This document provides a summary of Michael Bleigh's presentation on the present and future of OAuth. The presentation is presented as a comic strip with 4 acts. Act 1 describes the problems with the initial methods of authorization. Act 2 introduces the creation of OAuth as a new open standard. Act 3 outlines improvements with OAuth 2.0, including making it simpler and adding additional flows. Act 4 discusses implementing OAuth 2.0 both as a consumer and provider.
This document discusses OAuth and how it allows third-party applications to access a user's resources like contacts or photos from services like Google or Facebook without sharing the user's passwords. It describes registering clients, the authorization code flow, and demonstrates OAuth with Google and Facebook using .NET. Key points are that OAuth is not about authentication but permission, and allows resources to be shared securely without giving passwords to third parties.
The document discusses the history and basics of OAuth, an open standard for authorization. It started in 2006 to allow websites to share private resources from another site without needing the user's password. The document outlines key terms like consumer, provider, tokens, and scope. It describes the 3-act process where a consumer gets a request token from the provider, redirects the user to authorize, then exchanges the request for an access token to access protected resources on behalf of the user. It also notes some loopholes in OAuth 1.0 and the development of OAuth 2.0.
The document discusses OAuth 1.0 and 2.0 authentication protocols. It explains the key concepts of OAuth 1.0 including the use of consumer tokens, temporary credentials, access tokens, and signing requests with HMAC-SHA1 signatures. It also covers OAuth 2.0 which removes signatures in favor of SSL/TLS and uses grants like authorization code and implicit to issue access tokens. The document provides code examples for implementing OAuth 1.0 token requests and authorization headers.
This document provides a summary of Michael Bleigh's presentation on the present and future of OAuth. The presentation is presented as a comic strip with 4 acts. Act 1 describes the problems with the initial methods of authorization. Act 2 introduces the creation of OAuth as a new open standard. Act 3 outlines improvements with OAuth 2.0, including making it simpler and adding additional flows. Act 4 discusses implementing OAuth 2.0 both as a consumer and provider.
This document discusses OAuth and how it allows third-party applications to access a user's resources like contacts or photos from services like Google or Facebook without sharing the user's passwords. It describes registering clients, the authorization code flow, and demonstrates OAuth with Google and Facebook using .NET. Key points are that OAuth is not about authentication but permission, and allows resources to be shared securely without giving passwords to third parties.
The document discusses the history and basics of OAuth, an open standard for authorization. It started in 2006 to allow websites to share private resources from another site without needing the user's password. The document outlines key terms like consumer, provider, tokens, and scope. It describes the 3-act process where a consumer gets a request token from the provider, redirects the user to authorize, then exchanges the request for an access token to access protected resources on behalf of the user. It also notes some loopholes in OAuth 1.0 and the development of OAuth 2.0.
The document discusses OAuth 1.0 and 2.0 authentication protocols. It explains the key concepts of OAuth 1.0 including the use of consumer tokens, temporary credentials, access tokens, and signing requests with HMAC-SHA1 signatures. It also covers OAuth 2.0 which removes signatures in favor of SSL/TLS and uses grants like authorization code and implicit to issue access tokens. The document provides code examples for implementing OAuth 1.0 token requests and authorization headers.
An Android app using web technologies like html , css , javascript.
Explains how Oauth technology works, we are representing how facebook Oauth works
[ when you sign to third party app/website using facebook]
Hands-on with OAuth, Facebook and the Force.com PlatformPat Patterson
OAuth 2.0 is now the default mechanism for authorizing access to Web services APIs, supported by providers across the Internet. In this workshop, aimed at developers and architects, we will look at the OAuth 2.0 protocol, build a portal on Force.com that acquires customers via Facebook, logs them in via OAuth 2.0, and use the Facebook Graph API to create a social application, combining business data in Force.com with users' social graphs in Facebook. Bring a laptop with a web browser and a text editor - no development environment needed - we'll be coding in the cloud, baby!
Presented at Cloud Identity Summit 2012.
