Wireless power is no longer an abstract frontier, and Reach Power is one of the few companies turning it into a real, working solution today, across defense, industry, public safety, and critical infrastructure. It is setting the stage for the next era of power delivery, referring to how Wi-Fi revolutionized data.
Reach Power’s award-winning wireless power at a distance platform delivers flexible, intelligent, mobile, and always-on power to sensors, drones, autonomous systems, robotics, satellites, and edge computing. As industries increasingly adopt automation as part of their infrastructure, reliance on plugs, cables, and battery changes can act as an impediment to efficiency. Its AI-powered, adaptive, meshed, optimized, and collaborative power beaming solution is designed to work in places where mobility, productivity, up-time, and resilience are not negotiable.
Reach Power’s technology is developed to power devices in remote places without physical infrastructure. Its transmitters can be mounted on a vehicle or implemented as fixed stations, and the receivers are used to control, distribute, and store energy through antennas, power control circuitry, and communication modules.
The wireless power system is designed for operation in a non-line-of-sight environment and features hardening to heat, shock, vibration, dust, and moisture. Smart power allocation allows one transmitter to simultaneously supply power to multiple devices according to the dynamic energy requirements. A modular metamaterial architecture enables from microwatts to kilowatts scalable and precise control of electromagnetic wave scattering followed by programmable energy transport over various applications.
Reach Power’s deployment in defense and intelligence applications underscores the importance of continuous power. In remote, austere, or covert environments, it provides battery-free operation of drones (sUAS), autonomous vehicles, unattended ground sensors, and sophisticated surveillance systems without disclosing the location of the operator or having to perform logistically burdensome charging cycles.
The technology reduces dependence on batteries and generators, enables persistent situational awareness, and enhances operational resiliency. Applications range from tactical power distribution and disaster relief to space-based projects in which wireless power might allow orbital refueling, missile defense interceptor systems, and layered defense architectures.
Wireless power is not just another technology; it’s an infrastructure upgrade for modern systems. Our technology was built to keep essential devices powered continuously and intelligently without limits. — Chris Davlantes, CEO
The same pressures are also felt in manufacturing and logistics as industrial automation grows. Reach Power’s platform provides 24/7 industrial robotics, asset tracking, predictive maintenance systems, and quality control technology without any rewiring or fixed charging stations. Systems like Pick to Light, AMRs, AGVs, and camera-based inspections that are always up and running mean a lower volume of waste. In a flex zone, facilities have the flexibility to evolve without the need to tear down the cable network or redesign energy access points.
Public safety agencies are also turning to wireless power to support modern response strategies. Drone as First Responder programs benefit from persistent flight capability without forced landings for recharging. Law enforcement, search and rescue teams, firefighters, and first responders can operate communication devices, sensors, medical tools, and unmanned systems without having to carry external power sources that can be drained. The method minimizes operational downtime, enhances maneuverability, and provides a reliable, continuous power supply for critical mission operations.
The technology operates through three separate pieces of technology: a transmitter, receiver, and power management dashboard. Control of RF signals and communication with receivers is made using an adaptive antenna array together with a custom Bluetooth-like communication protocol. The receiver captures, controls, and stores power, then sends performance data for optimisation. A cloud or on-premise dashboard affords complete management over device authentication, live system monitoring and analytics, network optimization, and scheduling controls.
Reach Power stands out as one of the wireless technology solution providers to watch in 2025-26 because it is redefining the role of power in connected environments. Its technology supports modernization across defense, industrial automation, public safety, and emerging space applications with a system designed for scalability, intelligence, mobility, and mission-grade reliability. Instead of asking whether devices can get enough power to operate, Reach Power enables a future where power quietly follows the mission, the workflow, and the need.