ENTERPRISE UX CASE STUDY

Jaggaer AI (JAI): Designing an Enterprise Copilot System

Transforming Complex Enterprise Procurement with an Intelligent Copilot. How we architected the core interaction framework, extended the design system, and defined stateful UI behaviors to seamlessly embed JAI into enterprise procurement workflows.

Role Sr. AI UI/UX Product Designer
Team PM, Engineering, UI/UX
Scope Core AI Framework, Design System
Platform JAGGAER Enterprise B2B SaaS
Product Overview

Jaggaer AI - Conversational AI Experience (CAIX)

Jaggaer AI (JAI) serves as a conversational-based intelligent operational backbone across enterprise procurement, transforming sourcing and supplier management.

// The Challenge

Transforming Complex Enterprise Workflows

Enterprise procurement platforms are notoriously dense. Users navigate complex data tables, multi-page workflows, and intricate supplier rules. Jaggaer needed an AI assistant—JAI—to help users accomplish tasks faster without getting lost in the interface.

The challenge wasn't just building a chatbot; it was designing a core framework that knew when to help, how much space to take up, and how to scale Jaggaer’s existing design system to handle non-deterministic AI responses.

Phase 01

Extending the Design System for AI

To support AI-specific interactions, I scaled Jaggaer’s core design system, creating new components and design tokens specifically for AI behavior to build trust and convey system intent.

Layout Framework
Core Container Wireframe Specs
Mosaic AI Design System Specifications
Component Tokens & Specifications
User Interaction & State Matrix
Jaggaer AI Full Screen Interface
UI Pattern Library & System Behavior Specs Read Case ›
// Input & Discovery Patterns
  • Command dropdown menus & prompt suggestion pills
  • Slash-command triggers for targeted tool routing
  • Active input indicators for attachments & context files
// Transparency & Trust
  • Streaming text indicators & inline reasoning states
  • Source attribution cards with direct reference links
  • Confidence metrics & verifiable data citations
// Feedback & Controls
  • Message-level editing & prompt regeneration
  • Thumbs up/down feedback loops
  • Structured reporting & issue modal slots
// Accessibility Standards
  • Strict keyboard navigation paths across all 3 view modes
  • Screen-reader focus management for streaming text
  • High-contrast visual status indicators
Phase 02

Solving for Real Estate (The 3 View Modes)

AI assistance isn't one-size-fits-all. A user asking a quick question needs a small overlay, but a user analyzing vendor trends needs maximum screen real estate. I designed a flexible, 3-tier view framework:

// View Mode 01
Minimal Chat Window JAI Chat
// View Mode 02
Copilot Siderail Side Panel View
// View Mode 03
Full Screen Full Screen View
View Mode Primary Purpose & Strategy
Small Chat A compact overlay anchored to the bottom corner for quick queries and proactive prompts.
Siderail / Copilot A docked side panel designed for side-by-side work (e.g., editing a document while chatting with JAI).
Full Screen Mode A fully expanded view with responsive grid layouts built specifically for complex data tables, analytics, and heavy visualizations.
Phase 03

User Interaction Specifications

Beyond high-level visual layouts, enterprise AI requires precise system-level mechanics. These case studies explore how the platform handles complex agentic behaviors—from human-in-the-loop safeguards to translating natural language into transactional platform actions.

// Case Study 01
End-to-End AI Escalation, Human-in-the-Loop (HITL) & Recovery Workflows
HITL Escalation & Recovery

Multi-step human-in-the-loop validation patterns that allow procurement leaders to audit, override, or roll back automated AI decisions safely.

Read Case ›
// Case Study 02
Conversational Search-to-Action Framework
Search-to-Action Framework

Converting natural language queries into structured workflow executions, bridging informal conversational inputs with transactional system operations.

Read Case ›
// Case Study 03
AI Intent Mapping & Response Specification Framework
Intent & Response Spec

Standardized design token and response specifications built into the Mosaic design system to enforce consistent layout payloads across modular micro-frontends.

Read Case ›
Phase 04

Market Launch & Production Impact

The Jaggaer AI Copilot shipped to production as a core platform capability across global procurement teams. Scaling from design system specs to a live commercial offering validated both user satisfaction and market position.

Commercial Launch
Jaggaer AI Official Solutions Landing Page
Official Product Go-To-Market

Positioned as Jaggaer's flagship S2P conversational intelligence engine across global enterprise markets.

Platform Performance
75%
Target CSAT rating across early enterprise adopters
40+
Languages supported for global multi-region deployments
Market Scale
Workflow Efficiency
1/4th
Help desk resolution time compared to legacy manual support ticket routing
Search-to-Action
Directly converting complex multi-screen queries into single-step conversational execution
Operational Velocity