Microsoft azure active directory can be integrated with on-premises active directory to allow single sign-on.

Purpose First Segment: In the first segment of this blog series, we had discussed in detail about Application Gateway overview and technical steps to configure Application Gateway WAF v2 for internet facing SAP Fiori apps. Now in this blog we will be extending the use case further, where we will configure Single Sign-On (SSO) using SAML and Azure Active Directory (AAD) for both Public and Internal communication method. SSO using SAML & Azure Active Directory: Overview In first part of the blog, we discussed technical configuration of Application Gateway WAF for internet facing SAP Fiori apps. Now the customer wants to offload the user authentication on to an identity provider for both internal and public URLs. The identity provider enables you to federate identities across domains for single sign-on (SSO). Public URL: Internal URL: In this example, we will configure SSO with the use of SAML by enabling SAP AS ABAP system as service provider and configuring Azure Active Directory as an identify provider. But before that it is crucial to understand the architecture and flow of request before we perform the configuration. Before you proceed reading following section, it will be beneficial if you read Pre-requisites on SSO Configuration for Public URL • When user enters s4hanatesting.eastus2.cloudapp.azure.com. Based on the rule defined in HTTP settings, request will be sent to the backend host. • As mentioned in Pick host name from backend target. So, application gateway will...

In this article There are specific scenarios when delegating administration in a single tenant boundary doesn't meet your needs. In this section, there are requirements that may drive you to create a multi-tenant architecture. Multi-tenant organizations might span two or more Azure AD tenants. This can result in unique cross-tenant collaboration and management requirements. Multi-tenant architectures increase management overhead and complexity and should be used with caution. We recommend using a single tenant if your needs can be met with that architecture. For more detailed information, see A separate tenant creates a new boundary, and therefore decoupled management of Azure AD directory roles, directory objects, conditional access policies, Azure resource groups, Azure management groups, and other controls as described in previous sections. A separate tenant is useful for an organization's IT department to validate tenant-wide changes in Microsoft services such as, Intune, Azure AD Connect, or a hybrid authentication configuration while protecting an organization's users and resources. This includes testing service configurations that might have tenant-wide effects and can't be scoped to a subset of users in the production tenant. Deploying a non-production environment in a separate tenant might be necessary during development of custom applications that can change data of production user objects with MS Graph or similar APIs (for example, applications that are granted ...

In this article It's important to understand the structure and terms that are specific to Azure resources. The following image shows an example of the four levels of scope that are provided by Azure: Terminology The following are some of the terms you should be familiar with: Resource - A manageable item that is available through Azure. Virtual machines, storage accounts, web apps, databases, and virtual networks are examples of resources. Resource group - A container that holds related resources for an Azure solution such as a collection of virtual machines, associated VNets, and load balancers that require management by specific teams. The Subscription - From an organizational hierarchy perspective, a subscription is a billing and management container of resources and resource groups. An Azure subscription has a trust relationship with Azure AD. A subscription trusts Azure AD to authenticate users, services, and devices. Note A subscription may trust only one Azure AD tenant. However, each tenant may trust multiple subscriptions and subscriptions can be moved between tenants. Management group - Resource provider - A service that supplies Azure resources. For example, a common Resource Manager template - A JavaScript Object Notation (JSON) file that defines one or more resources to deploy to a resource group, subscription, tenant, or management group. The template can be used to deploy the resources consistently and repeatedly. See Azure Resource Management Model Each Azu...

In this article In this tutorial, learn how to integrate F5 BIG-IP based secure socket layer virtual private network (SSL-VPN) with Azure Active Directory (Azure AD) for secure hybrid access (SHA). Enabling a BIG-IP SSL-VPN for Azure AD single sign-on (SSO) provides many benefits, including: • Improved Zero trust governance through Azure AD pre-authentication and Conditional Access. • • • Manage identities and access from a single control plane, the To learn about more benefits, see • • Note Classic VPNs remain network orientated, often providing little to no fine-grained access to corporate applications. We encourage a more identity-centric approach to achieve Zero Trust. Learn more: Scenario description In this scenario, the BIG-IP APM instance of the SSL-VPN service is configured as a SAML service provider (SP) and Azure AD is the trusted SAML IDP. SSO from Azure AD is provided through claims-based authentication to the BIG-IP APM, a seamless VPN access experience. Note Replace example strings or values in this guide with those in your environment. Prerequisites Prior experience or knowledge of F5 BIG-IP isn't necessary, however, you'll need: • An Azure AD subscription • If you don't have one, you can get an • User identities • An account with Azure AD application admin • BIG-IP infrastructure with client traffic routing to and from the BIG-IP • Or • A record for the BIG-IP published VPN service in public DNS • Or a test client localhost file while testing • The BIG-IP ...

