Yoda Response: Certainly, Avi. One instance where I had to think unconventionally to solve a technical problem was during the development of a live score update feature for a sports application at Raw Engineering.

**Challenge:**
We needed to provide real-time score updates for basketball games, but the traditional polling approach was causing significant delays and consuming too much bandwidth. This was not acceptable for a feature that required near-instantaneous updates.

**Unconventional Approach:**
Instead of relying on polling, I decided to use the XMPP (Extensible Messaging and Presence Protocol) for real-time communication. XMPP is typically used for instant messaging but can be adapted for real-time data updates.

**Implementation:**
1. **Server Setup:**
   - I set up an XMPP server to handle real-time data streams. This server was responsible for receiving live score updates from the data provider and broadcasting them to connected clients.

2. **Client Integration:**
   - On the client side, I integrated an XMPP library into the Android application. This allowed the app to establish a persistent connection with the XMPP server and receive real-time updates as soon as they were available.

3. **Optimization:**
   - To ensure minimal battery consumption and efficient data usage, I implemented a mechanism to manage the connection lifecycle, connecting only when necessary and disconnecting during periods of inactivity.

**Benefits:**
- **Real-Time Updates:** The use of XMPP provided near-instantaneous score updates, significantly enhancing the user experience.
- **Efficiency:** The new approach reduced bandwidth consumption and improved battery life compared to the traditional polling method.
- **Scalability:** The solution was scalable and could handle a large number of concurrent users without performance degradation.

This unconventional approach not only solved the technical challenge but also provided a more efficient and scalable solution, greatly benefiting the project and end-users.