The Department of the Air Force has announced its intent to grant an exclusive patent license for a critical satellite power sharing technology to DarkPulse, a C Corporation, based in New York. This decision, officially published in the Federal Register on May 4, 2026, initiates a 15-day period for public objection and underscores the military's ongoing efforts to leverage advanced innovations developed with federal funding for broader societal and strategic benefits. The patented system promises to enhance the operational capabilities of satellite constellations by enabling efficient power transfer among spacecraft, a development with significant implications for national security and the commercial space sector.
The Patented Technology: Satellite Power Sharing
At the core of this notice is U.S. Patent No. 11,760,509, issued on September 19, 2023, and titled "System and method improving satellite capability through power sharing." This invention introduces a novel approach for managing energy resources within a constellation of satellites. It describes a system and method configured for scheduling and invoking power sharing among these satellites. The primary objective is to allow energy storage systems at a target satellite to be charged prior to, or contemporaneously with, the activation of electric propulsion thrust or other high electricity demand operations. This is achieved through power beams transmitted from other source satellites within the same constellation.
This technology addresses a fundamental challenge in space operations: the limited power resources available to individual satellites. By enabling power transfer on demand, it can extend mission durations, improve the efficiency of power-intensive maneuvers, and potentially enhance the overall resilience and flexibility of satellite networks. For instance, a satellite preparing for a significant orbital adjustment or a high-bandwidth data transmission could receive supplementary power from a neighboring spacecraft. This would optimize its operational readiness and performance.
The Bayh-Dole Act and Federal Technology Transfer
The Air Force's intent to grant an exclusive license is conducted pursuant to the Bayh-Dole Act, codified primarily in 35 U.S.C. 209, and its implementing regulations, 37 CFR 404. This landmark legislation, enacted in 1980, is designed to encourage universities, small businesses, and non-profit organizations. It helps them commercialize inventions arising from federally funded research. It allows these entities to retain ownership of their inventions and to license them exclusively to facilitate their development and public use. In this instance, the Department of Defense, specifically the Air Force, acts as the granting agency, transferring intellectual property developed under its auspices to a private corporation.
The granting of an exclusive license means that DarkPulse would be the sole entity permitted to commercialize this specific patented technology, at least for a defined period or scope. This exclusivity is often seen as a necessary incentive for companies to invest the substantial capital and resources required to bring complex federal technologies to market. It balances the public interest in widely accessible technology with the private sector's need for a competitive advantage to justify investment.
DarkPulse: The Prospective Licensee
DarkPulse, identified as a C Corporation located at 3 Columbus Circle, Floor 15, New York, NY 10019, is the prospective recipient of this exclusive license. While the Federal Register notice provides limited details about DarkPulse itself, the Air Force's decision to name them as the intended licensee suggests an assessment. This assessment implies DarkPulse possesses the capability and resources to effectively develop and commercialize this advanced satellite power sharing system. This aligns with the Bayh-Dole Act's objective of ensuring that federally funded innovations move beyond the laboratory into practical application.
Implications for Space Operations and Policy
The potential licensing of this power sharing technology carries significant implications across several domains.
National Security and Defense
For military applications, the ability to dynamically share power among defense satellites could dramatically enhance resilience and operational flexibility of critical space assets. It could mean greater endurance for reconnaissance satellites, more powerful jamming capabilities for electronic warfare platforms, or increased survivability for communication nodes in contested environments. This technology could provide a strategic advantage by making satellite constellations more robust against threats and allowing for adaptive mission profiles without the need for additional, dedicated power systems on each satellite.
Commercial Space Industry
In the commercial sector, the technology could lead to more efficient and cost-effective satellite operations. It might enable smaller satellites to perform tasks previously reserved for larger, more powerful spacecraft by temporarily boosting their energy. This could foster innovation in satellite design, reduce launch mass by minimizing redundant power systems, and open new possibilities for in-orbit servicing and modular satellite architectures. The potential for optimized power management could also lead to longer operational lifespans for commercial constellations, driving down overall costs for satellite operators.
Public Objection Process
Crucially, the notice explicitly states that the Department of the Air Force may grant the prospective license unless a timely objection is received. Objections must sufficiently demonstrate that granting the license would be inconsistent with the Bayh-Dole Act or its implementing regulations. Furthermore, a competing application for a patent license agreement, completed in compliance with 37 CFR 404.8 and received by the Air Force within the 15-day objection period, will be treated as an objection and may be considered as an alternative to the proposed license. This provision ensures a check on the exclusivity, allowing other interested parties to present their case for licensing if they believe they can better fulfill the commercialization objectives of the Bayh-Dole Act.
Looking Ahead
The Air Force's intent to license this innovative satellite power sharing technology to DarkPulse represents a pivotal step in translating federally funded research into deployable solutions. Should the exclusive license proceed without successful challenge, it could significantly advance the capabilities of satellite constellations, offering enhanced resilience and operational flexibility for both defense and commercial applications. The ongoing public commentary period reflects the careful balance federal agencies must strike between fostering innovation through exclusive rights and ensuring equitable access and competition in critical technological sectors. Future developments will likely involve the commercialization efforts of DarkPulse and the broader impact this technology has on the evolving landscape of space operations. The outcome of the objection period, which concludes approximately May 19, 2026, will be a key indicator of the path forward for this promising space technology.
