Home / Blog / Who owns the model
Field Note 06Who Owns the Model Answering You? The Question Nobody Teaches You to Ask
You have asked a machine hundreds of questions this year. You have never once asked who decided what it knows.
The chatbot feels like a utility. You type, it answers, the answer is usually decent, and it costs about the same as a streaming service. Utilities do not have opinions about you.
This one does. Everything it knows came from a pile of text somebody chose. Everything it refuses to say came from rules somebody wrote. Whether it keeps working tomorrow is a decision made by a company in another country, and in at least one case in 2026, by a government above that company.
Nobody built a neutral machine. They built a machine, and then they decided what it would learn, and those two sentences describe the same afternoon.
Most people never notice, because for ordinary use it does not matter. Ask it to rewrite an email and the ownership question is irrelevant. Ask it whether you qualify for a loan, or let a company use one on your file, and it is the only question.
Somebody just did the expensive version, and it tells you what the choices are
In late 2025, a lab in Kingston, Jamaica called Maestro AI Labs trained a large language model from scratch. From random numbers, on a corpus they built, with no foreign model underneath it. It is called Maestro, it is the first one built that way in the Caribbean, and it is still in testing.
I am connected to it, so treat that as disclosure rather than as an advertisement. The reason it belongs in a survival guide has nothing to do with the model itself. It is that building one from nothing forces you to make every choice explicitly, and those choices are exactly the ones hidden inside every model you already use.
Three of them, in plain terms.
What it reads. Maestro was trained on publicly available material where somebody wrote down, per document, where it came from. The large commercial models were mostly not, which is why their makers have spent three years in court about it. When a company cannot tell you what its model read, that is not secrecy. In many cases nobody knows.
Who it is trained to be fair to. Most fairness work is a filter over the output. Maestro instead built the constraint into the training, measured against groups that exist in the Caribbean and appear in no American benchmark: rural and urban, Patois and standard English, and people whose income is real but informal.
Who can switch it off. A model held where you are cannot be withdrawn by a decision made elsewhere. In June 2026 a frontier model was suspended worldwide in a single afternoon on a foreign government order. Every business that had wired it into a product found out the same day.
Bias reaches you as a number, not an insult
This is the part that matters most and gets explained least.
When people worry about AI bias they picture the model saying something ugly. That almost never happens to you, because that is the one failure companies have spent real money blocking.
What happens is quieter. A model trained mostly on North American financial behaviour learns that irregular income means instability. You sell at the market, or you drive, or you run three small things at once, and none of it looks like a salary. The model does not insult you. It returns a lower number. The number feeds a decision. You get a letter that says your application was unsuccessful and does not say why.
There is no rude sentence for a filter to catch. That is precisely why a filter cannot fix it, and why it matters whether the people who built the model did the harder work of changing what it learned.
Pick the AI tool you rely on most. Answer these about it. Who owns it, and in which country. Can you find any statement about what it was trained on. If it went dark tomorrow morning, what of yours stops working. And is there anything in it you would be hurt to lose that exists nowhere else. You will not get all four answers, and the gaps are the finding. Then do the cheap fixes: export your important content, set up a second tool for the one task you cannot afford to lose, and stop using a single chatbot as the last word on money, health or anything legal.
What to do when a machine says no
If an automated decision goes against you on credit, insurance, a job application or a benefit, you are not required to accept it as weather.
Ask in writing what information was used to make the decision. Ask whether it was automated. Ask for human review. Many jurisdictions give you a right to at least some of that, and even where the right is thin, the request forces a person to look at your file, which is often all it takes. Keep the reply, because a written answer that turns out to be wrong is worth considerably more later than a phone call you remember.
And if the institution cannot say what the model was trained on, that is a fact about the institution, not about you.
The takeaway
- No model is neutral. Somebody chose what it read, who it is fair to, and whether it stays on.
- A Caribbean lab trained one from scratch in late 2025, which shows those choices are choices rather than physics.
- Bias reaches ordinary people as a score, not an insult, which is why output filters miss it.
- Keep a second tool, keep your own copies, and never let a chatbot be the last step on money, health or law.
- When an automated decision goes against you, ask in writing what data was used and request human review.
Frequently asked questions
Does it matter who built the AI I use?
It matters in three specific ways. What the model learned from decides what it is confident about and what it gets wrong about people like you. Who holds it decides whether it can be switched off without warning, which happened worldwide to a frontier model in June 2026. And whether anyone can describe its training data decides whether a regulated institution can use it on your file at all. For casual use, none of this changes your day. For anything touching your money, your health or your record, all three do.
What is a model trained from scratch, and why is it rare?
Most systems described as local or national models are fine-tunes: somebody takes weights a foreign lab already trained and retrains the top layers on local text. The behaviour changes, what the model learned underneath does not. Training from scratch means starting from random numbers and building the whole thing, which is expensive and therefore rare. Maestro AI Labs did it in Kingston in late 2025, producing the first large language model built from the ground up in the Caribbean. It is still in testing.
How does AI bias actually reach me?
Usually as a number, not a sentence. A model rarely says something offensive about you. It returns a lower score, the score feeds a decision, and you get a decline letter that explains nothing. That is why content filters on AI output miss the harms that affect ordinary people most: there is no rude sentence to block. The fix has to be in how the model was trained, which is why it matters whether the builder did that work or bolted a filter on afterwards.
What should I do about any of this?
Four things. Keep a second tool for anything you depend on daily, because a model can vanish in an afternoon. Never let an AI answer be the last step on money, health or legal questions. When you are declined by an automated decision, ask in writing what data was used and request human review, which many jurisdictions require. And keep your own copies of anything you would be hurt to lose from inside somebody else's product.
The machines are not coming for you. The defaults are.
Survival Guide for the AI Apocalypse is the defensive playbook for keeping your job, mind, money and family intact while the world reorganises around AI.
Order on Amazon →Sources
- Maestro AI Labs, Kingston, Jamaica, on Maestro, trained from scratch in late 2025 and in red-team testing: maestroailabs.com. The author co-founded the lab.
- The June 2026 worldwide suspension of a frontier model under a national-security export-control directive, as reported at the time.
- Ongoing litigation in the United States and elsewhere over the corpora used to train commercial large language models.