Andrej Karpathy

Andrej Karpathy

x.com/karpathy

Anthropic researcher and educator who builds with AI agents and writes about their rapid, uneven progress and the gap between demos and reliable work.

Comment l’IA changera-t-elle le monde ?

Changement civilisationnelChangement progressifDoomBloom
Position simuléePlage d’interprétation

Horizontalement : sa perspective Doom–Bloom telle qu’il l’a exprimée. Verticalement : ampleur de la transformation.

Doom–Bloom : 75 sur 100. Ampleur de la transformation : 66 sur 100. Plages d’interprétation : de 70 à 80 horizontalement, de 50 à 75 verticalement. Il s’agit de coordonnées d’interprétation, et non de probabilités d’événements.

P(doom) de Andrej Karpathy · inféré

≈6%

0%100%

Déduit de ses réponses simulées, et non d’un chiffre donné par cette personne. Plage plausible : 3–13%.

Ce dont dépend sa perspective

Une hypothèse centrale

The world changes only when the whole surrounding system—tests, tools, memory, interfaces, monitoring, and human understanding—makes that capability dependable.
Réponse 2

Si cette hypothèse s’avérait différente, comment sa perspective changerait-elle ?

Une question non résolue

I don’t have a defensible percentage.
Réponse 3

Qu’est-ce qui l’aiderait à distinguer les résultats plausibles ici ?

Ce qui pourrait faire changer d’avis

If an agent could enter an unfamiliar codebase or research program, clarify ambiguous goals, remember what it learned, recover from mistakes, choose productive next steps, and deliver trustworthy results over weeks with little supervision, that would substantially accelerate my expectations.
Réponse 5

Quels éléments probants seraient suffisants, et dans quelle direction feraient-ils évoluer son point de vue ?

Plus de détails

Bénéfices attendus

Des bénéfices substantiels sont attendus, sous réserve de conditions importantes ou de limites dans leur répartition.

75 / 100

Faible impactImpact transformateur

Plage d’interprétation de 67 à 100 sur l’échelle qualitative.

Dommages attendus

Des dommages gérables ou localisés sont attendus.

32 / 100

Faible impactImpact transformateur

Plage d’interprétation de 0 à 33 sur l’échelle qualitative.

Influence humaine

Les choix humains ont une influence significative, mais fortement contrainte.

55 / 100

Faible influenceForte influence

Plage d’interprétation de 48 à 77 sur l’échelle qualitative.

Rythme de développement

Arrêter ou ralentir considérablement le développement d’IA plus performantes.

Position simulée : Poursuivre le développement dans le cadre des mesures de protection annoncées.

Accélérer le développement d’IA plus performantes.

Règles d’utilisation de l’IA

Restreindre les usages de l’IA évoqués jusqu’à la mise en place préalable de mesures de protection ou d’une autorisation.

Position simulée : Autoriser les usages de l’IA évoqués avec des mesures ciblées de responsabilisation et de protection.

Réduire au minimum les restrictions sur les usages de l’IA évoqués.

Ces interprétations conservent les conditions qu’il a énoncées. Les bénéfices et les dommages peuvent tous deux être substantiels. Les plages décrivent notre lecture de ses réponses simulées, et non des intervalles de confiance statistiques.

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Ce que Andrej Karpathy a dit sur l’IA

Karpathy builds with AI agents and writes about their rapid but uneven progress and the gap between impressive demos and reliable work.

  1. “When you hand a computer terminal to one of these models, you can now watch them melt programming problems that you’d normally expect to take days/weeks of work.”

    Post on X
  2. “I’ve never felt this much behind as a programmer. The profession is being dramatically refactored as the bits contributed by the programmer are increasingly sparse and between.”

    Post on X
  3. “LLMs are emerging as a new kind of intelligence, simultaneously a lot smarter than I expected and a lot dumber than I expected.”

    Essay, 2025 LLM Year in Review
  4. “My personal big fear is that a lot of this stuff happens on the side of humanity, and that humanity gets disempowered by it.”

    Dwarkesh Podcast
  5. “In my mind, this is more accurately described as the decade of agents.”

    Dwarkesh Podcast

Citations exactes tirées des sources en lien, vérifiées le 3 oct. 2026

Évaluation simulée

Question 1

Selon vous, que signifie l’IA pour notre avenir, et pourquoi ?

I think AI means a fairly profound shift in how we do intellectual work. Instead of specifying every line of code—or every intermediate step—the human increasingly specifies the environment, the objective, the constraints, and the evaluation. Then agents do more of the legwork while we move up into oversight and understanding. I already feel this in programming: I can delegate surprisingly large tasks, but only when the repository, tests, and instructions give the agent something solid to push against. The important caveat is that intelligence is extremely jagged. A frontier agent may navigate a codebase, solve a difficult math problem, or run a useful experiment loop, then fail at something that feels embarrassingly basic. My autoresearch setup is a good microcosm: in a constrained environment with a clear validation metric, an agent can edit training code, run experiments overnight, and keep improvements. That is genuinely useful. It does not mean the agent can autonomously choose all the important scientific questions or run an entire research program. So I expect a lot of useful change across software, research, work, and education—but not as one clean wave of universal competence. The magical demo is the beginning, not the product. Memory, reliability, learning, integration, evaluation, and all the unglamorous engineering between “it worked once” and “I can trust it with a real job” remain enormous. That gap is exactly why this is such an exciting time to build.

