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Military Frequency Scanner Interface

Designed and delivered a v1 UI interface for a defense tech startup's frequency scanning product, enabling map-based visualization and dashboard analytics for military applications.

contractstartupdefense

Key Outcomes

  • ✓Delivered working v1 interface from technical specs
  • ✓Enabled map-based frequency visualization
  • ✓Implemented real-time dashboard analytics
  • ✓Successfully integrated by internal technical team
  • ✓Iterated based on field user feedback

The Story

A military contractor startup had built sophisticated frequency scanning technology, but their highly technical team lacked the product design expertise to create a usable interface. They had previously worked with a branding agency but needed fast, efficient product work to make their technology accessible. The product scanned radio frequencies and needed to display precise data both on an interactive map and through a comprehensive dashboard. The challenge was translating complex technical specifications into an intuitive interface that military personnel could use effectively in the field. I started by thoroughly intaking their technical specs and understanding how their scanning technology worked. Working closely with their engineering team, I designed a v1 interface that balanced technical depth with usability. The solution featured a map-based visualization showing frequency data geographically, paired with a dashboard that provided detailed analytics and insights. The interface needed to handle real-time data streams while remaining responsive and clear even with high data volumes. After delivering the initial v1, their internal team was able to implement the design and begin testing with end users. We then spent several weeks iterating based on feedback, refining the interactions and information hierarchy to better serve their users' needs. The project demonstrated how fast, focused product work can bridge the gap between powerful technology and practical usability—especially critical in defense applications where clarity and speed can be mission-critical.

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