AI is not one thing
“AI” is a label over many different systems. Name the specific one in front of you.
EXPLORE THE ATLAS
Switch your lens to change examples and recommendations. The underlying concepts stay shared and trustworthy.
WHAT THIS ISA landmark is one idea you can learn in about five minutes, ending in a decision you make. Rings group them by how far along you are, not by topic. See the legend
“AI” is a label over many different systems. Name the specific one in front of you.
“Reasoning”, “agent”, “thinking”, “understands” are marketing labels as much as technical terms. Read past them.
There’s a spectrum from a fixed script to a system that decides its own next steps — and picks where a human approves.
Today’s AI is reliable at reshaping text you give it — and unreliable at recalling facts from memory.
Confident, well-written output is not evidence. The failures look exactly like the successes.
Machine learning finds patterns in examples instead of following rules someone wrote by hand.
The model is the engine; the product wraps it; the system is everything — where the real decisions live.
Most AI in your life isn’t a chatbot — it’s quietly ranking, filtering, and recommending. Notice it.
A model only “sees” what’s in its current window. Everything else — earlier chat, unshared files — is invisible.
Chatting with a model doesn’t teach it. Whether your data trains a future version is a separate, checkable question.
Generative models predict plausible next pieces — words, pixels — rather than looking answers up.
Before using AI for anything, decide what it must not touch and where a human stays in charge.
A good prompt names what a stranger would need to do the work.
AI can draft captions, alt text, and read-aloud in seconds — a real independence gain, as long as someone still checks.
Tell the model to flag what it doesn’t know instead of filling the gap.
Split a big task into stages you can check before the next one runs.
Start from the task and its stakes, not the demo — a tool that dazzles in five minutes can still be wrong for the job.
AI gives you a fast first read of the data — and states trends that aren’t in it just as fluently.
One good example often teaches the model more than a paragraph of rules.
The format changes; the trust rules don’t. A generated image or a described photo can be as confidently wrong as any sentence.
Naming the specific gap — “shorten the intro,” “drop the second example” — beats asking for “better” or rerolling and hoping.
Put a person between the AI and any output or action that has consequences — before it goes out, not after it goes wrong.
A good meeting summary preserves decisions, owners, and open questions — not a smooth paragraph that reads well and decides nothing.
AI is good at finding leads and bad at being the evidence. Let it point; verify in the real source.
A prompt that worked once is luck; write it down as a brief and it becomes a process.
An AI answer with citations is a fast first draft, not a verdict. Open the links; the summary can misread them.
AI is great at the formula you’d have googled — and quietly dangerous when it does the arithmetic itself.
Using AI as a team changes the stakes — one person’s careless paste can expose everyone, so make the safe path the easy one.
Great for getting the gist, risky for anything where the exact words carry weight.
The model can draft, but you sign — so read it as your own words.
The same AI feature can remove a barrier for one person and quietly build a new one for another.
Ask who is missing, flattened, or harmed by an output — not just whether it reads well.
When sources disagree, a model tends to produce one smooth answer. The disagreement was the information.
Being able to access something is not the same as being allowed to reuse it.
Part of good judgment is knowing which decisions aren’t yours to make alone.
Oversight only counts when the human has the time, the information, and the authority to say no.
Every model output has people and energy behind it. Both are costs someone pays, whether or not they appear on your bill.
Scale how hard you verify to how much it costs to be wrong.
Decide what not to paste, and know where the text goes, before you hit send.
Content an AI reads can carry instructions — treat retrieved text as data, not orders.
Your duties under the EU AI Act depend on your role — whether you build a system or merely operate one — and modifying a system can shift you into the heavier role.
Take a fluent, confident draft and repair it by checking every claim against a real source.
A familiar voice or face is no longer proof of who’s calling; verify identity and urgency through a separate channel.
What an AI system is allowed to reach matters more than what it can be persuaded to say.
The EU AI Act sorts uses by how much risk they carry, and your obligations follow the tier — not the technology.
Follow a specific name, number, quote, or date back to its primary source.
A demo shows what a system can do once. Evidence shows what it does repeatedly, on your work, when it fails.
Some tasks are a bad fit for AI not because it fails them, but because succeeding on average isn’t good enough.
Models are trained on what people rated highly, and people rate agreement highly. The result is a system that tends to tell you what you want to hear — which quietly defeats using it as a check.
Everything a model knows about your situation, it knows because it is in the window right now. Managing that window is a design job.
Where the training data came from, whether anyone agreed to it, and whether you can tell what a piece of content is.
The model is one box among many. Drawing the whole path — and where it can fail — is what turns understanding into judgment.
Text turned into coordinates, so that “nearby” means “similar in meaning” — the basis of search that doesn’t need matching words.
A raw pretrained model doesn’t answer questions — it continues text. Everything that makes it an assistant happens afterwards.
A model can’t run code or send email. It can emit a structured request that something else executes — and that gap is where safety lives.
Without a fixed set of cases with known answers, “it seems better” is the only quality signal you have — and it isn’t one.
Pretraining is a long, expensive pass over a fixed corpus. What was in that corpus — and what wasn’t — shapes everything after.
Images, audio, and video become tokens too. That’s why one model can handle them — and why it fails at them in specific ways.
Attention lets every token be interpreted in the light of the others. That mechanism is most of what makes modern models work.
Models are stateless. Every “it remembers me” feature is a store outside the model, re-inserted into the window each time.
The document that says what a model was built for, tested on, and known to be bad at — and how to read one that isn’t saying much.
“Open” usually means downloadable weights, not open source. The difference decides what you control and what you inherit.
A language model produces one token at a time from a probability distribution. Everything else it appears to do sits on top of that.
Some models will “think” before answering — producing intermediate steps, or spending extra computation, to do better on hard problems. The steps help, but they are generated text, not a proof.
Fetch the relevant passages first, then answer from them. It’s the main way to make a model current, specific, and citable.
A model is billions of numbers with no built-in explanation of itself. Interpretability is the research effort to read those internals — and it's why “ask it why” is not the same as knowing why.
The same capability can be delivered at very different sizes and costs. Knowing how explains why a model runs on a laptop at all.
Models don’t read letters or words. They read tokens — and that choice explains a surprising number of their failures.
A model’s tone carries no information about whether it is right. Getting a usable uncertainty signal takes deliberate work.
A leaderboard score is a real measurement of a specific thing — almost never the thing you actually need.
Running a model is a sequence of two very different phases. Knowing which one you’re paying for explains most of what you feel as speed and cost.