Share Explore the latest features for Datadog—An Azure Native ISV Service on Facebook Share Explore the latest features for Datadog—An Azure Native ISV Service on Twitter Share Explore the latest features for Datadog—An Azure Native ISV Service on LinkedIn • Tag: Azure Marketplace • Tag: DevOps • Tag: Monitoring The service is easy to provision and manage, like any other Azure resource, using the Azure Portal, Azure Command-Line Interface (CLI), software development kits (SDKs), and more. You do not need any custom code or connectors to start viewing your logs and metrics on the Datadog portal. The service has continued to grow and has been adopted well by our joint customers. This service is developed and managed by Microsoft and Datadog and based on your feedback, we continueto invest in deeper integrations to make the experience smoother for you. Here are some of the top featuresshipped recently that we would like to highlight: Monitor multiple subscriptions with a single Datadog Resource We are excited to announce a scalable multi-subscription monitoring capability that allows you to configure monitoring for all your subscriptions through a single Datadog resource. This simplifies the process of monitoring numerous subscriptions as you do not need to setup a separate Datadog resource in every single subscription that you wish to monitor. To start monitoring multiple subscriptions through a single “Datadog—An Azure Native ISV Service” resource, click on the Monitored Su...

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AWS Directory Service lets you run Microsoft Active Directory (AD) as a managed service. AWS Directory Service for Microsoft Active Directory, also referred to as AWS Managed Microsoft AD, is powered by Windows Server 2019. When you select and launch this directory type, it is created as a highly available pair of domain controllers connected to your virtual private cloud (VPC). The domain controllers run in different Availability Zones in a Region of your choice. Host monitoring and recovery, data replication, snapshots, and software updates are automatically configured and managed for you. With AWS Managed Microsoft AD, you can run directory-aware workloads in the AWS Cloud, including Microsoft SharePoint and custom .NET and SQL Server-based applications. You can also configure a trust relationship between AWS Managed Microsoft AD in the AWS Cloud and your existing on-premises Microsoft Active Directory, providing users and groups with access to resources in either domain, using AWS IAM Identity Center (successor to AWS Single Sign-On). AWS Directory Service makes it easy to set up and run directories in the AWS Cloud, or connect your AWS resources with an existing on-premises Microsoft Active Directory. Once your directory is created, you can use it for a variety of tasks: • Manage users and groups • Provide single sign-on to applications and services • Create and apply group policy • Simplify the deployment and management of cloud-based Linux and Microsoft Windows work...

Resources • Example announcement • Accelerate your digital transformation • Learn more • Key benefits • Why Google Cloud • AI and ML • Multicloud • Global infrastructure • Data Cloud • Open cloud • Trust and security • Productivity and collaboration • Reports and insights • Executive insights • Analyst reports • Whitepapers • Customer stories • Industry Solutions • Retail • Consumer Packaged Goods • Financial Services •

Purpose First Segment: In the first segment of this blog series, we had discussed in detail about Application Gateway overview and technical steps to configure Application Gateway WAF v2 for internet facing SAP Fiori apps. Now in this blog we will be extending the use case further, where we will configure Single Sign-On (SSO) using SAML and Azure Active Directory (AAD) for both Public and Internal communication method. SSO using SAML & Azure Active Directory: Overview In first part of the blog, we discussed technical configuration of Application Gateway WAF for internet facing SAP Fiori apps. Now the customer wants to offload the user authentication on to an identity provider for both internal and public URLs. The identity provider enables you to federate identities across domains for single sign-on (SSO). Public URL: Internal URL: In this example, we will configure SSO with the use of SAML by enabling SAP AS ABAP system as service provider and configuring Azure Active Directory as an identify provider. But before that it is crucial to understand the architecture and flow of request before we perform the configuration. Before you proceed reading following section, it will be beneficial if you read Pre-requisites on SSO Configuration for Public URL • When user enters s4hanatesting.eastus2.cloudapp.azure.com. Based on the rule defined in HTTP settings, request will be sent to the backend host. • As mentioned in Pick host name from backend target. So, application gateway will...