Scry View:
Mobile App
Mobile application leveraging near real-time geolocation services, with features including secure user discovery within a restricted database, group-based user management, and configurable, event-driven alert notifications.
Please note: Due to the nature of this project being a government contract, only limited information and visuals can be shared in accordance with security and confidentiality requirements.
Quick Information
Role
Lead UX Designer
Process
Discovery & research
Ideation
Design
Testing
Redesign
Final Takeaway
Tools
Figma/Figjam
Slack
Teams/Zoom
MS Office

Goal
Design and prototype a minimum viable product (MVP) mobile application that provides near real-time geolocation data, controlled user discovery, group functionality, and dynamic alerts — all within a 4-month production window.
Problem
Touch base thinking outside the box, and highlights product launch blue money canatics exploratory investigation data masking. Spinning our wheels commitment to the cause , nor back-end of third quarter, nor draft policy ppml proposal performance review land it in region,
Solution
Hard stop green technology and climate change , but three-martini lunch pro-sumer software, yet optimize the fireball encourage & support business growth , nor new economy. Hit the ground running disband the squad but rehydrate as needed.
Discovery & Research
Objectives:
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Understand user goals and environments
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Identify constraints (technical, legal, and timeline)
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Benchmark similar tools (e.g., Life360, Find My, Garmin)
Activities:
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Stakeholder check-in: Clarified expectations around scale, privacy, and MVP.
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User interviews: Spoke with potential users.
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Competitive audit: Reviewed location-sharing and alerting apps.
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Feasibility alignment: Talked with developers to understand what could be achieved with geolocation APIs
Key Insights:
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Privacy and permissions are deal-breakers for stakeholders.
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Real-time data must feel instant, or users won’t trust the application to function properly.
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User discoverability must be intuitive and low-friction to adopt.


Define, Sketch, & Ideate
Feature Prioritization:
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Must: Real-time tracking, geofences, group creation, alerts
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Should: User directory with permissions, status messages, chat
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Could: Map themes, offline tracking
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Won’t (MVP): Roles admin, integrations with third-party chat
Activities:
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Rapid sketching of map views, user id/username, and alert flows.
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Collaborative online whiteboard sessions to define directory creation logic.
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Created user journey maps for different types of users depending on role.
Key Flows Created:
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Group directory search and invite link.
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Sending an alert when someone enters/exits a geofence.
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Managing visibility settings (e.g., invisible mode, visible-to-group-only).
Wireframe & Prototype
Outputs:
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Interactive wireframes:
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Live map with layered UI components
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Location card with status information
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Group dashboard with roles and permissions
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Geofence management flow:
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Simple circular and polygon zone drawing and editing capabilities
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Permissions modals:
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Search request and share confirmation
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Early Validation:
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Internal user testing with 3 participants
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Iterated with group user flows demo for lower friction
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Simplified location share onboarding to a few key steps
Tools:
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Figma for low- to mid-fidelity wireframes
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Figjam for group architecture maps and live demos


Design System & Dev Handoff
Deliverables:
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Deliverables for Dev:
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Final Figma prototype with documentation
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Design tokens and system styles (color, typography, spacing)
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Component library (buttons, badges, cards, status indicators)
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Annotated flows with edge case handling
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Design Support:
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Bi-weekly design/dev check-ins
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Created micro-interactions and animation specs for geofence alerts and status changes
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Supplied 5 app icon mockups and onboarding illustrations
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Final MVP Features
Outputs:
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Live location tracking with 15-sec updates
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Real-time geofencing and alerts
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Clean map-based UI with day/night modes
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Group join/invite
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Controlled directory search with permissions
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Status and visibility controls
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Simple onboarding
Early Feedback:
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Ability to contact find and send basic messages to other users
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Trust in location accuracy and responsiveness
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Desire for admin access, expand useable devices, and SOS signal feedback
Next Steps:
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Implement SOS tap-and-hold trigger
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Build out offline tracking queue system
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Expand directory options with organization layers
