ChatGPT Agents Automate Product Feedback Triage

Nikhil Vastravasi demonstrates how to build a 'Scout' ChatGPT agent to automate product feedback analysis and issue routing into Linear.

4 min read
Screenshot of ChatGPT interface showing agent creation for product feedback analysis
Image credit: OpenAI· OpenAI Youtube

OpenAI's ChatGPT is evolving beyond a conversational AI. The platform now allows users to build custom agents capable of automating complex workflows. In a recent demonstration, Nikhil Vastravasi showcased the creation and functionality of a 'Scout' agent designed to streamline product feedback analysis and issue routing. This advancement signifies a significant step towards integrating AI agents directly into daily operational tasks for product teams.

Nikhil Vastravasi: A Pioneer in AI Agent Development

While the video does not provide extensive background on Nikhil Vastravasi, his demonstration highlights a deep understanding of AI agent capabilities and practical application. His work focuses on building functional agents within the ChatGPT interface, showcasing how natural language prompts can translate into sophisticated automated processes. Vastravasi's expertise lies in translating user needs into agent instructions, demonstrating a practical approach to AI deployment.

The full discussion can be found on OpenAI Youtube's YouTube channel.

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Product feedback routing agent - OpenAI Youtube
Product feedback routing agent — from OpenAI Youtube

Building the 'Scout' Agent for Product Feedback

The core of the demonstration revolves around creating an agent named 'Scout'. The objective is to automate the process of collecting, analyzing, and acting upon product feedback. Vastravasi begins by instructing ChatGPT to build an agent that can review product feedback found on online forums and within a designated Slack channel (#product-feedback). The agent is tasked with grouping this feedback into distinct categories such as bugs, feature requests, and recurring pain points.

The agent's primary functions include summarizing each identified issue clearly, producing a concise daily feedback summary, and posting this summary to a product leadership channel. Furthermore, the agent is designed to translate this feedback into actionable items within a project management system. In this specific case, the agent is configured to interact with Linear, a popular issue tracking tool, ensuring that feedback is correctly routed and managed.

Vastravasi elaborates on the agent's workflow, emphasizing the need to first check for existing issues in Linear before creating new ones. This deduplication step is crucial for maintaining an organized and efficient issue tracker. The agent will also be able to enrich existing tickets with new information gathered from the feedback analysis.

Automating Feedback Triage and Routing

The agent creation process involves defining clear instructions for ChatGPT. Vastravasi outlines the key steps: searching the open web for forum feedback, reading feedback from the #product-feedback Slack channel, clustering findings into categories like bugs, feature requests, and recurring pain points, writing a crisp daily summary, posting this summary to #product-leadership, and checking Linear for existing matches before creating or updating issues in HER2 (presumably a project within Linear).

A critical aspect of this process is the integration with existing tools. The agent requires access to Slack for reading feedback and to Linear for issue management. Vastravasi notes the assumption that #product-leadership is a Slack channel and that the daily post should appear as a message from the agent. He also highlights the need for shared accounts for Slack and Linear to facilitate these agent-triggered runs.

Demonstrating the Agent in Action

The video then transitions to a live demonstration of the 'Scout' agent. Vastravasi initiates the process by prompting the agent to summarize feedback for his product. ChatGPT, acting as the agent builder, outlines its plan, which includes checking Slack instructions, reading feedback, grouping issues, and preparing a summary. The agent then performs these steps, identifying 20 feedback posts that collapse into 10 distinct issues, primarily related to data reliability, alert noise, dashboard flexibility, and UI/export bugs.

Following the analysis, the agent generates a leadership-ready summary and posts it to the #product-leadership channel. The demonstration shows the successful creation of this summary, highlighting the agent's ability to condense complex information into an actionable format. The agent then proceeds to create or update issues in Linear. The video displays the Linear interface, showing three newly created tickets corresponding to the top identified issues, with detailed summaries and evidence derived from the feedback.

The Power of Workspace Agents

This demonstration of the 'Scout' agent showcases the broader potential of ChatGPT agents for enterprise use. The ability to build custom agents that can interact with various applications and perform multi-step tasks signifies a shift towards more sophisticated AI-powered automation. These agents can analyze feedback, route issues, answer product questions, and perform numerous other tasks that were previously manual and time-consuming.

The availability of these advanced agent capabilities within ChatGPT Business, Enterprise, and Edu plans suggests a strategic move by OpenAI to cater to professional and organizational needs. This functionality empowers teams to build tailored solutions that fit their specific workflows, significantly enhancing productivity and decision-making processes by turning scattered information into actionable insights.

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