ONE PLATFORM.EVERY MOVING EDGE.
VMOVEXA creates a digital operating layer between centralized cloud infrastructure and physical mobility — designed for a more connected, intelligent and measurable world.
Unified architectural stack orchestrating centralized systems with distributed in-vehicle computing, multi-screen control, and real-time telemetry.
Autonomous Edge Runtime
Vehicle-side local decisioning with zero latency and 100% offline continuity.
Distributed Fleet Mesh
Centralized policy distribution, predictive routing, and fleet orchestration.
Geofenced Context Engine
Real-time polygon boundaries trigger contextual passenger messages.
Multi-Screen Synchrony
Unified hardware bus powering dynamic exterior and interior display arrays.
Connected Intelligence at Every Layer
Fleet Management
Centralized Fleet Control
Centralized fleet, device, and telemetry control across distributed assets.
Digital Media Orchestration
Contextual Screen Delivery
Software-defined contextual multi-screen campaigns and dynamic playback.
Location Intelligence
Real-Time Spatial Logic
Low-latency GPS geofencing, trigger-based zones, and real-time route logic.
Telemetry & Data
Hardware Diagnostics & Health
Hardware diagnostics, health, sensor telemetry, and live event streaming.
Scalable Infrastructure
Cloud-to-Edge Resilience
High-throughput cloud scale meets resilient, offline-capable edge speed.
The cloud orchestrates. The edge executes.
Centralized systems define configurations, rules and operational requirements. The vehicle-side edge environment executes supported functions locally.
This architecture is particularly relevant to moving environments where connectivity can vary. The underlying design explicitly describes the cloud defining rules while the edge executes them locally.
Sustainability
We are committed to building a sustainable future where technology and nature coexist in perfect harmony.
Centralized Visibility and Orchestration
The cloud/control layer is the environment responsible for these distributed mobility assets and operational functions:
The Physical Mobility Layer
Connects Compute + Screens + GPS + Sensors + Network into one technology environment.
Command mobility with VMOVEXA ONE.
The centralized control layer for connected mobility. VMOVEXA ONE brings distributed mobility infrastructure into one software environment. From fleets and vehicles to screens, devices, routes and digital media — the platform provides centralized visibility and orchestration.
See the network. Not just the vehicle.
A modern fleet can contain hundreds or thousands of connected devices. VMOVEXA ONE provides a structured way to represent and manage that distributed infrastructure:
Vehicle Visibility — Know What is Connected
From creative to screen
A digital campaign can be structured around:
Includes campaign creation, audience targeting, geographic scheduling, proof of play, and real-time measurement.
Location becomes logic
A geographic zone can become more than a coordinate. It can become a programmable context:
The intelligence inside the vehicle.
VMOVEXA CORE is the vehicle-side edge platform connecting cloud infrastructure with physical mobility systems. It is designed not simply as a media player, but as a computing and execution layer for connected vehicles.
Network Engine
Connectivity and communication management across cellular & eSIM gateways.
Media Engine
Digital content playback execution and hardware-accelerated video rendering.
Campaign Engine
Remote campaign execution, rules matching, and schedule enforcement.
Geo-Fence Engine
Real-time location-aware operational rules and spatial triggers.
GPS Positioning
Designed for continuous high-precision vehicle positioning and movement calculation.
Telemetry Engine
Operational data capture, device state recording, and event logging.
Multi-Screen Controller
Coordinated independent, mirrored, and synchronized multi-display management.
Security Fabric
Protected device authorization and authenticated cloud-to-edge communication.
OTA Management
Remote software lifecycle, verified firmware updates, and component upgrades.
Offline Storage Engine
Local disk caching preserving complete operation without internet access.
One vehicle. Multiple digital surfaces.
A vehicle can contain multiple connected displays. VMOVEXA's architecture supports independent, mirrored, synchronized, split and multi-zone display operation.
This creates a distributed digital environment inside a single mobility asset.
Connectivity can disappear. The system shouldn't.
Vehicle connectivity is not guaranteed everywhere. VMOVEXA CORE is designed around local caching and synchronization.
