Many companies use a combination of cloud providers to satisfy their business needs. Productivity applications such as Google docs and Gmail are used extensively by many companies which means that the companies user base is already well established within that provider. This article targets a use case where a company may want to leverage the power of Azure API management, but also take advantage of their existing identity investment in the Google platform.
To get the full benefit of this article, it is expected that you will be somewhat familiar with the following technologies:. From a technical perspective, we want to ensure that the consumers of our API have a valid google account, that is, they are authenticated google users. To do that, we want to ensure that any consumer of the API provides us with a valid OAuth token as issued by google. We will then configure the API management instance to verify that token is valid by asking Google to validate the passed in bearer token.
To provide a seamless experience within the Azure API Management system when integrating with google, we are going to do the following:. This is detailed in the following steps:. There are 2 aspects of Azure API management that can be setup for integration with google. The developer portal will first authenticate users to use the developer portal, and additionally allow users to test the API itself from within the portal.
Use managed identities in Azure API Management
Setting up the developer portal has a few more steps involved so we will concentrate on that part first. For the developer portal component, we will configure it to authenticate users using Google as the identity provider. Firstly, developers can log into the developer portal using their google credentials and are authenticated by google.
Secondly, developers can generate an OAuth token from within the portal to use or test the API endpoints. This means developers do not have to manually generate an OAuth token and then paste it into the requisite header.
All this can be done easily from within the developer portal. You are done. You can now go into the developer portal, try out an API endpoint, select a Google OpenID authorization scheme, and have that token validated by Google. Alternatively, do not supply a valid token and you should receive a HTTP error code. As a final note, this allows anybody with a valid google token to access the API. You may want to further restrict access via extra authorization means such as only allowing a particular email domain eg.
Very nice article. Could tell me how can I restrict access to specifics domains?
You may want to further restrict access via extra authorization means such as only allowing a particular email domain. Hi there, I enjoyed the article but i am facing one issue related new Developer portal. I have added the google to the APIM instance as a identity provider but unable to replicate the widget for Google in new developer portal so can you please help me on this.
Toggle navigation Microsoft Glavs Blog. Home About Sign In. Pre-Requisites To get the full benefit of this article, it is expected that you will be somewhat familiar with the following technologies: Azure API management including the developer portal. OAuth general knowledge Knowledge of google developer console a bonus but not necessary. OAuth all the things From a technical perspective, we want to ensure that the consumers of our API have a valid google account, that is, they are authenticated google users.This article shows you how to create a managed identity for an API Management service instance and how to access other resources.
This identity is managed by Azure and does not require you to provision or rotate any secrets. For more information about managed identities, see What is managed identities for Azure resources.
To set up a managed identity in the portal, you will first create an API Management instance as normal and then enable the feature. You can create an API Management instance with an identity by including the following property in the resource definition:. More scenarios will be supported soon.How to get started with Azure API Management - Azure Tips and Tricks
If the object version of the certificate is not provided, API Management will automatically obtain the newer version of the certificate after it is uploaded to Key Vault. The following example shows an Azure Resource Manager template that contains the following steps:.
You may also leave feedback directly on GitHub. Skip to main content. Exit focus mode. Learn at your own pace. See training modules. Dismiss alert. Create a managed identity for an API Management instance Using the Azure portal To set up a managed identity in the portal, you will first create an API Management instance as normal and then enable the feature.
Create an API Management instance in the portal as you normally would. Navigate to it in the portal. Select Managed service identities.
Azure API Management Part 2: Safeguarding Your API
Click Save. Important If the object version of the certificate is not provided, API Management will automatically obtain the newer version of the certificate after it is uploaded to Key Vault. Is this page helpful?
Yes No. Any additional feedback?This docs cover the latest version on master. This might not be released yet. Use the version picker in the lower left corner to select docs for a specific version. IdentityServer4 latest. NET Core. Note This docs cover the latest version on master. Centralized login logic and workflow for all of your applications web, native, mobile, services.
Issue access tokens for APIs for various types of clients, e. This shields your applications from the details of how to connect to these external providers. The most important part - many aspects of IdentityServer can be customized to fit your needs.
Since IdentityServer is a framework and not a boxed product or a SaaS, you can write code to adapt the system the way it makes sense for your scenarios. IdentityServer uses the permissive Apache 2 license that allows building commercial products on top of it. It is also part of the. NET Foundation which provides governance and legal backing. If you need help building or running your identity platform, let us know.
There are several ways we can help you out. Read the Docs v: latest Versions latest 3.Learn about how you can use Subscription Keys, OAuth 2. In this article we will look at some of the ways to look after your API when you expose it. Once you have created the API definition you need to create a Product. The Product is also the level at which you grant access to APIs to application developers.
