CaPow provides a perpetual power delivery ecosystem designed to eliminate charging downtime for autonomous mobile robots (AMRs) and automated guided vehicles (AGVs). The company’s flagship platform, Genesis, utilizes a proprietary capacitive power transfer technology that delivers energy to robots while they are in motion. By installing thin, modular antenna stickers on facility floors and integrating lightweight receivers onto robotic chassis, CaPow enables 100% uptime without the need for stationary charging stations or manual battery swapping. The platform employs an adaptive lock-in mechanism that maintains efficient power transfer despite robot misalignment or varying speeds. This approach allows operators to "right-size" their fleets, typically reducing the number of required robots by up to 30% by eliminating the need for backup units to cover charging cycles. Additionally, the system supports a reduction in onboard battery size by up to 80%, shifting the energy model toward smaller buffers or supercapacitors. This transition lowers capital expenditure, reclaims warehouse floor space, and extends the operational lifespan of the robotic fleet through stabilized energy management.