News Noodle
An AI-powered newsletter digest assistant designed to accelerate learning and combat information overload.
Table of Contents
Overview
Newsletters are a popular way to stay informed, but they're often a source of anxiety rather than learning. With dozens arriving daily, readers face inbox overload, time pressure, and the guilt of unread content accumulating.
News Noodle is an AI-powered newsletter digest assistant built using Google Gemini that helps users get more value from their subscriptions in less time.
The Problem
Newsletters have only a 34–50% daily open rate. Even dedicated readers spend up to an hour per day processing newsletters, often encountering:
- Inbox overload from too many subscriptions
- Excessive time commitment to read everything
- Difficulty finding personally relevant content
- Redundant content across multiple newsletters
- Information overload and cognitive fatigue
The Solution
After evaluating multiple AI platforms — ChatGPT Custom GPTs, OpenAI Assistants API, Claude Projects, and Google Gemini Gems — I selected Gemini Gems for its free tier availability and strong summarization capabilities.
News Noodle offers three core features:
- Intuitive contextual interaction — Conversational interface that understands follow-up questions and context
- Personalized digests — Learns your stated learning goals and surfaces relevant content
- Relevance scoring — Rates articles against your interests so you can prioritize what to read
Process
The project ran through two main iterations. The first iteration focused on basic summarization — proving the core concept worked. The second iteration added personalization and scoring based on user feedback.
Reflection
This project was a great exercise in rapid prototyping with AI tools. Working within the constraints of a free-tier AI platform pushed me to think creatively about what's possible without heavy infrastructure.
The biggest learning: AI tools shine when they're given clear, structured prompts. Designing the system prompt was as much a UX challenge as designing the interface itself.