← Back to CoursesAgentic AI: Intermediate

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What Agentic AI Is and Why It Matters

Manual: General · Subject: Agentic AI

Introduce the core idea of agentic AI, how it differs from chatbots, and the kinds of problems it is built to solve.

Learning Goals

Overview

By the end of this lesson, you should be able to explain what makes an AI system agentic, identify the core loop of perception–reasoning–action, and distinguish agentic systems from static model responses.

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Core Idea

Agentic AI is not just about generating text; it is about choosing actions toward a goal, monitoring progress, and adapting when conditions change.

From Chat Output to Action

A normal language model responds to a prompt. An agentic system uses the model as one component inside a larger control loop. That loop may include planning, tool use, memory, environment feedback, and retry logic. The key distinction is that the system is tasked with doing something, not only saying something.

Chatbot vs Agentic System

Chatbot

  • Answers a user prompt in one or a few turns
  • Usually does not persist a long-running goal
  • Relies mainly on generation quality

Agentic System

  • Works across multiple steps or turns
  • Maintains a goal and state over time
  • Can call tools, observe results, and revise plans

The Agent Loop

A common abstraction is: observe→plan→act→evaluate→repeat\text{observe} \rightarrow \text{plan} \rightarrow \text{act} \rightarrow \text{evaluate} \rightarrow \text{repeat}. Each cycle narrows uncertainty and moves the system closer to a target outcome.

Which feature most strongly distinguishes an agentic AI system from a basic text generator?

In one sentence, what makes an AI system agentic?

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Practical Framing

When evaluating an agent, ask: What goal does it optimize, what actions can it take, what feedback does it receive, and what failure modes can occur?

In the agent loop, what is the main purpose of the evaluation step?