Web Tool, B2B

ITSM Agent Workflow Revamp

MY ROLE
TEAM
Lead Product Designer
SOW Team
CLIENT
TIMELINE
Servicenow
Q3 2024
Client
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Project Type
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Date
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 - 
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Services
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Role
Main UX Designer
UX researcher
Team
Chufan Huang, Jesse Lopez
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Nisha Rastogi, Shubha Nambiar
Role
Main UX designer
Team
Meijia Gao , Tiger ZhaoJade , YangErin
Team 2
ZhaoXiao, Rui Li, Liam Zhou
Team 3
Yuchen Wang, Vijeta Belandor
Role
Main UX designer
Details coming soon.

Overview

Project Goal: Streamline the Interaction Record (IMS) workflow in Service Operations Workspace to improve agent efficiency and reduce redundant data entry.

Problem & Research: Identifying Inefficiencies in the Interaction Record Workflow

Problem Statement

Agents were required to manage two separate records (IMS + Incident Record) for the same issue, causing:
Increased workload – Agents spent unnecessary time duplicating information.
Slower resolution times – Repetitive steps reduced efficiency.
Customer resistance to platform upgrades – Some clients built custom workarounds to bypass IMS.

Discovery & Research

Methods Used:

  • Customer Visits (Amazon, Cox Automotive) – Gathered direct agent feedback.
  • Data Analysis – Reviewed agent workflows and interaction records.
  • Internal Team Feedback – Leveraged insights from ServiceNow’s own IT team using the platform.

Key Findings:
Agents rarely reference IMS after filling it out.
Duplicate records slow down workflows.
Managers still need IMS for reporting purposes.

Defining the Solution

Workshop with Cross-Functional Teams to explore four potential directions:
1️⃣ Minimize IMS – Reduce required fields, keeping only essential data.
2️⃣ Remove IMS – Eliminate it entirely.
3️⃣ Merge IMS & Incident Record – Combine both into one record.
4️⃣ AI-Powered IMS – Automate data entry with AI.

🚀 Decision: Minimize IMS won because it reduced effort while maintaining necessary data.

Design & Iteration: Refining the Interaction Record Experience

1️⃣ Reducing Cognitive Load: Field Optimization

Problem:

  • Agents manually filled in short descriptions and chat summaries, spending 3–5 minutes per record.
  • Research showed agents rarely referenced these summaries later.

Design Solution:
Predefined dropdowns replaced manual short descriptions, covering the most common outcomes (e.g., Transferred to Incident, Answered a Question).
Auto-filled key details based on agent actions to minimize typing.
Fields made read-only where possible, preventing unnecessary edits.

Impact:
Faster task completion – Agents saved time by selecting predefined options.
Improved consistency – Standardized data entries across interactions.

2️⃣ UI Layout Adjustments: Prioritizing High-Usage Elements

Problem:

  • Data from session recordings and heatmaps revealed that agents used the resource panel 3× more than the activity stream, yet it was placed lower in the hierarchy.

Design Solution:
Repositioned the resource panel higher to align with usage patterns.
Collapsed the activity stream by default, reducing clutter.
Introduced pinned resources, allowing agents to save frequently used references.

Impact:
Agents found relevant information 30% faster in usability tests.
Reduced screen clutter improved task focus.

3️⃣ Interaction Improvements: Streamlining Chat & Record Actions

Problem:

  • End Chat Button was located away from the chat panel, making it hard to find.
  • Duplicate Action Buttons (“Complete” and “Close”) caused confusion.
  • Agents had to manually confirm actions, leading to unnecessary steps.

Design Solution:
End Chat Button Relocation – Moved it next to the chat input field, aligning with user habits.
Merged Action Buttons – Replaced “Complete” and “Close” with a single action button and a dropdown for alternative actions.
Inline Confirmation UI – Agents no longer needed additional clicks for common actions.

Impact:
25% reduction in task completion time for chat interactions.
40% fewer errors from button misclicks.
Reduced agent friction, leading to a 12% boost in CSAT scores.

4️⃣ Usability Testing & Iteration

  • Conducted 5 rounds of usability testing with agents across different roles.
  • A/B testing confirmed that the new End Chat placement improved efficiency by 25%.
  • Heatmap analysis after launch showed a 50% increase in interaction with the resource panel post-redesign.

Saving a record

Transferring a record

More screens

Measuring Success & Future Optimizations in IMS Workflow

Results & Business Impact

📊 4 Weeks Post-Launch Data:

  • 15% reduction in Average Handling Time (AHT).
  • 12% increase in Customer Satisfaction (CSAT).
  • ServiceNow’s internal team adopted the solution, validating its success.

Reflections & Next Steps

Lessons Learned:

  • Testing earlier could have surfaced usability issues sooner.
  • Stakeholder alignment upfront would have improved buy-in and efficiency.
  • More scalable design for future AI integration.

🔮 Future Enhancements:

  • AI-powered auto-fill for IMS fields.
  • More adaptable workflows for different customer needs.