When you grant a developer access to a Product they are provided with a subscription key and have to include this key on requests that they make to the API. There is currently support for mutual certificate authentication which allows you to configure APIM to verify the identity of the back-end API using a certificate, and to specify the certificate that APIM should use to validate itself to the back-end API.
This virtual network is used to bridge from your internal network into Azure, allowing APIM to call your back-end API without it needing to be exposed publically. In addition, you may want end users i.
These tokens are passed in the Authorization header of the request, and the APIM proxy will simply pass the token through to the back-end API without needing to configure anything else.
Fortunately we can configure OAuth 2. As you can see below, the configuration for an Authorization Server allows you to specify which flow s you want to support and configure the endpoints etc.
Once this is done then the interactive console will add an additional option that allows you to specify the authentication type to use for the call. Selecting an option triggers the relevant OAuth 2. This is configured through the use of policies, which we will look at in the next sections.
When you open up your API to other parties you might also want to put in place other characteristics such as limiting the number of calls that applications can make to your API. This can help you to avoid your API being overwhelmed by requests, but also opens up business opportunities to charge people if they want to make heavier use of your API. Rate-limiting in APIM is applied as a policy.
The rate-limit policy is applied at the Product level. The Policy Statements section on the right-hand side is a quick way to add the basic definition for each policy rather than having to type out the XML. You may decide to apply a rate limit as above i. To achieve this you can add the quota policy in as shown below.
This allows you to create a business model where developers are charged according to their allowed usage. In the APIM processing pipeline, policies can be applied inbound i. Some policies only make sense at either the inbound or outbound stage, e. When policies are collapsed APIM starts at the most specific scope and works from there out, i. To illustrate, imagine that we have the following pseudo-configurations:.
This has the potential to get a little complicated, so APIM provides an ability to see the collapsed policy. This will bring up a pop-up that shows you the policy configuration that will be applied for that combination.
An example is shown below this uses the same configuration as in the policy definition we just saw for an operation with URI rewriting applied. This article has covered a lot of different aspects of taking care of your back-end API: subscription keys, OAuth 2.
APIM takes care of the implementation of subscription keys, rate-limiting, and quotas and many more behaviours through policies to make them simple to incorporate into your APIs. You can additionally define quotas etc. This can help keep the back-end API healthy as well as improving the performance for callers.
The dark mode beta is finally here. Change your preferences any time. Stack Overflow for Teams is a private, secure spot for you and your coworkers to find and share information. Net Core hosted on Azure. More or less like that. Initially we were thinking that we can hide everything including the IdentityServer behind API Management gateway, but looks like this doesn't make sense or is impossible. Based on that I think that I need to leave the Client to use IdentityServer to authenticate as this requires UI interaction but then somehow set a global policy in API Management to authorize the user using mentioned Send-Request policy.
And then change backend to accept the JWT tokens from this policy? Is my thinking correct? How to implement that? But I'm not sure that would be best since it quite a bit changes you system and forces you to solve other problems instead, like how to authenticate user to APIM.
In some cases this may be a good approach, it's up to you to decide. This approach is most useful if you want to use different auth mechanism between APIM and backend, because if APIM is doing authorization work, your backend could avoid checking any user access, and instead just authorize APIM to do everything. Learn more. Asked 11 months ago. Active 9 months ago. Viewed 1k times.
All those things are new for me so it could be that I missed something or messed up the terms Kokos Kokos 1, 3 3 gold badges 11 11 silver badges 16 16 bronze badges.
Active Oldest Votes. Vitaliy Kurokhtin Vitaliy Kurokhtin 4, 1 1 gold badge 12 12 silver badges 11 11 bronze badges. Sign up or log in Sign up using Google. Sign up using Facebook.
Sign up using Email and Password. Post as a guest Name. Email Required, but never shown. The Overflow Blog. Podcast Programming tutorials can be a real drag. Featured on Meta. Community and Moderator guidelines for escalating issues via new response…. Feedback on Q2 Community Roadmap. Dark Mode Beta - help us root out low-contrast and un-converted bits.
Technical site integration observational experiment live on Stack Overflow. Linked 2.GitHub is home to over 40 million developers working together to host and review code, manage projects, and build software together. This might be abit offtopic, but given there is a chance that thinktecture guys already looked at it or someone else here, i take my changes asking the question.
I am getting some pressure to investigate wether or not the new ApiManagement service on azure can help us and save us time not developing something our self that it provides. TBH i have not taken the time to look into it just yet, but maybe someone here using IdentityServer and designing Apis, have already started looking into it. What I am mostly interested in is if there are issues using the service together with identityserver. If none here knows anything about it, then we can just close this again and open it when I get that investigated.
