TIN CAN API, frequently referred to as the Experience API. This software allows you to track a wide range of data on a variety of platforms, including some not featured in SCORM’s list of capabilities. In this post, we’ll look at the advantages that TIN CAN API can provide to businesses of all sizes, including both educational and commercial.
The AICC and SCORM APIs are the most well-known in the eLearning business. These enable data interchange between a learning management system (LMS) and an eLearning program. Tin Can API, often known as xAPI, is an enhancement in the SCORM API.
An API is an application platform, which is a link between multiple computers or computer programs that can interoperate or provide a service with one another. This is analogous to a user interface, that enables a computer or software to connect with individual operators. There are API standards that applications must follow to interconnect via API.
It establishes guidelines for documenting and monitoring learners’ activities and accomplishments in an LMS and packages. It is capable of tracking both real and virtual actions. It may track simulations, group activities, games, conferences, mentorship, and a variety of other activities. One of the most important aspects of Tin Can API is that it legibly stores data rather than just actual data.
Tin Can API: Benefits
Here are a few of the major advantages of Tin Can API learning management systems, which provide several benefits and versatility.
1. Control over eLearning content is more centralized.
The TIN CAN API allows instructional designers to have more influence over material and course production. You won’t have to limit your course development to only a browser or browser-based programs like JavaScript.
2. Innovative learning.
Online modules and PowerPoint are no longer sufficient for today’s learners. They want to learn from social media streaming services when and when they choose. It provides the delivery and tracking of learning content in any platform other than an LMS. As a result, learners and content creators have a closer relationship.
3. Improved compatibility
Tin Can API synchronizes better with an organization’s process. It allows for the flexibility of a learning activity without the need for a connection to an LMS or maybe an internet service.
4. Cutting-edge data exchange.
Tin Can APIs are far more adaptable when it comes to data sharing. Each LRS can communicate with the others. This facilitates and simplifies data sharing between departments.
5. Allows you to monitor almost any activity.
Due to the perceived form of the statements used by TIN CAN API, you can track and record almost any user action. The TIN CAN API also allows you to track every mouse click, response, and respond to a test question that is more clear and precise.
Conclusion
Tin Can API is a fantastic learning technology advancement. It has the potential to usher in a revolutionary era of learning experience and learning design. It is unquestionably advantageous for learning designers to be able to create more effective and powerful learning experiences.