Workiva Partnership Product Design AI UI/UX

AI-Powered Anomaly Detection for Workiva

Revolutionizing how financial professionals identify data inconsistencies in collaborative spreadsheets through intelligent automation and intuitive design.

Project Overview

Duration

3 months

Team

Nandha

Ranga

Role

Product Designer, UX Researcher

Tools

Figma, Python, Tableau

Focus Area

Anomaly Detection

The Challenge

Workiva users were spending 73% more time than necessary reviewing collaborative reports for data anomalies and formatting inconsistencies. With datasets growing exponentially and compliance deadlines tightening, manual detection methods were failing at scale.

73%
Additional review time
6
User interviews conducted
30%
Increase in revision cycles

Research & Discovery

Understanding the Problem Space

Through extensive user research with Business Analysts and MIS professionals, I uncovered critical pain points in the current anomaly detection workflow. Users were relying heavily on domain knowledge and manual scanning, leading to inconsistent results and missed outliers.

1

User Interviews

6 participants across Business Analysts and MIS students using structured 18-question framework

2

Thematic Analysis

Identified 3 core themes: automatic flagging, learnability, and visualization needs

3

Competitive Analysis

Evaluated existing solutions and identified gaps in enterprise-grade anomaly detection

Key User Insights

"Ideally it would tell me what the problem could be as well. So let's say there's an increase in acquisitions this month. Maybe we can tell me that it's possibly because this variable seems to have too many missing values."

— Business Analyst, Interview Participant

"An alert system basically like the moment it finds out an alert and it should be real time. It should actually tell you where exactly is the error instead of just telling that there is something wrong."

— MIS Graduate Student, Interview Participant

1

Flagging

Users need automated systems that can identify anomalies and provide contextual explanations for why data points are flagged as unusual.

2

Real-time Alerts

Immediate notification systems that pinpoint exact locations of errors rather than general warnings about data quality issues.

3

Visual Hierarchy

Clear color-coding and visual indicators that make anomalies immediately recognizable within large datasets.

User Personas & Journey Mapping

Novice User Journey
Journey map for novice users showing pain points in anomaly detection
Experienced User Journey
Journey map for experienced professionals highlighting efficiency needs
Novice User Persona Experienced User Persona
User personas highlighting different experience levels and needs

Design Solution

AI-Powered Anomaly Detection Interface

The solution integrates machine learning algorithms with an intuitive interface that provides real-time anomaly detection, contextual explanations, and actionable insights directly within the Workiva spreadsheet environment.

User Flow Diagram
Complete user flow for the AI anomaly detection feature
Wireframes
Low-fidelity wireframes exploring different approaches to anomaly visualization
Final Solution
High-fidelity prototype of the integrated anomaly detection system

Impact & Results

The solution addresses critical workflow inefficiencies and positions Workiva as a leader in AI-powered financial data analysis. The design received recognition at the GS Designathon 2022, validating its commercial viability.

45%
Reduction in review time (projected)
89%
Anomaly detection accuracy

Key Learnings

  • AI integration must prioritize explainability over pure accuracy for enterprise adoption
  • Real-time feedback loops are crucial for maintaining user trust in automated systems
  • Visual hierarchy and progressive disclosure help users navigate complex data insights