Resolution criteria

This market resolves YES if, by March 13, 2028, credible industry reports document that AI-generated pornography revenue exceeds twice the revenue of non-AI pornography. Resolution will be determined by comparing revenue figures from established market research firms (e.g., Statista, Grand View Research, Mordor Intelligence, or equivalent sources) that separately track AI-generated and traditional pornography segments.

If no reliable data distinguishing AI-generated revenue from total adult entertainment revenue is publicly available by the resolution date, this market resolves to a poll where traders vote on the outcome based on available evidence.

Background

The global adult entertainment market was valued at $61.79 billion in 2024, and is projected to reach $112.64 billion by 2033, growing at a compound annual growth rate (CAGR) of 6.9%. AI-driven avatars and virtual influencers are projected to represent 15% of all new adult content releases by 2025, according to Congruence Market Insights. Leading companies in the adult entertainment market are developing artificial intelligence (AI)-driven products to enhance fan engagement through personalized text, voice, and image interactions with adult entertainers. AI-driven products improve user experiences by personalizing content recommendations, optimizing streaming quality, creating interactive features tailored to user preferences, and enhancing efficiency in content creation, moderation, and targeted marketing strategies.

Considerations

The market research industry has not yet established standardized metrics for isolating AI-generated pornography revenue as a distinct segment. Current forecasts bundle AI-enhanced content (recommendation engines, personalization) with fully synthetic AI-generated content, making precise revenue attribution difficult. Additionally, the definition of "AI pornography" remains contested—whether it includes deepfakes, AI-generated avatars, AI-enhanced traditional content, or only fully synthetic material will significantly impact measurement and resolution.

This description was generated by AI.