Technology

The operating layer that turns infrastructure into uptime.

FMobile is designed to combine physical fleet infrastructure with real-time operational visibility — charging status, vehicle readiness, queueing, incidents and energy use — while remaining open to multiple vehicle and software platforms.

FMobile fleet operations center
Illustrative autonomous-ready depot infrastructure
Data before autonomy

Useful on day one. Autonomous-ready over time.

Leading fleet-infrastructure operators increasingly expose charger availability, charging sessions, incident tickets and site status through dashboards and APIs. FMobile is being designed around the same principle, then extending that visibility to cleaning, inspection, staging and vehicle readiness.

✓Real-time charger and stall availability
✓Vehicle readiness and turnaround status
✓Energy load, queueing and utilization
✓Incident, maintenance and service-ticket visibility
✓API-ready integrations with fleet customers and vehicle platforms
Technology stack

Orchestrate the depot as one system.

Charging Orchestration

Assign charging windows based on departure time, state of charge, queue conditions and power availability.

Fleet Readiness

Track which vehicles are charging, cleaning, under inspection, awaiting service, staged or ready for dispatch.

Energy Management

Coordinate charging demand with utility limits, tariffs, storage and future distributed energy resources.

Operations Dashboard

Give site teams and customers a single operational view of charging sessions, tickets, utilization and turnaround.

Autonomous Hosting

Prepare for unattended arrival, charging, service and redeployment as vehicle platforms and regulation allow.

Open Integration

Remain adaptable across fleets, chargers, vehicles, software systems and future robotic workflows.

Roadmap

A staged technology approach.

1

Instrument the site

Capture charging, dwell, readiness, service and energy data from conventional fleet operations.

2

Optimize the workflows

Use scheduling, alerts and AI-assisted decision support to increase throughput and reduce vehicle downtime.

3

Integrate autonomous fleets

Expose operational data and workflows to autonomous fleet platforms as commercial deployment expands.

4

Automate repetitive tasks

Add robotics to selected cleaning, inspection, charging-support and logistics workflows when economics justify it.