Algorithms
The set of rules a system follows to turn data into a decision — and why those rules are never as neutral as they seem.
Concept library
Start with the practical answer, then open a concept for use cases, risks, prompts, and related ideas.
Explore the concept map11 concepts
The set of rules a system follows to turn data into a decision — and why those rules are never as neutral as they seem.
AI is an umbrella term for systems that recognize patterns, understand language, make predictions, or support decisions. And what's hiding under that umbrella matters enormously for what you're actually buying, building, or approving.
Teaching a model to sort things into categories — and learning why the wrong kind of wrong can be more costly than no AI at all.
The engine behind modern AI's most impressive capabilities — and a reason to ask whether simpler would work just as well.
AI that learns patterns from data rather than following fixed rules — which means its behavior is only as good as the data it learned from.
The learned component at the core of an AI system — what turns inputs into predictions, decisions, or generated content.
The architecture underlying most modern AI capabilities — layers of mathematical operations that learn patterns too complex for hand-coded rules.
The type of AI model that predicts a number — revenue, price, demand, time-to-failure — and the workhorse behind most business forecasting.
Teaching an AI by rewarding good outcomes and penalizing bad ones — which sounds straightforward until the system finds a way to maximize the reward without achieving the actual goal.
The data a model learned from — which means everything the model knows, gets right, gets wrong, and embeds as bias all traces back here.
What determines whether an AI investment succeeds or stalls — and it’s rarely the model.