Client / Project
Trekk Scooters
Mobility / Operations
A fleet operations platform for Trekk Scooters, designed to give teams clearer control over vehicles, riders, trips, pricing, support, and daily fleet activity.
Platform Preview
Business Context
Trekk Scooters operates a shared-mobility fleet where vehicles, connected devices, rider activity, and support cases must stay aligned throughout the day. The platform was shaped as an operational control layer so teams can review fleet status, trace activity, and coordinate day-to-day decisions from one place.
Operational Challenge
Routine operating questions depended on records spread across vehicles, riders, trips, device status, pricing, and support. Teams needed stronger operational visibility so availability checks, failed device commands, and rider journeys did not require manual investigation across separate systems.
Solution
We shaped a single operational control layer for fleet, rider, trip, support, and device workflows. Linked records and dashboards help teams manage vehicles, review rider activity, trace device events, and investigate support cases while leaving room for future modules.
Operational Value
Implementation Thinking
The implementation approach considers how teams work today, what must remain traceable, and where the platform needs room to grow.
Consideration 01
Model organizations, fleets, vehicles, and devices as distinct entities, giving the platform room to support different operating structures.
Consideration 02
Treat every IoT command, acknowledgement, and device response as a traceable operational event rather than a hidden technical exchange.
Consideration 03
Keep pricing, reservations, and trip lifecycle rules configurable, so operating policies can evolve without rebuilding the core platform.
Consideration 04
Separate role-based workflows for management, operations, and support while preserving one shared operational record.
Platform Scope
The platform scope connects the records, actions, and operational views needed to manage this type of work in one environment.
Technical Considerations
Multi-tenant domain model with clear organization-level data boundaries
PostgreSQL schema for connected operational records and auditable event history
MQTT communication planning for device commands, acknowledgements, and status updates
Role-based permissions for operational, support, and management workflows
API boundaries designed for separate frontend, backend, and IoT integrations
Extensible architecture for new fleet types, operational modules, and reporting needs
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