Synchronizing...
Synchronizing...
"Legacy hardware clocks are expensive to deploy on temporary job sites, and standard manual entry apps are highly susceptible to fraud."
"A lack of verifiable spatial data allowed field workers to clock in from home, crushing profit margins."
40%+ Battery Drain / Shift
<3% Shift Battery Impact
An analysis of the core engine and its performance-first security pipeline.
Flutter / Google Maps API
Engineered for extreme resource management, ensuring zero performance regression on low-end hardware.
bool isWithinZone = Geolocator.distanceBetween(userLat, userLng, siteLat, siteLng) <= radius;Verified System Architecture // Revision 2.0.4
Challenge High-Rise GPS Drift
Constant GPS polling drained worker phone batteries rapidly.
The Engineering Pivot
Engineered a passive background location protocol that only triggers high-accuracy polling when approaching the geofence perimeter.
Top-tier engineering isn't about getting it right the first time—it's about building systems resilient enough to handle ground-truth realities during stress testing. My pivot points represent the transition from standard implementation to elite problem solving.
"Eliminated 99% of undocumented time theft within the first month of deployment."
Handles thousands of concurrent geofence calculations per second using optimized PostGIS queries.
Restored payroll integrity across 50+ active job sites, saving the client millions in unwarranted wage expenditures.