description: Learn how to create a container in Azure Cosmos DB for Gremlin by using Azure portal, .NET and other SDKs.

-description: Learn how to provision container, database, and autoscale throughput in Azure Cosmos DB for Gremlin resources. You will use Azure portal, CLI, PowerShell and various other SDKs.

-description: Learn how to create resource tokens and use them to access the Graph database.

-description: Use Bicep to create and configure Azure Cosmos DB for Gremlin.

-description: Learn how to model a graph database by using Azure Cosmos DB for Apache Gremlin, and learn best practices to model entities and relationships.

-description: Use Azure Resource Manager templates to create and configure Azure Cosmos DB for Gremlin.

-description: Learn how to set up Azure Private Link to access an Azure Cosmos DB account by using a private IP address in a virtual network.

-description: This document describes the steps required to set up a virtual network service endpoint for Azure Cosmos DB.

-description: Learn how to define unique keys for an Azure Cosmos DB container using Azure portal, PowerShell, .NET, Java, and various other SDKs.

-description: Understand how indexing works in Azure Cosmos DB. Also explore how different types of indexes such as range, spatial, and composite are supported.