Modernizing Data Security Manager
Project
Data Security Manager Dashboard
Year
2025
Redesigned Fortanix's Data Security Manager (DSM) dashboard, improving scanability, information hierarchy, and data visualization to help security teams quickly understand complex security metrics
Scope of Work

Problem
DSM's dashboard was dense and flat — every card carried the same visual weight, which meant admins had to read closely just to tell what needed attention.
Text-heavy layout with minimal visual hierarchy between primary and secondary information
Card designs were nearly identical to one another regardless of what they represented, so nothing stood out as more urgent or more important
Slowed comprehension — reading the dashboard meant parsing every card individually instead of scanning it

Solution
The redesign focused on making complex security data easier to understand at a glance by improving information hierarchy and introducing more meaningful visualizations.
Key improvements
Converted Active Apps into a pie chart to visualize key distribution instead of displaying a simple fraction.
Consolidated operational metrics into a summary bar for Operations, Token Status, and Projects.
Color-coded usage graphs to improve differentiation between metrics and reduce visual ambiguity.
Refined layouts, spacing, and typography to create a more balanced and scannable dashboard.
Challenges
Adding color without losing accessibility
Dashboard was already built on a dark background, so any new color had to read clearly against it
Every color pairing needed to meet WCAG contrast requirements, not just look good
Too little color risked falling back into the same flat, monochrome problem we were fixing
Too much color (or the wrong pairings) risked failing accessibility outright
Designing around a legacy system
DSM was a legacy dashboard — the redesign couldn't require re-architecting or overriding the existing codebase
Every fix (pie chart, summary bar, color-coding) had to work as a layer on top of what already existed
Ruled out solutions that would've required rebuilding components from scratch, even when they'd have been simpler to design

