Yoda Response: Certainly, Avi. Addressing significant battery drain in an Android application involves a systematic approach to identify and resolve the issue. Here's how I would approach it:

1. **Identify the Root Cause:** First, I would analyze the logs to identify any patterns or specific scenarios where the battery drain occurs. This involves running multiple test cases and manual tests to reproduce the issue consistently.

2. **Analyze Resource Usage:** If the logs do not reveal the root cause, I would review the application's resource usage. For instance, components like the camera, GPS, or network can significantly impact battery life. I would check if these resources are being properly managed. For example, if the camera is used, I would ensure it is released immediately after the photo is taken.

3. **Check for Background Processes:** I would examine if there are any background services or tasks running unnecessarily. Ensuring that background processes are optimized and only run when needed can help reduce battery consumption.

4. **Optimize Threading:** If the application uses multiple threads, I would assess if they are efficiently managed. Excessive or poorly managed multithreading can lead to high CPU usage, which in turn drains the battery. I would look for opportunities to reduce the number of active threads or optimize their execution.

5. **Review Wake Locks:** I would check if the application is using wake locks correctly. Wake locks should be used sparingly and released as soon as they are no longer needed to prevent the device from staying awake unnecessarily.

6. **Use Battery Profiler:** Tools like Android Studio's Battery Profiler can provide insights into battery usage patterns and help pinpoint the components consuming the most power.

By following these steps, I can systematically identify and address the factors contributing to the battery drain, ensuring the application is optimized for better battery performance.