AI Image Generation

AI image models are fundamentally learning visual statistical correlations rather than understanding physical laws or ergonomic logic.

AI image generation technology enables non-professional artists to quickly produce visual content that matches their imagination through simple text descriptions.

In AI image generation, the same prompt combined with different random seeds produces drastically different results, making it difficult for creators to precisely control the final output.

AI-generated images frequently exhibit AI-characteristic features such as overly smooth rendering, distorted accumulation of details, and symmetrical compositions lacking artistic intent, stemming from models trained on massive datasets tending to output averaged aesthetics.

Observing structural-level rather than surface-texture flaws is a currently more reliable method for identifying AI-generated images, because AI is already convincing enough in imitating textures and sheen but still has obvious shortcomings in overall logical consistency

Using AI-generated images directly as the final food menu images presented to customers undermines customer trust in the restaurant's professionalism and integrity.

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A common compromise for ordinary creators to maintain character consistency is to fix a detailed set of character description prompts and repeatedly use the same base model, screening results from a large volume of generated images.

Visual consistency is the most critical technical bottleneck in current AI image generation for IP creation.

Against the backdrop of converging underlying models, API call cost, inference speed optimization, local deployment support, and SaaS product experience have become the true variables that differentiate competitors.

The underlying model capabilities of current AI image generation are rapidly converging, and the gap among players in basic image output quality is gradually narrowing.

Previously, AI-generated research diagrams were output as static images, with text, arrows, and color blocks fixed in pixels and impossible to re-edit.

When converting to a script, each individual shot should be required to have no shot-type transitions, because when a single shot contains multiple shot types, the AI has difficulty accurately describing the visuals.

Placing real-world figures within mythological or religious narrative frameworks requires AI models to have strong command of composition, stylization, and symbolic elements.

The training data for AI image generation models contains a large number of copyrighted illustrations, photographs, and design works, without the creators being informed or obtaining authorization or attribution.

For independent small businesses that value a human touch, a poster that is visibly AI-generated may damage brand tone.

AI-generated images are statistically correct but lack the randomness and imperfection unique to real food, and their overly perfect unnaturalness triggers a rejection mechanism similar to the uncanny valley.

Food delivery platforms adopt AI-generated images because they need to manage tens of thousands of merchants and hundreds of thousands of dishes, making traditional photography infeasible at that scale.

AI tools can generate dozens of images in minutes at almost zero marginal cost.

AI-generated food images often contain errors in detail, such as extra sesame seeds, distorted utensils, and sauce flows that defy the laws of physics.