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In this article, you import an Amazon Bedrock language model API into your API Management instance as a passthrough API. This example shows a model that's hosted on an inference provider other than Azure AI services. Use AI gateway policies and other capabilities in API Management to simplify integration, improve observability, and enhance control over the model endpoints.
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In this article, you import an Amazon Bedrock language model API into your API Management instance as a passthrough API. This example shows a model that's hosted on an inference provider other than Foundry Tools. Use AI gateway policies and other capabilities in API Management to simplify integration, improve observability, and enhance control over the model endpoints.
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For more information about managing AI APIs in API Management, see:
Copy file name to clipboardExpand all lines: articles/api-management/azure-ai-foundry-api.md
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## Client compatibility options
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API Management supports two client compatibility options for AI APIs from Microsoft Foundry. When you import the API using the wizard, choose the option suitable for your model deployment. The option determines how clients call the API and how the API Management instance routes requests to the AI service.
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API Management supports two client compatibility options for AI APIs from Microsoft Foundry. When you import the API using the wizard, choose the option suitable for your model deployment. The option determines how clients call the API and how the API Management instance routes requests to the Foundry Tool.
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***Azure OpenAI** - Manage Azure OpenAI in Microsoft Foundry model deployments.
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Clients call the deployment at an `/openai` endpoint such as `/openai/deployments/my-deployment/chat/completions`. Deployment name is passed in the request path. Use this option if your AI service only includes Azure OpenAI model deployments.
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Clients call the deployment at an `/openai` endpoint such as `/openai/deployments/my-deployment/chat/completions`. Deployment name is passed in the request path. Use this option if your Foundry Tool only includes Azure OpenAI model deployments.
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***Azure AI** - Manage model endpoints in Microsoft Foundry that are exposed through the [Azure AI Model Inference API](/azure/ai-studio/reference/reference-model-inference-api).
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- An existing API Management instance. [Create one if you haven't already](get-started-create-service-instance.md).
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-An Azure AI service in your subscription with one or more models deployed. Examples include models deployed in Microsoft Foundry or Azure OpenAI.
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-A Foundry Tool in your subscription with one or more models deployed. Examples include models deployed in Microsoft Foundry or Azure OpenAI.
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## Import Microsoft Foundry API using the portal
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When you import the API, API Management automatically configures:
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* Operations for each of the API's REST API endpoints
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* A system-assigned identity with the necessary permissions to access the AI service deployment.
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* A [backend](backends.md) resource and a [set-backend-service](set-backend-service-policy.md) policy that direct API requests to the AI service endpoint.
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* A system-assigned identity with the necessary permissions to access the Foundry Tool deployment.
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* A [backend](backends.md) resource and a [set-backend-service](set-backend-service-policy.md) policy that direct API requests to the Azure AI Services endpoint.
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* Authentication to the backend using the instance's system-assigned managed identity.
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* (optionally) Policies to help you monitor and manage the API.
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1. Under **Create from Azure resource**, select **Microsoft Foundry**.
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:::image type="content" source="media/azure-ai-foundry-api/ai-foundry-api.png" alt-text="Screenshot of creating an OpenAI-compatible API in the portal." :::
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1. On the **Select AI service** tab:
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1. Select the **Subscription** in which to search for AI services. To get information about the model deployments in a service, select the **deployments** link next to the service name.
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1. On the **Select AI Service** tab:
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1. Select the **Subscription** in which to search for Foundry Tools. To get information about the model deployments in a service, select the **deployments** link next to the service name.
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:::image type="content" source="media/azure-ai-foundry-api/deployments.png" alt-text="Screenshot of deployments for an AI service in the portal.":::
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1. Select an AI service.
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1. Select a Foundry Tool.
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1. Select **Next**.
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1. On the **Configure API** tab:
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1. Enter a **Display name** and optional **Description** for the API.
Copy file name to clipboardExpand all lines: articles/api-management/breaking-changes/identity-provider-adal-retirement-sep-2025.md
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Your service is impacted by this change if:
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* You've configured an[Microsoft Entra ID](../api-management-howto-aad.md) or [Azure AD B2C](../api-management-howto-aad-b2c.md) identity provider for user account authentication using the ADAL and use the provided developer portal.
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* You've configured a[Microsoft Entra ID](../api-management-howto-aad.md) or [Azure AD B2C](../api-management-howto-aad-b2c.md) identity provider for user account authentication using the ADAL and use the provided developer portal.
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For more information and details about settings, see [How to configure an origin for Azure Front Door](../frontdoor/how-to-configure-origin.md#create-a-new-origin-group).
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> [!NOTE]
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> If you've configured an[Microsoft Entra ID](api-management-howto-aad.md) or [Microsoft Entra External ID](/entra/external-id/customers/overview-customers-ciam) identity provider for the developer portal, you need to update the corresponding app registration with an additional redirect URL to Front Door. In the app registration, add the URL for the developer portal endpoint configured in your Front Door profile.
