Pierce Aerospace has signed a memorandum of understanding (MOU) with MITRE to expand research into UAS remote identification technologies. The agreement will see Pierce Aerospace’s Remote ID sensors deployed at the MITRE National Range as part of broader efforts to enhance airspace detection, autonomy operations and homeland security capabilities.
The partnership builds on prior engagements between the two organizations, which included testing and evaluation of Pierce Aerospace’s Remote ID systems. Under the new MOU, the focus will shift toward longer-term collaboration in prototyping and experimentation related to UAS identification and integration into national airspace.
Pierce Aerospace CEO Aaron Pierce described the initiative as a logical progression:
“We previously engaged with MITRE in testing and evaluation of our Remote ID sensors and capabilities,” he said. “It made logical sense to further the relationship so we can continue to advance research and development with MITRE in support of the public safety sector and the U.S. government.”
The MITRE National Range provides a controlled environment for experimentation involving emerging aviation technologies. It supports collaboration between government, industry and academia to develop solutions that address operational and security challenges stemming from the growing use of unmanned systems.
“MITRE is proud to partner with Pierce Aerospace to advance critical initiatives in homeland and national security,” said Yosry Barsoum, vice president and director of the Center for Securing the Homeland at MITRE. “This collaboration is a vital step in transforming airspace management, ensuring public safety for drone operators and hobbyists, and strengthening our ability to respond to evolving threats.”
Remote ID has emerged as a critical element in the regulatory and operational framework for integrating drones into the National Airspace System (NAS). Broadcast Remote ID, in particular, has been positioned as a potential foundation for scalable, cost-effective UAS tracking and situational awareness solutions.
“In the last year, we’ve advanced our Remote ID capabilities and demonstrated that broadcast Remote ID can serve as a fundamental infrastructure that supports an economical path toward UAS integration into the NAS,” said Pierce. “With MITRE, we intend to continue to push the envelope of research and deliver solutions that aid in the safe and secure integration of drones.”
The collaboration continues an ongoing national effort to modernize airspace management and improve oversight of unmanned operations.
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