01Vehicle-calibrated
Consumption model
A calibrated prediction using vehicle, battery, road, elevation, environment and driving inputs.
AutoBuild your programElectric
EMake every kilometre of range explainable and actionable.
Combine battery, vehicle, route, terrain, traffic, weather and driving context to help drivers understand where they can go, how much energy a journey needs and when to charge.
Capability modules
Compose the exact experience.
Capability labels below describe public or configurable scope. The status note makes program dependence visible before a technical commitment.
02Current + configured
Dynamic remaining range
Current conditions and vehicle state translated into a more credible mobility envelope.
03Current + configured
Spider range
Road-network reachable area at current SoC, reserve and program policy.
04Current + configured
Battery-efficient routing
Compare time, distance and predicted energy instead of treating every kilometre as equal.
05Vehicle-calibrated
Arrival SoC
Continuously updated charge prediction at destination and intermediate stops.
06Current + partner data
Charging-stop planning
Plan long-distance stops from compatibility, reserve, charging power, route relevance and target arrival state.
07Feed-dependent
Charger discovery
Search and filter by connector, power, operator, access, amenity and route context.
08Program-defined
Dynamic replanning
Respond to consumption drift, traffic, route deviation or changed charger conditions.
09OEM integration
EV cockpit
SoC, energy route, charger distance, stop instructions and warnings across IVI and cluster.
10Configured app
EV companion
Pre-trip plan, send-to-car, nearby charging and drive-to-app continuity.
11Consent + signal-dependent
Battery analytics
Owner or fleet insight into energy use, route efficiency, charging patterns and anomalies.
12Composable solution
Charging geoanalytics
Demand, traffic, topography, amenity and network-gap analysis for site planning and operations.
Value by team
One capability. Multiple buyers.
Greater confidence in arrival state, alternatives and charging decisions.
A differentiated, calibratable journey layer tied to real vehicle state.
Energy-aware planning, asset insight and better network decisions.
Integration domains
Designed into the vehicle program.
- ✓BMS-approved SoC and energy signals
- ✓Vehicle and battery configuration
- ✓Route, traffic and elevation
- ✓Weather and environmental feeds
- ✓Charging-network data
- ✓IVI, cluster and companion
Production guardrails
What responsible integration makes explicit.
The BMS remains authoritative for vehicle state.
Range is a prediction; reserve, confidence and refresh behavior must be visible.
Charger availability is only as current as the entitled source feed.
Reservation, payment and roaming require separately contracted partners.
OEM program workshop
Turn electric into an OEM-ready scope.
Capture the vehicle, territory, surfaces and adjacent modules. The output becomes the starting point for a capability and interface workshop.