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Improving AI Reliability Through Intent Mapping, Tone Control, and Safety-Aware Microcopy

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Conversation Design Case Study (2025)

Improving AI Reliability Through Intent Mapping, Tone Control, and Safety-Aware Microcopy

Reference: Conversational AI Foundations

📌 Overview

This project demonstrates how I design AI interactions that remain clear, safe, and trustworthy when user messages are vague or ambiguous.
I built a structured approach combining:

  • Intent modeling
  • Tone control
  • Safety-aware microcopy
  • Multi-turn flow patterns

The aim is to reduce model errors, prevent overconfidence, and support dependable user experiences in high-ambiguity contexts.

🧩 Problem

Users often write very short messages with missing context:

  • “It won’t let me in.”
  • “Fix this.”
  • “I don’t see it.”
  • “Why did it do that?”

These create three risks:

  1. Misinterpreting intent
  2. Overconfident or unsafe responses
  3. User frustration when the system answers the wrong question

A consistent approach is needed to clarify intent early and manage tone responsibly.


✅ Approach

This system has three components:

1. Intent Decomposition

Each ambiguous message is broken into:

  • Primary intent
  • Secondary possibilities
  • Disallowed interpretations
  • Required clarification questions

2. Tone Control System

Three tones adapt based on risk:

  • Plain Helpful
  • Safety-Aware
  • Expert-Concise

3. Safety Microcopy

Reusable phrases that expose uncertainty early and keep responses within privacy and compliance boundaries.


🗂️ Intent Maps (10 Examples)

Format:
Primary intent → Secondary intents → Clarifying question

1. “It’s not letting me in again.”

  • Primary: login/access failure
  • Secondary: password issue, MFA failure, permissions
  • Clarification: Which step fails — password, code, or permissions?

2. “Why does it keep changing?”

  • Primary: inconsistent behavior
  • Secondary: UI personalization, layout shift, model variance
  • Clarification: What’s changing — the layout, content, or settings?

3. “Fix this, it’s broken.”

  • Primary: feature malfunction
  • Secondary: error state, crash, unexpected output
  • Clarification: What happened right before it broke?

4. “I didn’t ask for that.”

  • Primary: incorrect system action
  • Secondary: intent mismatch, autofill, hallucination
  • Clarification: What did you expect to happen instead?

5. “Where did my stuff go?”

  • Primary: missing data
  • Secondary: wrong tab, filter, sync delay, wrong account
  • Clarification: Were you viewing it in the same place you saved it?

6. “That’s not what I meant.”

  • Primary: misunderstood request
  • Secondary: vague phrasing, missing context
  • Clarification: What outcome were you aiming for?

7. “Why is it taking so long?”

  • Primary: performance concern
  • Secondary: network latency, heavy processing, large file
  • Clarification: Is it stuck loading, processing, or waiting?

8. “I don’t see it.”

  • Primary: missing UI output
  • Secondary: hidden panel, wrong screen, file not generated
  • Clarification: Were you expecting a message, file, or interface element?

9. “Why did it do that?”

  • Primary: unexpected system behavior
  • Secondary: automation trigger, recommendation logic
  • Clarification: Which action are you referring to?

10. “This doesn’t look right.”

  • Primary: quality concern
  • Secondary: outdated data, formatting issue, wrong version
  • Clarification: What seems incorrect — the content, the structure, or the source?

🎨 Tone Modes

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