For human drivers today. For autonomous systems tomorrow.
A coordination layer that scales with participation — improving system efficiency through better decisions, not bigger infrastructure.
Xplug exists to address this coordination gap.
Electrification is no longer limited by hardware.
Vehicles, chargers, and energy assets are scaling rapidly — but the systems coordinating them are not.
Today's charging decisions rely on manual judgment, fragmented networks, and static planning. These approaches work locally, but fail at scale.
At system scale, coordination — not infrastructure — becomes the limiting factor.
Xplug does not replace charging networks or deploy new infrastructure.
It operates as a coordination layer, exposing machine-readable signals from existing assets — availability, reliability, access, and constraints. These signals allow energy decisions to be made autonomously across vehicles, infrastructure, and networks.
Xplug decides where, when, and how vehicles charge — automatically, at system scale.
When energy decisions become autonomous, coordination improves automatically.
utilization increases
congestion decreases
reliability improves
Impact compounds at the network level — not through individual optimization, but through shared coordination.
Xplug is designed for environments where multiple agents operate simultaneously:
Human drivers
Autonomous vehicles
Fleets and mobility systems
Charging and energy infrastructure
Xplug is built for a world in transition.
Human drivers rely on intelligent guidance today. Autonomous vehicles and machines will rely on machine-native energy coordination tomorrow.
Both operate on the same system layer.
Coordination scales
Infrastructure follows
The system is already operating.
Explore the system