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5 ideas for your own AI grift with ChatGPT thumbnail

5 ideas for your own AI grift with ChatGPT

Fireship·
5 min read

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TL;DR

Use existing foundation-model APIs to build narrow, high-value AI apps instead of trying to outcompete model labs on raw capability.

Briefing

AI entrepreneurship is being framed as a “gold rush” moment: the fastest path to profit isn’t inventing a new foundation model, but building narrow, useful applications on top of existing AI systems—then selling them to the right customers before the idea gets commoditized.

The pitch starts with OpenAI’s stack as the most accessible “shovel.” ChatGPT runs on an autoregressive language model lineage (GPT-3.5 is referenced), and the transcript points to GPT-4 as the next step, emphasizing the scale of training parameters as a proxy for capability. The practical takeaway is that developers don’t need to compete head-to-head with OpenAI; they can integrate the models through paid APIs. One example is “video-to-blog”: take a video, transcribe it (via OpenAI Whisper), generate structured headers with GPT, and optionally create accompanying images using Dolly. The underlying business logic is straightforward—turn a high-friction input (video) into a ready-to-publish asset (blog post) with minimal human effort.

The transcript then argues that “GPT isn’t the only game.” Alternatives include DeepMind’s language models (with Chinchilla and Alpha Code cited as examples of systems that have performed well in coding contexts) and open-source options like Bloom. For teams with data and technical depth, the route is training and deploying custom predictive models using MLOps tooling. Google Cloud’s Vertex AI is named as an end-to-end platform for ingesting data, training and evaluating models, and deploying them to serverless infrastructure. Hugging Face is also mentioned as an MLOps service offering many pre-trained open-source models as starting points.

From there, the emphasis shifts to specialized, high-value use cases where AI can feel magical to end users. Play.ht is highlighted for custom AI voice generation (including a claim about a fake podcast between Joe Rogan and Steve Jobs), while Beatoven is used as an example of generative AI music built from real musical inputs. Resume Worded is presented as an AI-assisted resume and LinkedIn analyzer that reduces the burden of writing and editing. The transcript also nods to both sides of the education market—tools that help students cheat and tools that attempt to prevent AI-assisted cheating—suggesting that demand will exist on multiple angles.

Business strategy gets its own section. One approach is to find a single painful problem and ship a focused app that can go viral—Restor Photos is cited as a Next.js app that restores grainy images to higher resolution and uses Replicate with an open-source model (gfp Gan) for the transformation. Another approach is to “AI-label” existing business models to make them look disruptive, even if the core mechanics are familiar—an AI lending platform example is used to argue that regression-based scoring can be enough to market as “AI,” with the transcript referencing Upstart’s IPO narrative. Finally, it pushes enterprise and government sales as the route to larger money.

The closing section turns cautionary: AI ideas can become obsolete quickly, big tech can dominate due to data and compute advantages, and scammers will increasingly exploit generative tools. Voice cloning, deepfakes, and AI-assisted scam writing are described as escalating threats. Despite that, the transcript ends on an intentionally absurd note about “uploading” an artificial persona into a robotic doll—positioning it as a speculative but plausible direction for future business models.

Cornell Notes

The transcript frames AI entrepreneurship as a gold rush where the winning move is building narrow, high-value apps on top of existing AI platforms rather than trying to outspend foundation-model labs. OpenAI’s API access (via ChatGPT/GPT-3.5 lineage and the upcoming GPT-4) is presented as an easy “shovel,” with a concrete example of turning videos into blog posts using Whisper for transcription, GPT for structure, and Dolly for images. It also points to alternatives—DeepMind models, open-source systems like Bloom, and MLOps platforms such as Vertex AI and Hugging Face—for teams that want to train and deploy custom models. The business advice emphasizes focused problems, viral-friendly demos, and selling to enterprise/government for bigger budgets. A final warning highlights rapid commoditization and rising scam/deepfake risks.

Why does the transcript argue that building on top of existing models is more realistic than creating a “superior GPT” from scratch?

It claims a solo developer or small team can’t realistically beat a company with massive funding and top-tier talent. Instead, the practical route is to use paid APIs from providers like OpenAI, then build an application that delivers a specific outcome. The “video-to-blog” example illustrates this: transcription (Whisper) plus language generation (GPT) plus optional image generation (Dolly) can be assembled into a product without training a foundation model.