I need to figure out what exactly the services offers, but I am getting told its the new hot thing that will change the way people do API. Did you end up going any further with this?
I try to stay out of getting to bed with Azure too much. If I want to host my entire stack on appharbour or Amazon, I want to do that easily. I found that the following two articles had the information needed to implement user delegation and signup stuff to work nicely with idsrv.
Though, as johnkors also points out, I have postponed this for as far as possible for the same reason to not be reliant on api management. This will save a great amount of internal development - where the other features on api management has alternatives that could be as easy as dropping in a nuget package. There are several companies that provide this type of proxied management service 3scale, Apigee, Mashery, etc. With that in mind, I need to build the OAuth 2.
I you look at the OAuth 2. Is it possible for someone who has had experience with OpenID Connect to look at that form and tell me if they think it has enough parameters to support OpenID Connect? If the documentation is not enough, I am happy to work with someone who has a functioning OpenID Connect server to test it out and try to configure it in Azure. I wish that this was a future project that I could put on ice for a while, but it is not Skip to content.
This repository has been archived by the owner. It is now read-only. Dismiss Join GitHub today GitHub is home to over 40 million developers working together to host and review code, manage projects, and build software together.
Sign up. Labels question. Copy link Quote reply. This comment has been minimized. Sign in to view. I haven't looked into it so far. Interested in what you find out! Contributor Author.
Sign up for free to subscribe to this conversation on GitHub. Already have an account? Sign in.New Signature has Microsoft-certified Azure experts and consultants who assess your business, develop the virtual machines that you need to meet your goals and streamline your operations through the cloud. Learn More. A Microsoft environment is not complete and usable until the proper licensing has been purchased and activated for your organization.
We develop technological solutions to increase collaboration for industries that never stop. Dynamic solutions that respect patient privacy, increase collaboration, and provide tools to access vital information. Bringing you the tools to develop a streamlined customer banking experience and enhanced security. Optimizing your technology to heighten cyber-security efforts, enhance collaboration, and encourage growth.
Examine a wide array of New Signature thought leadership assets including videos, ebooks and infographics to learn more about our services and offers. Our eBooks are a collection of learning guides that deliver a comprehensive look at some of the most pressing business trends, and how technologies can help you overcome those challenges.
Browse a comprehensive list of companies who have created successful partnerships and experienced transformative solutions with New Signature. New Signature worked with TalkTalk to define a new Modern Workplace solution based on Microsoftwhich kept the user firmly at the center of the transformation. View Case Study. Figure 1: Clients directly communicate with microservice image credit: microsoft.
Right off the bat, we can see issues with this type of solution. Not only is the API dependency approaching spaghetti level but other important questions also arise:. Performance Cookies provide Content Delivery Network assets that deliver faster site content delivery capabilities.
Functional Cookies allow us to provided advanced media capabilities including videos, surveys and other multimedia capabilities. Disabling Functional cookies will block the playing of videos and other multimedia site components. Targeting Cookies are used to capture user information in order for New Signature to deliver better user experiences.
Skip to content New Signature has Microsoft-certified Azure experts and consultants who assess your business, develop the virtual machines that you need to meet your goals and streamline your operations through the cloud. Insights Examine a wide array of New Signature thought leadership assets including videos, ebooks and infographics to learn more about our services and offers. View Our Insights. Case Studies Browse a comprehensive list of companies who have created successful partnerships and experienced transformative solutions with New Signature.
View All Case Studies. Facebook Twitter LinkedIn Print. For starters, a solution that involves microservices that consume APIs looks like this: Figure 1: Clients directly communicate with microservice image credit: microsoft. Not only is the API dependency approaching spaghetti level but other important questions also arise: What happens when one or more backend APIs change significantly?
Do we have to rewrite the API-microservices connection code for each individual microservice? These APIs may be hosted on public cloud, private cloud and, in some cases, even on-premises. Are we going to let each individual microservice handle these diverse set of connections? What about security? Not to mention that in the flow of data from the microservices to the backend API services, the security is only as good as the weakest link. Spaghetti connections like the one shown above expose a large surface attack area.
Logging of messages between the microservices and backend APIs is also a major concern due to large permutations of paths and state of each path. Caching of the calls to the backend APIs is another stress point with each backend API being forced to implement their own caching mechanism. The API Gateways enable communication between the microservices and the backend APIs by routing the messages based on path, headers, hostname and other mechanisms.
In some cases, API Gateways allow the responses to pass-through as-is. API Gateways provide a single point for logging messages between the backend APIs and the microservices thereby making it easy to diagnose issues. API Gateways handle caching in a similar manner.