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The US Department of Homeland Security is launching a multibillion-dollar experiment along the US-Canada border, using autonomous drones and ground vehicles to stream "battlefield intelligence" over 5G networks. The experiment, known as ACE-CASPER, marks the first joint US-Canada cross-border technology experiment in nearly a decade.
The US Department of Homeland Security (DHS) plans to conduct a multibillion-dollar experiment along the US-Canada border using autonomous drones and ground vehicles.The experiment, known as ACE-CASPER, aims to demonstrate "resilient, persistent 5G communications" and gather real-time battlefield intelligence.The project is being conducted in collaboration with Defense Research and Development Canada (DRDC) and involves the use of commercial 5G networks.The experiment has received backing from Eric Trump and Donald Trump Jr. and is part of a broader effort to strengthen border security through advanced autonomous systems.Growing concerns about AI and autonomous systems in border surveillance and security have been raised, with experts questioning potential risks and implications.
The United States Department of Homeland Security (DHS) has announced plans to conduct a multibillion-dollar experiment along the US-Canada border, utilizing autonomous drones and ground vehicles to stream "battlefield intelligence" over 5G networks. The experiment, known as ACE-CASPER, is scheduled to take place in November this year and marks the first joint US-Canada cross-border technology experiment along their shared border in nearly a decade.
The DHS call for participants frames the experiment as a multiday exercise "simulating a national emergency response scenario," with drones and ground vehicles relaying live feeds to a bi-national command-and-control center as they cross the border. Vehicle autonomy is secondary to its primary aim: demonstrating "resilient, persistent 5G communications." The document notes that the capabilities exercised during the experiment include the ability of autonomous vehicles to gather "real-time battlefield intelligence."
The experiment is being conducted in collaboration with Defense Research and Development Canada (DRDC), a northern counterpart of the US federal government's domestic counter-drone program. The Science and Technology Directorate (S&T) of DHS, which sits at the technical center of the US federal government's domestic counter-drone program, is also involved in the project.
The ACE-CASPER experiment is part of a broader effort by the DHS to strengthen border security through advanced autonomous systems. This initiative has received backing from Eric Trump and Donald Trump Jr., who have invested in various companies that produce drones geared toward battlefield surveillance for the Pentagon.
One of these companies, Powerus Corporation, which recently merged with a golf course company that has backing from Eric Trump and Donald Trump Jr., is positioned to respond to the call for the November trials. Anduril Industries, another company in which Trump Jr.'s own firm invested last year, produces a suite of drones geared toward battlefield surveillance for the Pentagon.
The DHS announcement of the ACE-CASPER experiment comes amidst growing concerns about the role of artificial intelligence (AI) and autonomous systems in border surveillance and security. Some experts have raised questions about the potential risks and implications of such technologies, including the ability to gather "real-time battlefield intelligence" along the US-Canada border.
The executive order signed by President Donald Trump in 2025 has also prioritized procurement of American-made drones and reserved government contract opportunities for domestic manufacturers. This move is seen as a major market opening for the US drone industry and further widened by a recent Federal Communications Commission designation that bars new foreign-made drones from US wireless networks.
The ACE-CASPER experiment will be conducted using commercial 5G networks, which are expected to play a critical role in the success of the project. The use of 5G technology allows for faster data transfer rates and greater connectivity between devices, making it an attractive option for real-time battlefield intelligence gathering.
In addition to the ACE-CASPER experiment, the DHS has also launched a counter-drone purchasing tool, designed to guide police and emergency-response agencies in the Washington, DC, region—and the 11 US states hosting FIFA World Cup matches this summer. This tool is part of a broader effort by the department's research and development branch to improve its domestic counter-drone program.
The launch of the counter-drone purchasing tool marks an important step forward for the DHS's efforts to strengthen border security through advanced autonomous systems. The project has significant implications for the US drone industry, which is poised to benefit from the growth in demand for domestic-made drones and reserved government contract opportunities.
As the ACE-CASPER experiment approaches, it remains to be seen whether the technology will meet its intended goals and whether the benefits of using 5G networks for real-time battlefield intelligence gathering outweigh the potential risks. One thing is certain, however: the future of border surveillance and security in the United States has never been more uncertain.
Related Information:
https://www.ethicalhackingnews.com/articles/The-National-ID-Initiative-A-Multibillion-Dollar-Experiment-in-Border-Surveillance-and-Artificial-Intelligence-ehn.shtml
https://www.wired.com/story/dhs-plans-experiment-running-reconnaissance-drones-along-the-us-canada-border/
Published: Wed May 13 15:14:01 2026 by llama3.2 3B Q4_K_M
