Conversational AI
Understands a request in natural language and replies — by chat, voice or email — keeping track of the conversation.
- Output is a reply
- One turn in, one turn out
- Reads from knowledge it is given
- A person carries out the result
Conversational AI understands a request and replies. Agentic AI plans steps, uses tools and changes things in other systems — often through the same chat box.
The two are often sold as rivals, and often confused on purpose. They sit on one scale: how much a system is allowed to do after it understands what you asked. This guide places common systems on that scale, shows the loop that makes software agentic, compares the same request handled both ways, and gives a way to decide how far along the scale a given job should go.
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Conversational AI is software people talk to in natural language: it understands the request, keeps track of the conversation and replies. Agentic AI is software that pursues a goal: it plans steps, calls tools, reads the results and decides what to do next. In conversational AI vs agentic AI, the first is about the dialogue and the second is about the doing — and an enterprise assistant usually needs both.
The clearest test is what happens after the system understands the request. A conversational system answers. An agentic system decides on an action, takes it, and checks what happened.
Understands a request in natural language and replies — by chat, voice or email — keeping track of the conversation.
Takes a goal, breaks it into steps, uses tools to carry them out and adjusts from what each step returns.
Anthropic draws the line this way: a workflow runs language models through predefined code paths, while an agent lets the model “dynamically direct” its own process and tool use. The ReAct paper (2022) showed the pattern underneath — reasoning interleaved with actions.
Until the goal is met, a person must decide, or the agent gives up and says why.
A customer writes that a delivery arrived damaged. Both systems understand the message equally well. What differs is who does the work afterwards.
My order 7781 arrived with a cracked screen. I want a refund.
Sorry about that. Damaged items can be refunded within 30 days: open Orders, choose 7781, select “Report a problem” and attach a photo. A refund is usually issued within five working days.
My order 7781 arrived with a cracked screen. I want a refund.
I found order 7781, delivered on Tuesday and within the 30-day window. I’ve opened a damage case with your photo. The refund of $349 needs a team member’s approval — I’ve sent it and will confirm here when it is issued.
What the second one needed. Read access to orders, permission to open a case, a refund tool that waits for a person’s approval, and a record of each step. The language model is the same; the tools, grants and checks around it are what make it agentic.
Forecasts for agentic AI are large, and so are the warnings. Gartner’s figures below are predictions, not measurements — useful as a sense of direction and of the risk of buying the label rather than the capability.
Anthropic’s advice is to find the simplest solution that works and add autonomy only when it pays for itself, because agents trade latency and cost for task performance. Two questions place most jobs.
After the system understands the request, what should happen?
On Botminds every conversation runs on a full agent. The same agent answers from your data with sources, and acts through tools you grant — with the actions you choose waiting for a person inside the thread.
Typed, dictated, or with files attached.
Who is asking, the page they are on, the conversation so far.
The agent’s sources, within what this person may read.
Granted tools; the ones you chose wait for a person.
In the person’s language, with its sources, kept with the conversation.
Read more in conversational AI on Botminds, and see how a waiting action works in approvals inside a flow.
Neither in general. In conversational AI vs agentic AI, conversational systems are simpler, cheaper and safer when a person only needs an answer; agentic systems are worth their extra cost and controls when the job is to finish a task across systems.
A chat assistant answering from its training and the files you give it is conversational AI. When the same assistant is allowed to browse, run code or call tools and decide its next step from the results, it is behaving agentically. The label depends on what it is allowed to do.
Generative AI is the underlying capability to produce text, images or code. Conversational AI applies it to dialogue. Agentic AI applies it to pursuing goals through tools and multiple steps. Most agentic systems are generative and conversational too.
Usually not. A chatbot replies; an agent decides on actions, calls tools and adjusts from the results. Gartner warns of “agent washing” — chatbots and assistants rebranded as agents without substantial agentic capability.
An agent that investigates why an invoice is unmatched and drafts the supplier note; one that triages incoming emails into cases and routes them; one that answers a customer and issues a refund after a team member approves it.
Yes, because its mistakes are actions, not just words. That is why agentic systems need tool grants per agent, approvals on risky actions, the asking person’s permissions and a full record of every step.
Yes — by giving it tools, the permissions to use them and a loop that lets the model act on results. The conversation stays the same; what changes is what the system may do after it understands the request.
Bring one process and its documents. We’ll show you the agents, the controls and the record, running on your data.