Karpathy shares ways to make AI outputs easier to understand, from controlled English to explainer videos

Karpathy shares ways to make AI outputs easier to understand, from controlled English to explainer videos

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News Editor
2026-10-02 16:53:11
OpenAI founding member and former Tesla AI director Andrej Karpathy said on Oct. 2 that people will spend more time trying to understand the outputs of language models, and he outlined several ways to make those outputs easier to consume. In a post on X, he said one useful writing trick is to ask a model to explain something in ASD-STE100, a controlled language standard originally created for aerospace maintenance documents. He said the format’s strict style constraints often make the result much clearer, though he sometimes relaxes the instruction and asks for something that is only "80% like ASD-STE100." Karpathy also pointed to charts, HTML pages, and custom explainer videos as stronger output formats than plain text. He said models are getting better at front-end work and can produce polished interactive web pages and animations. The format he is most optimistic about is tailored explainer video generation, including narration through ElevenLabs or local free alternatives. He added that as language models become more capable, more human work will move toward supervision and interpretation. On the same day, he also shared a separate evaluation in which a model was asked 16,200 times whether given coordinates were on land or in the ocean, producing a world map.

OpenAI founding member and former Tesla AI director Andrej Karpathy said in an Oct. 2 post on X that people will spend much more time trying to understand the outputs of language models. He also shared several methods he uses to make those outputs easier to read and work with, covering text, charts, web pages, and tailored explainer videos.

Using controlled English for writing

Karpathy said one technique that has worked well for him is asking an LLM to explain something in ASD-STE100. He described it as a controlled language specification originally developed for aerospace maintenance documentation. According to him, language models are very familiar with it, and its strict writing constraints make the output much clearer to read.

Because the specification is quite strict, he said he sometimes loosens the instruction and asks the model to write in a style that is only "80% like ASD-STE100."

Charts, HTML pages, and custom explainer videos

Karpathy then laid out three more advanced approaches beyond plain text.

  • First, ask the model to draw charts instead of returning text. He said charts are often easier to process and understand.
  • Second, ask the model to output HTML and directly generate a polished interactive web page. He said language models are getting stronger at front-end development and can now produce refined interactive experiences and animations.
  • Third, and the format he is most optimistic about, is a custom explainer video built for any topic.

He suggested prompts such as asking the model to "make a 3Blue1Brown-style explainer video and use my ElevenLabs API key for voice narration." If no key is available, he said users can also ask the model to find free alternatives that run locally. Karpathy said this approach is "actually starting to work."

Human work shifts toward supervision and understanding

Karpathy said that as language models become more capable, they will handle more basic work on their own, while human work will move upward toward supervision and understanding.

He added that models can help there as well. As intelligence and code become more abundant, people can ask models to create large, customized, disposable software artifacts such as web apps or explainer videos, things that previously were not economical to build.

A separate latitude-longitude test shared the same day

On the same day, Karpathy also shared another evaluation. He gave the model sets of latitude and longitude coordinates in text form and asked whether each point was on land or in the ocean. After 16,200 prompts, he plotted the answers and the result was a world map.

He wrote: "The model knows. This comes from compressing the entire internet."

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