🔻Wireless

GuRu Wireless, Inc. to Unveil Game-Changing Wireless Power Platform for Continuous Drone Flight at Apex Defense 2025

While some vendors promote theoretical applications, GuRu is focused on what can be deployed now—technology that meets field requirements without modification. This realism positions the company as a trusted collaborator, not just a vendor.

GuRu Wireless, Inc. to Unveil Game-Changing Wireless Power Platform for Continuous Drone Flight at Apex Defense 2025

Representational Photo

BY Donna Joseph

PASADENA, Calif., April 16, 2025 – Battlefield effectiveness today depends not just on superior firepower but on uninterrupted data, autonomous systems, and sustained presence. Power delivery, once a routine logistical concern, now shapes the very limits of surveillance and response. GuRu Wireless, Inc. has taken on that challenge directly. Known for its innovations in adaptive, long-range wireless energy transfer, the California-based firm is poised to demonstrate its game-changing technology at Apex Defense 2025, taking place April 23–24 at the Gaylord National Resort & Convention Center in National Harbor, Maryland.

GuRu is presenting a clear proposition: remove the cables, keep the systems online, and enable persistent operations without the burden of manual energy replenishment.

GuRu Wireless, Inc.: Power Without Borders

GuRu’s impact goes beyond novel engineering. Its proprietary platform—operating at 24GHz—delivers scalable, synchronous wireless power with a degree of precision and efficiency unmatched by conventional methods. This platform has enabled a breakthrough in persistent Intelligence, Surveillance, and Reconnaissance (ISR) using small unmanned aerial systems (sUAS).

The result is striking: drones that no longer need to land to recharge, swap batteries, or connect to a tethered power supply. Instead, they remain in the air, fully functional, receiving energy wirelessly in real time. This capability transforms not only surveillance operations but also how data is collected, transmitted, and acted upon in live operational settings.

No more interrupting missions. No more returning to base for power. Just continuous aerial presence—silently, effectively, and autonomously.

Onsite at Apex Defense 2025: From Blueprint to Battlefield

Apex Defense is not designed for passive product displays. It’s a working platform that brings together U.S. and allied defense professionals, technologists, and decision-makers to examine and field-test emerging solutions. GuRu will be located at booth #C4, offering direct engagement with engineers and program leads ready to discuss integration, deployment, and use-case adaptability.

Visitors can observe the core wireless transfer system at work, learn how the solution interfaces with current sUAS platforms, and explore future applications ranging from robotic logistics to mobile edge nodes in contested environments. The goal is clear: help the defense community reduce its dependency on batteries and physical infrastructure while expanding operational reach.

GuRu’s presence is not about showcasing theory—it’s about demonstrating readiness.

Tech Showcase Spotlight: Richard Weiss Takes the Stage

On Thursday, April 24th at 1400 hours, GuRu’s Vice President of Business Development, Richard Weiss, will present during the Tech Showcase on the Discovery Stage. His session promises more than a product pitch. It will detail how GuRu’s technology moves from lab to field, highlighting use cases that directly support ISR and unmanned operations.

Weiss brings depth from both the commercial technology sector and national defense partnerships. His perspective will resonate with attendees seeking solutions that are both scalable and secure, capable of operating under the constraints and complexities that define modern defense efforts.

Removing the Weakest Link in Operational Design

Energy has long been the weak point in unmanned and autonomous systems. Batteries fail. Tethers limit movement. Resupply chains slow response times. GuRu Wireless addresses all three constraints.

By sending directed energy to a receiving device through focused beams—no wires, no physical contact—the system sustains continuous power delivery. Drones, sensors, and other mobile assets can function far longer and farther from support infrastructure, reducing the need for resupply missions or recovery downtime.

This single shift—eliminating the pause for power—has cascading effects. Surveillance coverage expands. Situational awareness improves. Commanders gain operational resilience where it matters most.

From Concept to Infrastructure: A Wireless Future

GuRu’s technology is not a narrow fix. It’s the foundation for a wider infrastructure rethink. The same platform supporting persistent sUAS could power distributed sensors, mobile robotic units, or mission-critical communication equipment—especially in denied or remote areas. The modularity and precision of the system make it suitable for integration with both current systems and those still in development.

While some vendors promote theoretical applications, GuRu is focused on what can be deployed now—technology that meets field requirements without modification. This realism positions the company as a trusted collaborator, not just a vendor.

Visit the Booth, See the Tech, Ask the Hard Questions

Defense professionals attending Apex Defense 2025 can meet with GuRu Wireless at booth #C4 throughout the event. Live demonstrations will underscore the system’s range, targeting precision, and interoperability. For those interested in more strategic implications and application pathways, Richard Weiss’s presentation on Thursday, April 24 at 1400 hours is a must-attend.

To preview the ISR demonstration ahead of the event, watch here: https://youtu.be/RKSi41ERZQk.

As unmanned and autonomous systems continue to define modern conflict, the question is no longer whether energy can be delivered wirelessly—but how fast it can be scaled. GuRu Wireless is not only answering that question. It’s helping rewrite the playbook.

GuRu’s technology is not a narrow fix. It’s the foundation for a wider infrastructure rethink. The same platform supporting persistent sUAS could power distributed sensors, mobile robotic units, or mission-critical communication equipment—especially in denied or remote areas.





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