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We are pioneering the future of EV mobility through bold innovation and human-centric simplicity
Who we are
Mission
Vision
We’re a tight-knit team of EV specialists - engineers, car lovers, and problem-solvers - obsessed with making electric mobility actually work in the real world.
We started with a simple idea: EV driving should be as intuitive and hassle-free as any other way of getting around. So, we dig into data, build smart solutions, and figure out ways to make charging and driving an EV just… easier. No fluff, just practical innovation that actually helps.
How do we do it? With a technically and professionally diverse team from the automotive sector, we connect the dots between real-world EV challenges, cutting-edge tech, and a whole lot of user feedback—then turn that into tools that actually make a difference.
Our mission is to connect electric vehicles to the energy grid as active participants in a global network—improving grid stability and lowering energy costs through intelligent use of existing assets.
We achieve this by building and operating a software-defined EV ecosystem that intelligently coordinates electric vehicles, charging infrastructure, vehicle-to-grid capabilities, and energy balancing markets.
Our core products—EV.app, EV.mesh, and EV.surface—enable large-scale coordination, grid interaction, and deep system-level analysis across real-world energy networks.
Our goal is to make EV charging fully autonomous within our ecosystem by 2030, operating without human intervention and continuously adapting to real-time energy conditions.
We envision an energy system powered by renewables, stabilized by intelligent software, and coordinated through connected electric vehicles.
By turning EVs into distributed energy infrastructure, software—not physical expansion—becomes the primary tool for scaling and stabilizing energy systems.
Our vision is to prove that electric vehicles can function as critical energy infrastructure—not just consumers—within modern power systems.
Through intelligent charging, vehicle-to-grid integration, and large-scale coordination, we aim to reduce peak grid imbalance by 15–30%, lower EV charging energy costs by 20–40%, and significantly increase the share of renewable energy used during charging in regions where our ecosystem operates.
By 2035, we aim to apply deep, real-world energy intelligence to demonstrate that software-driven EV networks can outperform traditional centralized energy infrastructure in both efficiency and cost.
Our values
INSPIRED
Ready to tap into the unknown, transforming the EV mobility space
INTELLIGENT
Gathering and utilising complex industry knowledge and data.
HUMAN
Creating simple human-centric solutions for complex problems
In partnership with
