Prop Connect Driver
Software Development
Prop Connect Driver is a mobile logistics application built specifically for frac sand drivers operating in remote and high-pressure environments. This app supports secure login, real-time location tracking, load status updates, and offline capabilities—empowering drivers to stay connected and efficient even in low-network zones.
I was responsible for building a streamlined driver interface using Flutter and Dart, focusing on quick-tap workflows and clarity across each load stage: Assigned → At Terminal → In Transit → Delivered. Firebase integration enabled real-time syncing, while Google Maps ensured live navigation and tracking. Offline-first functionality was a key priority, allowing drivers to manage their assignments and automatically sync when back online. This project significantly improved driver communication with supervisors, reduced missed updates, and allowed better oversight of load movements across the entire frac sand delivery cycle.
7 Lake Street,London
wpOceans
Harry Johnson
Softwere Development
6 Month
15 Apr 2022
Web App, Marketing
My Work Process
This project demanded simplicity, speed, and offline reliability to meet the needs of on-road drivers in dynamic environments.
- Built for low-connectivity regions
- Optimized workflows for one-hand use
- Used Firebase for background sync
- Designed clear status updates with icons
- Integrated live GPS with Google Maps
“Amazing looking theme and instantly turns your application into a great looking one. Really shows that pro_ fessionals built this theme up. Very happy with the way the theme looks .”
My approach
Understanding that drivers need speed and clarity on the road, I prioritized a guided user interface with quick actions and minimal taps. Offline-first development ensured uninterrupted functionality during low coverage. I focused on creating a seamless workflow that covered the full delivery cycle while integrating secure login and sync mechanisms with Firebase. Real-time GPS updates and status tagging kept supervisors in the loop. The interface was stress-tested for clarity, especially in motion, to reduce driver distraction and promote task completion.
Goals
- Provide drivers with a simplified, guided app
- Enable location tracking with live status
- Ensure offline-first delivery management
- Maintain driver-to-supervisor sync in real time
- Automate load progression for efficiency
Results
- Increased delivery accuracy by 40%
- Reduced communication lags with live updates
- Boosted user adoption through ease-of-use
- Enhanced supervisor visibility across delivery stages
- Enhanced supervisor visibility across delivery stages