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> If you've configured a[Microsoft Entra ID](api-management-howto-aad.md) or [Microsoft Entra External ID](/entra/external-id/customers/overview-customers-ciam) identity provider for the developer portal, you need to update the corresponding app registration with an additional redirect URL to Front Door. In the app registration, add the URL for the developer portal endpoint configured in your Front Door profile.
You can import OpenAI-compatible language model endpoints to your API Management instance, or import non-compatible models as passthrough APIs. For example, manage self-hosted LLMs or those hosted on inference providers other than Azure AI services. Use AI gateway policies and other API Management capabilities to simplify integration, improve observability, and enhance control over model endpoints.
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You can import OpenAI-compatible language model endpoints to your API Management instance, or import non-compatible models as passthrough APIs. For example, manage self-hosted LLMs or those hosted on inference providers other than Foundry Tools. Use AI gateway policies and other API Management capabilities to simplify integration, improve observability, and enhance control over model endpoints.
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Learn more about managing AI APIs in API Management:
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---
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title: Import an SAP API by Using the Azure Portal | Microsoft Docs
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title: Import an SAP API by Using the Azure portal | Microsoft Docs
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titleSuffix:
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description: Learn how to import OData metadata from SAP as an API to Azure API Management, either directly or by converting the metadata to an OpenAPI specification.
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The Azure API Management [self-hosted gateway](self-hosted-gateway-overview.md) needs connectivity with its associated cloud-based API Management instance for reporting status, checking for and applying configuration updates, and sending metrics and events.
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This article shows you how to enable the self-hosted gateway to authenticate to its associated cloud instance by using an[Microsoft Entra ID app](../active-directory/develop/app-objects-and-service-principals.md), using a client secret or certificate. By using Microsoft Entra authentication, you can configure longer expiry times for secrets and use standard steps to manage and rotate secrets. For other authentication options, see [Self-hosted gateway authentication options](self-hosted-gateway-authentication-options.md).
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This article shows you how to enable the self-hosted gateway to authenticate to its associated cloud instance by using a[Microsoft Entra ID app](../active-directory/develop/app-objects-and-service-principals.md), using a client secret or certificate. By using Microsoft Entra authentication, you can configure longer expiry times for secrets and use standard steps to manage and rotate secrets. For other authentication options, see [Self-hosted gateway authentication options](self-hosted-gateway-authentication-options.md).
Copy file name to clipboardExpand all lines: articles/service-connector/how-to-integrate-ai-services.md
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title: Connect to Azure AI services with other Azure services
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title: Connect to Foundry Tools with other Azure services
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titleSuffix: Service Connector
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description: Learn how to integrate Azure AI Services into your application with Service Connector by using supported authentication methods and clients.
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description: Learn how to integrate Foundry Tools into your application with Service Connector by using supported authentication methods and clients.
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author: wchigit
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ms.author: wchi
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ms.service: service-connector
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ms.collection: ce-skilling-ai-copilot
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# Connect to Azure AI services using Service Connector
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In this article, we cover the supported authentication methods and clients that you can use to connect your apps to Azure AI services using Service Connector. For each supported method, we provide sample code and describe the default environment variable names and values obtained when creating the service connection.
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# Connect to Foundry Tools using Service Connector
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In this article, we cover the supported authentication methods and clients that you can use to connect your apps to Foundry Tools using Service Connector. For each supported method, we provide sample code and describe the default environment variable names and values obtained when creating the service connection.
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## Supported compute services
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Service Connector can be used to connect the following compute services to Azure AI Services:
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Service Connector can be used to connect the following compute services to Foundry Tools:
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- Azure App Service
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- Azure Container Apps
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## Supported authentication types and client types
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The following table indicates which combinations of authentication methods and clients are supported for connecting your compute service to individual Azure AI Services using Service Connector. A *Yes* indicates that the combination is supported, while a *No* indicates that it isn't supported.
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The following table indicates which combinations of authentication methods and clients are supported for connecting your compute service to individual Foundry Tools using Service Connector. A *Yes* indicates that the combination is supported, while a *No* indicates that it isn't supported.
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| Client type | System-assigned managed identity | User-assigned managed identity | Secret/connection string | Service principal |
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| Python | Yes | Yes | Yes | Yes |
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| None | Yes | Yes | Yes | Yes |
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This table indicates that all combinations of client types and authentication methods in the table are supported. All client types can use any of the authentication methods to connect to Azure AI Services using Service Connector.
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This table indicates that all combinations of client types and authentication methods in the table are supported. All client types can use any of the authentication methods to connect to Foundry Tools using Service Connector.
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## Default environment variable names or application properties and sample code
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Use the following connection details to connect compute services to Azure AI Services. For more information about naming conventions, see the [Service Connector internals](concept-service-connector-internals.md#configuration-naming-convention) article.
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Use the following connection details to connect compute services to Foundry Tools. For more information about naming conventions, see the [Service Connector internals](concept-service-connector-internals.md#configuration-naming-convention) article.
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