Okta Introduces Sign In With Okta Service
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Prior to Okta Identity Engine, these endpoints were accessible only with a session. Unauthenticated traffic was redirected to a centralized sign-in page (/login/login.htm) with a fromUri that represented the app that was originally attempted (the app intent link). This occurred before the request was assessed for rate limiting. A session was established and the request was processed. The user was then redirected to the relevant app intent link through an intermediate redirect to the generic app single-sign on endpoint (/app/${app}/${instanceId}/${linkName}). The app intent link endpoint validated that the user was assigned to the application, and then enforced the app sign-on policy.
CAPTCHA is a well-known strategy for mitigating attacks by bots. Identity Engine offers registration, sign-in, and account recovery integration of the two market-leading CAPTCHA services: hCAPTCHA (opens new window) and reCAPTCHA (opens new window). These are usable through the Okta-hosted and embedded Sign-In Widgets, but not SDKs.
To enable a more customized user authentication experience, Okta introduces an extension to the OAuth 2.0 and OpenID Connect standard called the Interaction Code grant type. This grant type allows apps using an embedded Okta Sign-In Widget and/or SDK to manage user interactions with the authorization server directly, rather than relying on a browser-based redirect to an authentication component (such as the Sign-In Widget).
Traditionally, enterprise applications are deployed and run within the company network. To obtain information about users such as user profile and group information, many of these applications are built to integrate with corporate directories such as Microsoft Active Directory. More importantly, a user's credentials are typically stored and validated using the directory. For example, if you use SharePoint and Exchange that are running on-premises, your sign-in credentials are your Active Directory credentials.
Most applications have a user store (DB or LDAP) that contains, among other things, user profile information and credentials. When a user signs in, the credentials are validated against this user store. The advantage of this simple approach is that everything is managed within the application, providing a single and consistent way to authenticate an end user. However, if a user needs to access multiple applications where each one requires a different set of credentials, it becomes a problem for the end user. First, the user needs to remember different passwords, in addition to any other corporate password (for example, their AD password) that may already exist. The user is now forced to maintain separate usernames and passwords, and must handle different password policies and expirations. In addition, this scenario also creates a headache for administrators and ISVs when application users continue to have access to applications that should have been revoked.
If you are an ISV building an enterprise SaaS product, or if you are building an external facing website/portal/community for your customers and partners, then you need to look at supporting multiple IdPs. This is the typical use case for many SaaS ISVs that need to integrate with customers' corporate identity infrastructure. Depending on the architecture of your application, you need to think about ways to store the SAML configuration (Certificates or IdP sign-in URLs, for example) from each identity provider, as well as how to provide the necessary SP information for each.
In an SP-initiated flow, the user tries to access a protected resource directly on the SP side without the IdP being aware of the attempt. Two issues arise. First is the need to identify the right IdP if authentication of a federated identity is needed. With SP-initiated sign in, the SP initially doesn't know anything about the identity. As a developer, you need to figure out how the SP can determine which IdP should be receiving the SAML request. In some cases, if your application URLs contain subdomain information that is mapped to a unique tenant and IdP, then the resource link being hit is enough to identify the IdP. If this isn't the case, then you might need to prompt the end user for additional information from the end user such as user ID, email, or a company ID. You need something that allows the SP to identify which IdP the user attempting to access the resource belongs to. Remember, you are only prompting for an identifier, not credentials. Okta also supports passing the identifier to the IdP with parameter \"LoginHint\", so that the user doesn't need to input the identifier again when redirected to IdP to sign in. For instruction to trigger Okta to send the \"LoginHint\" to IdP, see Redirecting with SAML Deep Links.
Another issue with SP-initiated sign-in flow is the support for deep links. Most applications support deep links. For example, you might receive a link to a document that resides on a content management system. Ideally, if you need to authenticate prior to accessing the document, you would like to be taken to the document immediately after authentication.
SAML is an asynchronous protocol by design. The SP-initiated sign-in flow begins by generating a SAML Authentication Request that gets redirected to the IdP. At this point, the SP doesn't store any information about the request. When the SAML response comes back from the IdP, the SP wouldn't know anything about the initial deep-link that triggered the authentication request. Luckily, SAML supports this with a parameter called RelayState.
A RelayState is an HTTP parameter that can be included as part of the SAML request and SAML response. In an SP-initiated sign-in flow, the SP can set the RelayState parameter in the SAML request with additional information about the request. A SAML IdP, after receiving the SAML request, takes the RelayState value and simply attaches it back as an HTTP parameter in the SAML response after the user has been authenticated. This way, when the round trip completes, the SP can use the RelayState information to get additional context about the initial SAML authentication request.
Employees, accustomed to popular consumer and enterprise app stores, have come to expect easy access to the apps they need and want. With instant access to more than 1,200 cloud and web apps via Okta, employees can easily find the consumer and business apps that they need to use on a daily basis and self-configure to achieve single sign-on across all of their apps from their Okta homepage. It makes it easier for employees to get up and running with the cloud apps that matter for their job and accelerates the secure adoption of cloud apps throughout the organization.
Okta Customer Identity Cloud including the new use cases for Consumer Apps and SaaS Apps is available today at okta.com/customer-identity/. For SaaS Apps, enhancements for the Okta Workforce Enterprise Connection and Organizations are available today for Enterprise and B2B self-service customers. New capabilities for Consumer Apps will be available by the end of Q2 2023, with support for Highly Regulated Identity as an Enterprise Add-on.
The Okta app integrations in your org use Single Sign-On (SSO) to provide a seamless authentication experience for end users. After end users sign in to Okta, they can launch any of their assigned app integrations to access external applications and services without reentering their credentials. For applications that support federated SSO through SAML, OIDC, or any other proprietary authentication protocol, Okta establishes a secure connection with a user's browser and then authenticates the user. With SSO, a central domain performs authentication and then shares the session with other domains. The way a session is shared may differ between the various SSO protocols, but the general concept is the same.
The Okta Workforce Identity Cloud provides access management, governance, and privileged access controls in a single package. Many large organizations handle these things piecemeal using manual processes. The service, which Okta introduced last month, is designed to unify and automate these processes.
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Salesforce.com on Tuesday launched an identity service, Salesforce Identity, in a bid to be the central hub to connect Web, mobile and on-premise applications with things like single sign-on, directory integration and authentication.
The latest service, which is now generally available, was announced last year at Dreamforce. With the move, Salesforce aims to be the keeper of identity for customers, employees and partners. The service is built on Salesforce's Force.com platform and on the surface looks like it competes with Okta on many fronts.
Salesforce cited Sierra Club and Varsity Brands as early customers of the service. Software as a service applications and mobile apps have highlighted the need for single sign-on and connections across multiple applications. Salesforce figures it can elbow into the identity management game since it often serves as the repository for customer data.
Chuck Mortimore, vice president product management at Salesforce, said that identity services primarily focused on employees. \"The reality is everything has changed with bring your own device and applications,\" said Mortimore. \"Control has shifted for IT with everything happening outside of the firewall.\" 153554b96e
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