Watercolor illustration of a notebook with chatbot flows, speech bubbles, and support response tiers.
Mapping the first language of conversational support.

Field Guide

Designing a Support Chatbot

One language. Seventeen products. Fifty support surfaces. A research and service design story about creating the first conversational support framework across an enterprise portfolio.

Illustration of Mhaire reviewing chatbot conversation flows with a laptop and field notes.
Designing expectations before answers

What We Found

Customers do not judge conversations by speed alone. They judge whether expectations are clear.

“Fast only matters if everyone agrees what fast means.”

Design brief synthesis

The team was building its first support bot across a complex product portfolio. Seventeen products, three or more versions each, and more than fifty support surfaces were in scope. Support lived across email queues, ticket systems, phone support, and human live chat, but there was no automated first response and no shared definition of response time. The opportunity was not simply to automate conversations. It was to establish one response-time language that customers, support teams, designers, engineers, and product leaders could all use.

Why It Matters

Conversation design is expectation design.

Illustrated response-time taxonomy showing R0 instant, R1 quick, R2 live, and R3 scheduled tiers.
Response-time taxonomy

A chatbot is not successful because it answers quickly. It is successful because people know what will happen next.

The response taxonomy created four shared tiers: instant, quick, live, and scheduled. Each tier set expectations for timing, ownership, escalation, and measurement.

Instead of every product inventing its own version of “fast,” the portfolio could design from one shared operating model.

The Original Question

How do we create one conversational system for an entire portfolio?

The work began before dialogue design.

We needed to understand the current human baseline, classify support intents, define where automation should help, and clarify when a human handoff was the better experience.

The research focused first on people and systems. The bot came later.

Illustration of support transcripts, highlighter marks, sticky notes, and a coffee cup.
The question before the flows

How We Got There

Research before automation.

The work unfolded across four phases: discover, synthesize, validate, and roll out.

We audited human chat and ticket logs, interviewed support leads, clustered intents, mapped them to response tiers, prototyped bot flows, tested the experience, and built a measurement plan for rollout.

Transcript logs. Intent clusters. Response tiers. Conversation flows. One system.

Illustrated transcript audit with highlighted support conversations.
Transcript audit
Illustrated response time taxonomy showing four conversational support tiers.
Response taxonomy
Illustrated chatbot conversation flow with handoff paths.
Conversation flows
Illustrated success metrics for support chatbot rollout.
Success metrics

What I Learned

Technology changes quickly. Good conversations do not.

This project reinforced that people rarely remember exact response times. They remember whether a system respected their time, communicated clearly, and knew when to hand them to another human.

The most valuable deliverable was not a chatbot. It was a shared framework that allowed many teams to design conversations consistently while continuing to improve over time.

Watercolor illustration of Mhaire reflecting over coffee.
Reflecting after the conversation map