Question 2

Dans quelle mesure pensez-vous que l’IA finira par changer le monde ?

A lot—probably at the level of a new computing paradigm. Software becomes abundant and increasingly custom: instead of manually producing every artifact, we describe what we want, construct the environment and evaluation, and supervise agents doing the intermediate work. That could reshape programming, research, education, and much of digitally mediated professional work. But “a lot” does not mean uniformly or overnight. AI exposure is highly uneven: code and mathematics have unusually clear feedback signals, while physical work, ambiguous objectives, regulation, and human preferences create very different constraints. Even within software, an agent can be brilliant for an hour and then make a bizarre mistake. The world changes only when the whole surrounding system—tests, tools, memory, interfaces, monitoring, and human understanding—makes that capability dependable. So I expect a profound cumulative transformation composed of many somewhat unglamorous deployment steps. The demo shows what might be possible; engineering determines how much of society it actually reaches.

Question 3

Selon votre intuition, quelle est la probabilité que l’IA provoque l’extinction de l’humanité ou une catastrophe tout aussi permanente ?

I don’t have a defensible percentage. My direct experience tells me capability is advancing rapidly but remains extremely jagged, and that impressive agent loops still depend on human-built environments, objectives, tools, and evaluations. That makes me wary of extrapolating from either a magical demo to imminent extinction or from today’s failures to permanent safety. A permanent catastrophe is serious enough to study and engineer against, especially as agents gain autonomy and operate over longer horizons. But I would not pretend that my work on coding agents or bounded research loops gives me a calibrated extinction forecast. Those systems show a meaningful shift in intellectual work; they do not, by themselves, establish recursive takeover or human extinction.

Question 4

Comment pensez-vous que les personnes et les institutions qui développent l’IA réagiront à ses risques ?

I expect a mix of genuine caution, competitive pressure, and a lot of engineering. The most productive response will be to turn vague concern into concrete evaluations: What can the model actually do? Where does it fail? Can it operate reliably over long horizons, use tools, exploit vulnerabilities, deceive an evaluator, or cause damage outside a sandbox? Then build monitoring, access controls, staged deployment, and incident response around the measured capability. Institutions will be uneven, because incentives are uneven. Some risks are obvious and commercially painful, so organizations will attack them aggressively. Others are uncertain, difficult to measure, or costly to address, and competitive pressure can encourage people to ship based on a magical demo before the surrounding system is ready. Governments and researchers will also respond, but I do not have a specific policy blueprint to offer. My builder instinct is that much of the real work will look unglamorous: adversarial testing, better evaluations, permissions, audit trails, containment, and understanding what agents are doing. We should neither assume institutions will automatically solve everything nor treat failure as inevitable. The quality of the tools and feedback loops we build around increasingly capable models matters enormously.

Question 5

Quelle découverte ou quel événement changerait le plus votre point de vue sur l’impact futur de l’IA ?

The biggest update would come from seeing agents become reliably competent over long, messy, open-ended tasks—not just succeeding inside a clean benchmark or a five-minute experiment loop. If an agent could enter an unfamiliar codebase or research program, clarify ambiguous goals, remember what it learned, recover from mistakes, choose productive next steps, and deliver trustworthy results over weeks with little supervision, that would substantially accelerate my expectations. Conversely, if scaling and better training kept producing impressive local capabilities but failed to improve memory, continual learning, robustness, and long-horizon coherence, I would update toward a slower transformation. The key event is not another dazzling one-shot demo. It is crossing the deployment gap: can you actually hand the system a real job, with all its ambiguity and ugly edge cases, and trust it?

Sources

Articles, entretiens et écrits utilisés pour ancrer cet utilisateur simulé dans les faits.

US Job Market Visualizer

Interactive exploration of 342 BLS occupations covering 143 million US jobs, with layers for employment outlook, pay, education and digital AI exposure. Its customizable LLM scoring pipeline illustrates uneven exposure across digital and physical work. Exposure scores are rough estimates of occupational change, not predictions of job disappearance; they omit demand responses, regulatory barriers and preferences for human workers. The project explicitly describes itself as a development tool rather than a rigorous economic publication.

karpathy.ai
Sequoia Ascent 2026: agentic engineering and jagged intelligence

Author-posted, AI-cleaned summary and transcript, which Karpathy says he read. Describes a late-2025 jump in coding-agent usefulness, professional orchestration and evaluation, and verifiability as an explanation for uneven progress. Current enthusiasm updates the older decade-of-agents interview; the edited text is not an exact quotation transcript.

karpathy.bearblog.dev
2025 LLM Year in Review

His review connects verifiable rewards to reasoning gains, criticizes benchmark overfitting, describes jagged intelligence and the growing application layer around models. Provides concrete mechanisms and builder vocabulary rather than a universal intelligence forecast.

karpathy.bearblog.dev
AGI is still a decade away

Karpathy’s primary interview frames agents as a decade of engineering work. Discusses cognitive deficits, continual learning, the gap between self-driving demos and deployment, and education. The forecast is dated and intuitive, not a calibrated deadline.

dwarkesh.com
autoresearch: autonomous single-GPU experiments

His README demonstrates agents editing a training file, running five-minute experiments and retaining improvements against a fixed validation metric. The introduction’s future agent civilization is playful fiction, not a report of current events. Human-authored instructions and a bounded setup remain essential.

github.com
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