Chatbot
Matches a message against phrases or intents written in advance and returns the reply attached to the best match.
- Answers what it was built for
- Replies written by people
- A fallback when nothing matches
A classic chatbot recognises what someone wrote in advance and returns a prepared reply. Conversational AI understands free text and composes its own.
“Chatbot” names an interface; “conversational AI” names how the understanding works. The two overlap — many chatbots today run on conversational AI — which is why the comparison confuses buyers. This guide walks through the three generations of chat software, shows how each handles the same customer, and gives a checklist for deciding what to build or replace.
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Matches a message against phrases or intents written in advance and returns the reply attached to the best match.
Uses language models to understand free text, track the conversation and generate a reply — often from your own data.
A traditional chatbot follows rules: it matches a message to a keyword or a predefined intent and returns a prepared reply. Conversational AI uses natural language processing and language models to understand free text, keep track of the conversation and compose a reply. In conversational AI vs chatbot, the chatbot is the window people type into; conversational AI is one way — today the usual way — of making that window understand them.
Each generation kept the chat window and replaced what happens behind it. Knowing which generation a product belongs to tells you what it can and cannot handle.
Dialogflow’s documentation describes the model most chatbot builders share: an intent categorises a person’s intention for one turn, and the bot designer writes the response for each one.
“Can I move my delivery to Friday?”
Compared with training phrases; the best match wins.
Values pulled out by entity type.
The text, speech or card a designer attached to that intent.
No confident match: “Sorry, I didn’t get that.”
Every reply was written and approved in advance — nothing is invented.
Two requests in one message, or a phrasing nobody anticipated, lands in the fallback.
Every new question is a new intent, new training phrases and new replies to maintain.
IBM describes conversational AI as a set of technologies — machine learning, natural language processing and, for voice, speech recognition — that let people talk to software. With language models, understanding and reply generation happen in the same model.
The new risk. A generated reply can be fluent and wrong. That is why enterprise conversational AI answers from the organisation’s own sources, shows them, and respects what each person may see — the controls a scripted bot never needed.
One message with two requests and a reference back to an earlier order — ordinary for a person, hard for a bot built on one intent per turn.
Can you move my delivery to Friday and add the charger I forgot last time?
I can help you change your delivery date. What date would you like?
Friday. And the charger?
Sorry, I didn’t get that. You can say “track order”, “change delivery” or “talk to an agent”.
Can you move my delivery to Friday and add the charger I forgot last time?
Your order 4410 can be delivered on Friday. The charger from your March order is in stock at $29 — shall I add it to the same delivery?
Yes please.
Done: Friday delivery, charger added. Total updated to $412.
A scripted bot is still right for a narrow, fixed menu where every word must be pre-approved. Once the questions are open-ended or the answers live in documents and records, conversational AI earns its controls.
What are people going to ask?
On Botminds there is no separate chatbot to maintain. Every conversation — beside a screen, inside an app, by email, in Teams or over an API — runs on an agent that answers from your data, cites it and can act.
Read more in conversational AI on Botminds, and build one in the chat and search experience lesson.
In conversational AI vs chatbot, a traditional chatbot matches messages to scripts or predefined intents and returns prepared replies, while conversational AI uses language understanding and language models to handle free text, track the conversation and compose replies. Many modern chatbots are built on conversational AI.
Both. It is a chatbot in the sense of a chat interface, and conversational AI in how it works: a large language model understands the message and generates the reply rather than selecting a prepared one.
A plain chatbot follows rules or matched intents with replies written in advance. An AI chatbot uses machine learning or a language model to understand messages it was never explicitly programmed for and to generate its replies.
A conversational agent is software that holds a dialogue and can also act — searching, querying or changing records through tools. It combines conversational AI with agentic behaviour.
Yes, for narrow, stable tasks where every reply must be approved word for word — a fixed menu of options, a regulated disclosure. They are predictable and cheap, but break on phrasing nobody anticipated.
The terms overlap. “Virtual assistant” usually means a conversational system that helps a person complete tasks across apps, often by voice; “chatbot” usually means a text conversation on a website or app. IBM groups both under conversational AI.
No. An agent decides on actions, calls tools and adjusts from the results; most chatbots only reply. Gartner calls the rebranding of chatbots and assistants as agents, without substantial agentic capability, “agent washing”.
Yes. A generated reply can be fluent and wrong. Grounding answers in the organisation’s own sources, showing those sources, and applying each person’s permissions are the controls that make it dependable.
Bring one process and its documents. We’ll show you the agents, the controls and the record, running on your data.