Launch Your
Fleet Dispatch MVP
We design and code structured operational software. Low battery GPS fleet trackers, offline-first SQLite manifest synchronization databases, Mapbox route optimizers, and automated geofence triggers built for transport startups.
Startup Reality Check: The Zero-Signal Warehouse.
Logistics apps fail when drivers enter zero-signal warehouses and lose sync lists, or background GPS processes deplete battery life in 2 hours. Run our simulator to check how local caching secures data.
Background GPS Battery Throttler
Continuous Polling (Hot)Continuous location updates drain driver device battery in 2 hours, forcing hardware reboots mid-shift.
Offline SQLite local manifest
Direct API calls onlyApp locks when driver enters zero-signal storage rooms, losing order barcode verification records.
Bulk Ingestion manifest checker
Manual inputsDispatchers type shipping load details manually, causing delivery discrepancies and delays.
Sync Reliability
15%
Battery Profile
High Drain
Offline Cache
Sync Latency Risk
Auditing Rating
Manual ledger
*Manifest sync statistics calculated from background sensors queues logs across 14 fleet dispatch platforms built by our leads.
Verify Launch readinessLogistics MVP Development Roadmap
We design and ship robust products in structured sprints. Interact with the journey pipeline steps below to view the architectural focus of each phase.
Phase 1: Dispatch Scoping & Figma Wires
Key Features & Deliverables
- Interactive Figma prototypes for driver manifest checklists and admin map dashboards
- Database ERD planning tables for suppliers, warehouse manifests, loads, and routes
- Technical assessment of sensor triggers and battery usage specifications
Background Geo-Sensor & Synchronization Blueprint
We design robust data layers sync routines. Hover over the nodes in our blueprint schema to inspect the geofencing and DB sync rules.
Background GPS
Mobile telemetry sensors polling tracking data
Sync Gateway
Node.js API router throttling batch manifests
PostgreSQL DB
Supabase RLS database saving coordinates
Offline Manifest SQL Cache
Drivers log load scans without web connection. Local SQLite queues upload data dynamically when signal returns.
Geofence Proximity Triggers
PostgreSQL checks matching geofences trigger Twilio hooks automatically, updating clients about ETA status.
Throttled GPS Sensor Routines
Native coordinate polling adjusts dynamically during highway route stretches, avoiding battery drains.
MVP Cost & Timeline Calculator
Configure your dispatcher platforms and features to instantly simulate budgets and estimated development sprint durations.
6.5 Weeks
$14,600
Cost covers Figma manifests wireframes, background sensor polling scripts, local SQLite databases sync structures, barcode camera scanner modules, and store submission audits.
Launch Readiness Assessment Quiz
Answer 5 quick conceptual questions to evaluate if your product specifications are ready for engineering sprints.
What is the active size of your vehicle fleet?
Got Questions? We Have Answers.
Review the common engineering and compliance queries logistics founders discuss with our core development leads during scoping.
We write native background sensors wrappers with smart throttling logic. The app updates coordinates only when the device moves past a geofence threshold or at dynamic time intervals, preserving battery life for full 8-hour shifts.
We leverage WatermelonDB/SQLite caching. Barcodes are scanned, checked for formatting, and written to the local mobile SQL cache immediately. When internet signal is restored, background workers bulk sync outstanding logs to your main backend database.
Yes. We integrate Mapbox Matrix APIs. The dispatcher console calculates multiple shipment address nodes, checks vehicle capacities, and renders route maps to reduce delivery times.
We configure database triggers checking coordinate geofences. When a driver enters a 2-mile radius, background processes call Twilio to trigger SMS delivery notifications to customers.
Absolutely. Upon project completion, all database migrations, geofence scripts, Mapbox integration codes, and deployment pipelines are transferred to your repository, giving you complete intellectual property rights.
Ready to Build Your Logistics App MVP?
Let's schedule a 30-minute technical scope review. We will map out your offline SQLite sync schema, verify Mapbox route optimizations, and deliver an estimated development roadmap document.