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Case Study · Tourism

Policy answers,
on demand.

Large Language Models · Python

Support teams fielded ~6,000 policy enquiries a month, many from staff without system access. We built a policy-grounded AI assistant that answers reliably — with citations.

  • Entertainment & Tourism
  • Conversational AI
  • Workforce
Overview

At a glance

What was built, on what, and why it matters.

Industry
Entertainment & Tourism
Domain
Workforce Support & Employee Self-Service
Solution
Conversational AI · Employee Knowledge Assistant · Workforce Automation
Core technologies
Large Language Models (LLMs) · Python
Delivery model
Four-week proof of concept
Impact

Key outcomes

Measured where it counts.

  • 01Accurate, policy-grounded responses through a conversational interface
  • 02Met proof-of-concept accuracy benchmarks
  • 03Reduced reliance on manual support for routine policy enquiries
  • 04Established a foundation for broader enterprise AI adoption
The challenge

6,000 enquiries, every month.

The organisation needed a better way to give employees workforce policy information — many of whom had no access to internal systems.

Support teams handled around 6,000 policy enquiries each month, creating overhead and bottlenecks. An existing chatbot couldn’t consistently give accurate, contextual responses, limiting confidence. They needed reliable, policy-grounded answers with room to expand into other employee services.

The solution

Reliable answers, policy-grounded.

LLMs + prompt engineering, validated against success criteria.

DBiz designed and implemented a web-based AI assistant focused on workforce leave-policy enquiries.

Using large language models and advanced prompt engineering, employees ask natural-language questions and receive concise responses grounded in approved policy documentation. Delivered as a four-week proof of concept, it included authentication, persona design, QA processes, stakeholder validation, and automated testing — with success criteria for accuracy, contextual relevance, and citation quality.

The result

Confidence, and a path forward.

The assistant delivered accurate, policy-grounded responses through a self-service experience tailored to workforce support. Iterative refinement and validation resolved the accuracy and context issues of the previous implementation.

The successful proof of concept increased confidence in AI adoption and established a path to extend self-service to additional business functions.

Under the hood

Technology stack

LayerTechnology
AI platformLarge Language Models (LLMs)
Knowledge sourcesApproved Policy Repositories · Designated External Sources
Quality & optimisationPrompt Engineering · Stakeholder Validation
Test automationPython
Delivery modelWeb-Based AI Assistant
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