When testing extractwisdom and summarize I run into the 4000 input/output token limit when using the 3.5 turbo model.
I tried doing chunking but then one receives weird output like this (with different summaries for different parts of the text):
SUMMARY:
This article provides a deep dive into the history and evolution of OAuth, the authentication protocol used by many APIs. It explains how OAuth was developed as a solution to the limitations of HTTP Basic Auth and the problems associated with sharing passwords with third-party applications. The article also discusses the differences between various authentication mechanisms used by different platforms and how they eventually led to the development of OAuth. It further highlights the challenges faced by OAuth 1, especially in the context of mobile apps, which eventually led to the development of OAuth 2.
IDEAS:
1. OAuth was developed as a response to the limitations and security risks associated with using HTTP Basic Auth for API authentication.
2. Various platforms had their own authentication mechanisms, such as FlickrAuth, AuthSub, MD5 signed requests, and BBAuth, before the development of OAuth.
3. Developers realized that they were all trying to solve the same problem and started working together, leading to the development of OAuth 1.
4. OAuth 1 had limitations and was not suitable for mobile apps, which eventually led to the development of OAuth 2.
5. OAuth 2 aimed to simplify the authentication process, improve security, and make it compatible with a wider range of applications, including mobile and single-page apps.
QUOTES:
1. "Before OAuth, it was actually very common for APIs to use HTTP Basic Auth. That’s just an application sending a username and password to the API."
2. "So in the mid-2000s, as many websites started building public APIs, they all started solving this problem. But everybody did it slightly differently and everyone used different names for things."
3. "OAuth 1 was published in 2007 and was deployed at several companies, including Twitter."
4. "OAuth 2 aimed to make authentication easier for developers by dropping the signature requirements and using Bearer tokens instead."
5. "OAuth 2 was designed to be used securely in mobile apps and single-page apps in a browser."
HABITS:
1. Collaboration and working together: Developers from different companies collaborated to develop OAuth, realizing they were all trying to solve the same problem.
2. Continuous improvement: OAuth 1 was improved upon and eventually replaced with OAuth 2 to address the limitations and challenges faced.
3. Security-consciousness: The development of OAuth 2 aimed to improve security and ensure safe authentication in various applications.
4. Adaptability: OAuth 2 was designed to be compatible with a wide range of applications, including mobile and single-page apps.
FACTS:
1. OAuth 1 was first deployed in 2007 and was used by several companies, including Twitter.
2. OAuth 2 was developed to address the limitations of OAuth 1 and make authentication easier for developers.
3. OAuth 2 introduced the use of Bearer tokens for authentication instead of signatures.
4. OAuth 2 was designed to be secure and compatible with mobile apps and single-page apps in browsers.
REFERENCES:
1. FlickrAuth - Flickr's API authentication mechanism.
2. AuthSub - Google's API authentication mechanism.
3. MD5 signed requests - Facebook's API authentication mechanism.
4. BBAuth - Yahoo!'s browser-based authentication mechanism.
RECOMMENDATIONS:
1. Developers should adopt OAuth for secure and user-friendly authentication in their applications.
2. Mobile app developers should utilize OAuth 2 for safe and efficient authentication.
3. Companies providing public APIs should consider implementing OAuth 2 to facilitate secure data access for third-party applications.
# SUMMARY
This content discusses the adoption of OAuth by larger companies and the separation between the authorization server and API server in OAuth 2.0. It highlights the improvements made in the OAuth 2.0 spec and the continued progress by the IETF Working Group. The content explores how OAuth improves application security by addressing the limitations of handling authentication directly in applications. It emphasizes the benefits of OAuth for single sign-on and enabling multiple apps to share the same user database.
# IDEAS:
1. OAuth 2.0 was designed to address the scalability and security concerns of handling authentication directly in applications.
2. The separation between the authorization server and API server is a key feature of OAuth 2.0, allowing for better scalability and security.
3. The OAuth 2.0 spec has evolved since its finalization in 2012, with additional extensions and best practices being developed to enhance its functionality and security.
4. OAuth enables single sign-on and allows multiple apps from different companies to share a common user database.
5. Handling passwords directly in applications raises trust and security concerns for users, as they are unsure how their passwords will be used or stored.
6. OAuth eliminates the need for applications to collect and store user passwords by providing a secure authorization mechanism.
7. OAuth has specific benefits for native apps, smart TVs, and other scenarios, as demonstrated by extensions like OAuth 2.0 for Native Apps and the Device Grant.
8. The OAuth Security Best Current Practice provides guidelines for building secure OAuth systems.
9. OAuth provides a more flexible and secure approach to authentication, especially when integrating with multiple apps and platforms.
# QUOTES:
1. "As larger companies started looking at adopting OAuth for their own APIs, they also needed to make sure that it would work at a larger scale."
2. "OAuth 2.0 Spec was finalized in 2012, but the work hasn’t stopped there. The IETF Working Group has continued to make progress on the specs, filling in some of the missing functionality and making OAuth more useful or more secure in even more situations."
3. "It’s the single sign-on case that really gets to the core of why OAuth was created, especially once you consider that you may want multiple apps by different companies to be able to share the same user database."
4. "Without OAuth, these applications would have to collect the user’s password and send it to the API."
5. "Handling passwords directly in applications raises trust and security concerns for users. They are unsure how their passwords will be used or stored."
6. "OAuth eliminates the need for applications to collect and store user passwords by providing a secure authorization mechanism."
7. "OAuth has become a widely adopted standard for authentication and authorization in various scenarios, ensuring better security and scalability."
# HABITS:
1. Storing password hashes properly to ensure better security.
2. Never logging passwords accidentally to protect user privacy.
# FACTS:
1. OAuth 2.0 Spec was finalized in 2012.
2. The OAuth 2.0 For Native Apps extension provides specifications for integrating OAuth in native applications.
3. The Device Grant extension enables the use of OAuth on smart TVs.
4. The OAuth Security Best Current Practice outlines the most secure way to build OAuth systems.
# REFERENCES:
1. OAuth 2.0 For Native Apps extension
2. Device Grant extension
3. OAuth Security Best Current Practice
# RECOMMENDATIONS:
1. Adopt OAuth for authentication and authorization in your applications to enhance security and scalability.
2. Implement OAuth for single sign-on functionality and to enable multiple apps to share the same user database.
3. Follow the OAuth Security Best Current Practice guidelines to ensure the highest level of security in your OAuth systems.