Can AI creators match human creators through posting volume alone?
On a Chinese short-video platform, do AI-generated content creators achieve comparable engagement totals to human creators by uploading significantly more videos, despite lower per-video consumer preference?
The authors describe a "scale-over-preference" (SoP) dynamic in AI-generated content (AIGC), meaning videos made with a platform's own AIGC tools, compared with human-generated content (HGC). AIGC creators upload more, and their aggregate engagement is comparable to HGC creators, even though consumers prefer HGC. The evidence is a matched comparison on the Local Life Channel of a Chinese short-video platform, June 2024 to May 2025. Among 2,497 matched creators, AIGC creators uploaded more videos (HL median difference = 4, p < 0.001), and the authors say this increase is "driven primarily by AIGC video creation rather than HGC." Total valid views and full views showed "no meaningful differences" (valid views: HL median difference = 0, p = 0.003; full views: HL median difference = 0, p = 0.363). The valid-view comparison is significant at p = 0.003 on a zero median, so "comparable" is the authors' reading rather than a null result. On the consumer side, 47,288 matched user-video pairs show lower valid-view and full-view rates for AIGC videos than for HGC.
The supply-side mechanism is volume. AIGC tools let production "scale at substantially lower marginal effort than HGC," which the authors say amplifies "variation in content supply across creators." They call the result an "asymmetry between AIGC supply scale and consumer preference" and define a SoP index, SoPI = ln(S/P), where S and P are AIGC's relative supply and relative consumer preference against HGC. Over April and May 2025, daily values cluster at P ≈ 0.30–0.40 and S ≈ 0.55–0.70, with most SoPI values above ln(1.5). The authors' explanation is that creators "may maximize engagement returns by proliferating AIGC, thereby diluting the density of content that aligns with consumer preferences." AIGC is identified by the platform's metadata label; external tools are checked with Sightengine, and the unlabeled set is found to be predominantly HGC (SI-1.1).
This is a different route from the Nextdoor result in Does better summary writing actually increase user engagement?. There, one summary's informativeness removed the reason to open it. Here the gap appears at the level of platform supply, and the excerpt gives no reason consumers prefer HGC, so the Nextdoor mechanism is a candidate this excerpt neither tests nor rules out. The preference side is also read from implicit signals: the excerpt says views serve as both performance measures and distribution feedback. The implicit-feedback argument in Can implicit feedback reveal both preference and confidence? says such signals need splitting into preference and confidence, and this excerpt makes no such split. The feedback loop also resembles Do online ratings actually reflect independent customer opinions?, though no compounding is modeled here.
The excerpt does not establish several things. The creator-level comparison sums each creator's views across all their videos, so higher volume can match totals even when per-video engagement is lower, and no per-video result is given. The creator matching variables are not listed, and the consumer-side magnitudes are cut off mid-sentence. The data come from one platform, one country and twelve months, and the matched design is observational, so the excerpt does not show that AIGC causes the gap. The SoP pattern is documented in one platform's logs. Claims that it generalizes across platforms, or that it drives consumer disengagement, need evidence this excerpt does not supply.
Inquiring lines that read this note 16
This note is a source for these research framings, grouped by the broader line of inquiry each explores. Scan the bold lines of inquiry; follow any specific question forward.
How should human-AI contributions be measured, disclosed, and verified? Are AI-generated articles systematically disadvantaged in search ranking and user engagement?- Why do consumers show lower valid-view rates for AI-generated videos?
- How do feed algorithms shape what content creators can reach?
- Do mixed human-AI posts rank differently than fully generated content?
- Does length of post explain differences in AI rates across formats?
- How does YouTube identify which channels use AI-generated personas in practice?
- Are channels using AI voices without claiming expertise also affected by this policy?
- Can AI-generated content feel interchangeable while still delivering viewer satisfaction?
- What fraction of Reddit users are responsible for all machine-generated content?
- How robust is algorithmic content matching when controlling for creator characteristics and categories?
- Does algorithmic adjustment of AI content exposure hold as supply grows beyond twelve months?
- Does AI intermediation reallocate attention across different types of content producers?
- How much of new web content is AI-generated by mid-2025?
Related concepts in this collection 4
This note in its neighbourhood — explore the map, then jump to a related concept in the list below.
Click a node to walk · click center to open · click Open in graph to see this note in the full knowledge graph
-
Does better summary writing actually increase user engagement?
When AI systems generate more informative push notifications, do users engage more? This explores whether informativeness and engagement always align in real product contexts.
contrast: a per-item informativeness mechanism, where this paper's gap is tied to supply volume
-
Can implicit feedback reveal both preference and confidence?
When users take implicit actions like purchases or watches, do those signals carry two separable pieces of information: what they prefer and how certain we should be? Explicit ratings can't make that distinction.
the paper's preference measure rests on implicit views that it also uses as feedback, without the split
-
Do online ratings actually reflect independent customer opinions?
How much do previously-posted ratings shape the ones that come after, and does this social influence distort what ratings supposedly measure? Understanding this matters for anyone relying on review aggregates to judge product quality.
a similar feedback loop, with no compounding modeled in this excerpt
-
Can algorithmic distribution prevent AI content from overwhelming creator diversity?
As AI-generated content volume grows, does the platform's distribution algorithm protect creator engagement and audience choice, or does it simply reflect other differences? The excerpt claims it moderates the tension but stops before showing the evidence.
qualifies: the excerpt's introduction says distribution algorithms may offset this supply-preference tension as supply grows, though exposure results are unverified
Related papers in this collection 8
Papers most semantically related to this note, ranked by cosine similarity in the embedding space.
- Scale over Preference: The Impact of AI-Generated Content on Online Content Ecology
- The Impact of Generative AI on Social Media: An Experimental Study
- Is it Cake or is it AI? A Systematic Review of Human Uncertainty in Distinguishing Generative Artificial Intelligence Content
- Are We in the AI-Generated Text World Already? Quantifying and Monitoring AIGT on Social Media
- AI Now Writes as Many Online Articles as Humans
- Anthropic Education Report: The AI Fluency Index
- The AI Ghostwriter Effect: When Users Do Not Perceive Ownership of AI-Generated Text But Self-Declare as Authors
- Has the Creativity of Large-Language Models peaked? —an analysis of inter- and intra-LLM variability —
Original note title
AIGC creators match HGC engagement returns through volume despite weaker consumer preference — a scale-over-preference dynamic