The AI-Enhanced Opportunity Nexus: How Artificial Intelligence is Reshaping Entrepreneurial Problem Ideation
The AI-Enhanced Opportunity Nexus: How Artificial Intelligence is Reshaping Entrepreneurial Problem Ideation
S. Wood
2026 · DOI: 10.70251/hyjr2348.41152164
0 Citations
TLDR
A systematic scoping review of emerging literature shows that AI expands entrepreneurs’ cognitive search space, accelerates pattern recognition, and supports reframing of problem domains, but also introduces risks of convergence, reduced contextual judgment, and overreliance.
Abstract
Entrepreneurs increasingly adopt artificial intelligence (AI) tools during the earliest stage of venture
creation—problem ideation. To clarify how AI reshapes this stage of opportunity identification, thisstudy conducts a systematic scoping review of emerging literature. Searches were performed in GoogleScholar and Scopus using Boolean queries combining “artificial intelligence,” “entrepreneurship,”“opportunity identification,” and “ideation.” After removing duplicates and screening records againstpredefined inclusion and exclusion criteria, 17 studies were included. Data were extracted using astructured coding framework capturing the entrepreneurial stage, AI’s functional role, reported benefitsand risks, and boundary conditions. Findings show that AI expands entrepreneurs’ cognitive searchspace, accelerates pattern recognition, and supports reframing of problem domains, but also introducesrisks of convergence, reduced contextual judgment, and overreliance. Synthesizing these patterns, thereview develops the AI-Enhanced Opportunity Identification Framework: Human–AI Co-EvolutionaryExtension, a refinement of a foundational opportunity identification model. The framework identifiesthree cross-stage AI roles—Inspirer, Analyst, and Organizer—and situates ideation within iterativehuman–AI collaboration shaped by institutional enablers such as AI-integrated incubators. This reviewcontributes by mapping empirical evidence on AI’s influence on entrepreneurial ideation, clarifyingmechanisms of human–AI co-creation, and outlining future research opportunities on judgment, novelty,and ecosystem-level effects.