Predicting Startup Exit from Textual Descriptors - A Computational Linguistics Framework

Alberto M. G. Saruggia; Sebastien Germano

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arXiv · 2608.00045

Predicting Startup Exit from Textual Descriptors - A Computational Linguistics Framework

Alberto M. G. Saruggia·Sebastien Germano

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Abstract

This study shows that textual descriptors alone can predict early-stage startup success, defined as Exit, without relying on contextual, financial, or human capital variables. Using venture capital-curated datasets covering 7,419 startups over 20 years, the research isolates text-based framing variables and engineers 850 features through startup narrative mapping. Data subsets and vector embeddings are evaluated for statistical significance, followed by supervised machine learning experiments across six models. LightGBM achieved the highest predictive performance (F1 = 0.48), while textual descriptors alone achieved F1 = 0.30, confirming the standalone predictive value of founder narratives. Feature analysis shows that optimized densities of hyping markers, including adjectives, jargon, and buzzwords, are associated with higher Exit probability, whereas excessive statement or name length reduces it. The study also introduces a quantifiable Hyping Score for venture capital applications, demonstrating that startup framing provides measurable signals for predicting Exit under conditions of high information asymmetry.

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Alberto M. G. Saruggia, Sebastien Germano. 2026-09-10. Predicting Startup Exit from Textual Descriptors - A Computational Linguistics Framework. https://arxiv.org/abs/2608.00045

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