What does “MLOps” enable, and when does the transcript suggest it’s worth using?

MLOps tools help turn raw data into a deployed machine learning model by handling the pipeline: ingesting and processing data, training and evaluating models, and deploying them to infrastructure. The transcript names Google Cloud’s Vertex AI for end-to-end steps and serverless deployment, and Hugging Face for MLOps-as-a-service with many open-source pre-trained models. The implied condition is having access to high-quality data and a specialized use case where a custom model provides an advantage.

How does the transcript decide which AI app ideas are likely to attract users or money?

It repeatedly returns to specialization and a clear value proposition: solve one concrete problem for a defined audience. Examples include restoring photos (Restor Photos), generating business presentation slide templates (present), analyzing resumes and LinkedIn profiles (Resume Worded), and producing custom voices (Play.ht). It also suggests pairing the product with a distribution strategy—“build in public” and viral-friendly demos—to accelerate adoption.

What enterprise-focused cost-saving pitch does the transcript use as a template?

It provides a fill-in-the-blank pitch: “_____ provides a tool that will save your company 70% per year in _____ cost.” The blank is framed as the category of savings (e.g., shipping logistics, talent recruitment, or business presentations). The example given is present, which generates slide templates from branding/marketing assets, implying generative image/text workflows that reduce labor costs for creating presentations.

What risks does the transcript highlight that could undermine AI startups?

Three risks are emphasized: (1) speed of change—an idea that looks successful can become obsolete within a year; (2) competitive imbalance—big tech can dominate due to data and compute advantages; and (3) misuse—scammers can scale voice cloning, deepfakes, and AI-assisted scam writing. The transcript describes targeting individuals (including combining faces with real images) and using generative tools to make fraud more convincing.

What does the transcript suggest about where the biggest money is likely to be?

It argues against focusing only on consumer or “cheap” markets and instead recommends selling to enterprise and government. The reasoning is that these buyers can pay for integration, reliability, and measurable cost reductions—especially in areas like customer support, where AI chatbots are portrayed as replacing or reducing human labor.

Review Questions

  1. Which specific components does the transcript use to build the “video-to-blog” app, and what role does each component play?
  2. What criteria does the transcript imply for choosing between using an API versus training a custom model with MLOps?
  3. How do the transcript’s scam/deepfake examples connect to its broader warning about AI’s societal and business risks?

Key Points

  1. 1

    Use existing foundation-model APIs to build narrow, high-value AI apps instead of trying to outcompete model labs on raw capability.

  2. 2

    A “video-to-blog” workflow can be assembled from Whisper for transcription, GPT for structure, and Dolly for images—turning one input format into publish-ready output.

  3. 3

    If you have high-quality data and a specialized problem, MLOps platforms like Vertex AI and Hugging Face can help train, evaluate, and deploy custom models.

  4. 4

    Pick a single painful use case and ship a focused product that can spread quickly; Restor Photos is used as an example of a viral-friendly, one-problem app.

  5. 5

    Enterprise and government sales are positioned as the path to larger budgets, especially for cost-heavy functions like customer support.

  6. 6

    AI ideas can become obsolete fast, and big tech’s data/compute advantages make competition harder for small teams.

  7. 7

    Generative tools will also amplify fraud—voice cloning, deepfakes, and AI-assisted scam writing are presented as escalating threats.

Highlights

The “video-to-blog” concept shows how to combine Whisper, GPT, and Dolly into a complete product without training a foundation model.
Vertex AI and Hugging Face are presented as practical routes to MLOps—handling the full pipeline from data to deployment.
Restor Photos is cited as a simple Next.js app that restored grainy images using Replicate and an open-source model (gfp Gan), reaching 40,000 users quickly.
The transcript warns that AI’s same capabilities will be weaponized by scammers through voice cloning, deepfakes, and automated scam generation.
Enterprise/government is framed as the money engine, with AI chatbots positioned to replace or reduce customer support labor.

Topics

  • AI Side Hustles
  • APIs
  • MLOps
  • Generative Media
  • Enterprise Sales

Mentioned