In this section, we’ll learn how to leverage Amazon Nova for video content analysis and understanding.
In this exercise, we’ll explore how to use Amazon Nova’s understanding models to analyze video content. Imagine you’re building a content management system that automatically generates engaging titles for video content. This could be useful for:
We’ll create a script that analyzes an MP4 file of the sea and uses Nova’s advanced understanding capabilities to generate creative and relevant titles based on the video’s content. This demonstrates Nova’s ability to comprehend complex visual information and generate human-like text.
Open the file:
video_examples/video_understanding.py
This file already contains code to ingest video and send requests to Amazon Nova. However, it is missing the correct data formatting to send the video to Amazon Bedrock.
This is where you can use Amazon Q Developer to make a quick inline edit to complete the missing functionality.
To complete the video formatting functionality:
encode_video_to_base64
function on line 17⌘ + I
on Mac or Ctrl + I
on WindowsFinish the TODO and return the correct data
Once you’re ready to test your script:
cd video_examples
python3 video_understanding.py
If successful, you’ll see generated titles for your video.
If you encounter errors, use Amazon Q Developer to help debug the issues.
You can also reference the complete solution here:
full_code/video_understanding_full.py
Once the basic implementation works, try experimenting with different prompts to explore Nova’s power:
These use cases show how Nova can be integrated into various content workflows and automation scenarios.
Now that you’ve gained experience using Amazon Bedrock for video understanding and text generation, we’ll move on to one of the most popular use cases in Generative AI:
Chatting with your documents ️
This next section will build on what you’ve learned and show you how to create interactive experiences with document-based content.