Fathom utilizes AI-driven text analysis to transform over 25 million open-ended survey responses into actionable insights, significantly reducing analysis time by 75% while enhancing thematic coding quality. This technology addresses the inefficiencies of manual coding and rigid topic models, enabling organizations to quickly extract valuable themes from qualitative feedback.
Funding
$100K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.

Founders
Product
Problem
Analyzing open-ended survey responses is time-consuming and often yields inconsistent results due to manual coding processes and the limitations of rigid topic models. Extracting valuable, nuanced themes from qualitative feedback can be a significant bottleneck for organizations seeking to understand customer sentiment and market trends.
Solution
Fathom provides an AI-driven text analysis platform that automates the extraction of actionable insights from open-ended survey responses. The platform significantly reduces analysis time while improving the quality of thematic coding. By combining proprietary models with supervised AI, Fathom delivers accurate and nuanced understanding of customer feedback and public opinion. The platform integrates seamlessly with existing survey tools and feedback forms, enabling organizations to quickly identify key themes and act on insights.
Target Audience
Fathom is designed for leading brands, market research agencies, and researchers who need to quickly and accurately analyze qualitative data from customer feedback and open-ended survey questions.
Features
- AI-powered text analysis that reduces open-ended analysis time by 75%
- Supervised AI ensures accuracy, detail, and actionability of insights
- Seamless integration with existing survey tools and feedback forms
- Customization and coverage for diverse datasets
- SOC2 certified data security
- Proprietary models built on tens of millions of data points