OAuth 2.0 is an authorization framework that allows third party applications to access user data without requiring username and passwords. It works by granting limited access tokens to third party apps after obtaining user consent. Many major tech companies use OAuth 2.0 including Facebook, Google, Twitter, and Microsoft. There are different OAuth 2.0 flows depending on the type of application, with the Authorization Code Grant and Implicit Grant being most common. It provides benefits like integration of third party apps and limited scope access, but also has potential drawbacks around complexity, interoperability, and security.
OAuth is an open standard for authorization. OAuth provides client applications a 'secure delegated access' to server resources on behalf of a resource owner. It specifies a process for resource owners to authorize third-party access to their server resources without sharing their credentials but it became a big mess.
http://www.justin.tv/hackertv/49975/Tech_Talk_1_Leah_Culver_on_OAuth
Tech talk about OAuth, and open standard for API authentication. Originally broadcast on Justin.tv.
Overview del protocollo OAuth, con particolare attenzione ai suoi pro e contro, sia lato client che lato server, nel campo dei Social Media e Smart Apps
The document discusses identity management protocols OpenID and OAuth. OpenID allows users to use a single digital identity across multiple websites, while OAuth allows websites to grant third party applications access to user data without sharing passwords. The document outlines the roles, flows, and differences between the two protocols, and proposes a project to implement an OAuth service provider and consumer as an example.
The document provides an overview of the history and development of OAuth standards for authorization. It describes some of the issues with early implementations that prompted the creation of OAuth 1.0, including services storing user passwords and lack of ability to revoke access. OAuth 1.0 introduced signatures to address these issues. OAuth 2.0 replaced signatures with HTTPS and defines common flows for different use cases, including authorization code, implicit, password, and client credentials grants.
An Android app using web technologies like html , css , javascript.
Explains how Oauth technology works, we are representing how facebook Oauth works
[ when you sign to third party app/website using facebook]
Hands-on with OAuth, Facebook and the Force.com PlatformPat Patterson
OAuth 2.0 is now the default mechanism for authorizing access to Web services APIs, supported by providers across the Internet. In this workshop, aimed at developers and architects, we will look at the OAuth 2.0 protocol, build a portal on Force.com that acquires customers via Facebook, logs them in via OAuth 2.0, and use the Facebook Graph API to create a social application, combining business data in Force.com with users' social graphs in Facebook. Bring a laptop with a web browser and a text editor - no development environment needed - we'll be coding in the cloud, baby!
Presented at Cloud Identity Summit 2012.
OAuth 2.0 is an authorization framework that allows third party applications to access user data without requiring username and passwords. It works by granting limited access tokens to third party apps after obtaining user consent. Many major tech companies use OAuth 2.0 including Facebook, Google, Twitter, and Microsoft. There are different OAuth 2.0 flows depending on the type of application, with the Authorization Code Grant and Implicit Grant being most common. It provides benefits like integration of third party apps and limited scope access, but also has potential drawbacks around complexity, interoperability, and security.
OAuth is an open standard for authorization. OAuth provides client applications a 'secure delegated access' to server resources on behalf of a resource owner. It specifies a process for resource owners to authorize third-party access to their server resources without sharing their credentials but it became a big mess.
http://www.justin.tv/hackertv/49975/Tech_Talk_1_Leah_Culver_on_OAuth
Tech talk about OAuth, and open standard for API authentication. Originally broadcast on Justin.tv.
Overview del protocollo OAuth, con particolare attenzione ai suoi pro e contro, sia lato client che lato server, nel campo dei Social Media e Smart Apps
The document discusses identity management protocols OpenID and OAuth. OpenID allows users to use a single digital identity across multiple websites, while OAuth allows websites to grant third party applications access to user data without sharing passwords. The document outlines the roles, flows, and differences between the two protocols, and proposes a project to implement an OAuth service provider and consumer as an example.
The document provides an overview of the history and development of OAuth standards for authorization. It describes some of the issues with early implementations that prompted the creation of OAuth 1.0, including services storing user passwords and lack of ability to revoke access. OAuth 1.0 introduced signatures to address these issues. OAuth 2.0 replaced signatures with HTTPS and defines common flows for different use cases, including authorization code, implicit, password, and client credentials grants.