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In ADFS, identity federation [4] is established between two organizations by establishing trust between two security realms. A federation server on one side (the accounts side) authenticates the user through the standard means in Active Directory Domain Services and then issues a token containing a series of claims about the user, including their identity.
Typical use-cases involve things such as cross-domain, web-based single sign-on, cross-domain user account provisioning, cross-domain entitlement management and cross-domain user attribute exchange. Use of identity federation standards can reduce cost by eliminating the need to scale one-off or proprietary solutions.
Matrix (sometimes stylized as [matrix]) is an open standard and communication protocol for real-time communication. [2] It aims to make real-time communication work seamlessly between different service providers, in the way that standard Simple Mail Transfer Protocol email currently does for store-and-forward email service, by allowing users with accounts at one communications service provider ...
Implementation of federated VoIP involves a number of initiatives: (optionally) registering existing telephone numbers in a well-known ENUM service, typically the e164.arpa DNS domain. obtaining an SSL/TLS certificate for the domain(s) installing a SIP proxy, an XMPP/Jabber server, or both
One could not send messages from GTalk accounts or XMPP (which Google/GTalk is federated with—XMPP lingo for federation is s2s, which Facebook and MSN Live's implementations do not support [4]) to AIM screen names, nor vice versa. [5] In May 2011, AIM and Gmail federated, allowing users of each network to add and communicate with each other.
Active Directory Domain Services (AD DS) is the foundation of every Windows domain network. It stores information about domain members, including devices and users, verifies their credentials, and defines their access rights. The server running this service is called a domain controller.
The secondary device is a computer running a desktop operating system, which serves as a companion for the primary device. Desktop messaging clients on secondary devices do not function independently, as they are reliant on the mobile phone maintaining an active network connection for login authentication and syncing messages.
[2] [failed verification] Modern smartphones are used both for receiving email and SMS. So if the phone is lost or stolen and is not protected by a password or biometric, all accounts for which the email is the key can be hacked as the phone can receive the second factor. Mobile carriers may charge the user messaging fees.