DHS and Canada to Launch 5G Autonomous Drone Surveillance Trials Along Shared Border

The United States Department of Homeland Security (DHS) and Defense Research and Development Canada (DRDC) have announced a joint initiative to deploy autonomous drones and ground vehicles along the U.S.-Canada border. Scheduled to commence this fall, the program, titled ACE-CASPER, represents a significant shift in North American border management strategies. The primary objective of the exercise is to evaluate the efficacy of commercial 5G networks in facilitating the seamless transmission of high-definition surveillance video and complex sensor data between the two nations. This initiative marks the first major technological collaboration of its kind on the northern border in nearly a decade, signaling a new era of high-tech integration in international security operations.

The ACE-CASPER Initiative: Objectives and Scope

The ACE-CASPER experiment is framed as a multiday exercise designed to simulate a national emergency response scenario. During the trials, a fleet of autonomous aerial systems and unmanned ground vehicles will navigate the border regions, relaying live data feeds to a bi-national command-and-control center. While the physical movement of these vehicles is a key component, DHS documentation emphasizes that vehicle autonomy is secondary to the primary goal: demonstrating "resilient, persistent 5G communications."

The choice of 5G technology is pivotal. Unlike previous generations of cellular networks, 5G offers the low latency and high bandwidth necessary for real-time, high-resolution video streaming and the rapid processing of telemetry data from multiple sensors simultaneously. By utilizing commercial 5G infrastructure, the DHS and DRDC aim to determine if existing civilian networks can support the rigorous demands of national security and emergency response operations without the need for dedicated, government-only spectrum.

The experiment will involve various scenarios, including search and rescue operations, disaster response coordination, and the detection of unauthorized cross-border movements. The integration of autonomous systems is intended to reduce the burden on human operators, allowing for persistent surveillance in remote or hazardous areas where traditional patrolling may be difficult or dangerous.

Historical Context: From CAUSE to ACE-CASPER

The upcoming November tests represent a return to a collaborative framework that has been dormant for several years. Between 2011 and 2017, the United States and Canada conducted five major cross-border drills under the CAUSE (Canada-United States Enhanced Resiliency) program. These exercises were instrumental in testing the interoperability of emergency responder communications, focusing on shared radio frequencies, video feeds, and data protocols.

The CAUSE program was born out of the 2011 "Beyond the Border" declaration, a bilateral agreement aimed at enhancing security and economic competitiveness. However, after CAUSE V concluded in 2017, joint technological field trials became less frequent, replaced by smaller-scale administrative cooperation. The launch of ACE-CASPER indicates a renewed appetite for large-scale field testing, driven by advancements in artificial intelligence, 5G connectivity, and the increasing availability of sophisticated autonomous platforms.

The transition from the CAUSE era to ACE-CASPER also reflects a shift in technological focus. While CAUSE was primarily concerned with ensuring that firefighters and police officers could talk to one another across the border during a crisis, ACE-CASPER is focused on the infrastructure of autonomous surveillance—moving from human-to-human communication to machine-to-machine data synchronization.

Regulatory Environment and the "Buy American" Mandate

The timing of the ACE-CASPER trials coincides with a major restructuring of the U.S. domestic drone policy. Following an executive order signed by President Donald Trump in 2025, titled "Restoring American Airspace Sovereignty," the DHS Science and Technology Directorate (S&T) has been positioned at the center of the federal government’s counter-drone and procurement strategy.

This executive order prioritized the procurement of American-made drones and components, effectively creating a "Buy American" mandate for federal agencies and local law enforcement receiving federal grants. This policy was further reinforced by a recent Federal Communications Commission (FCC) designation that prohibits new foreign-made drones—specifically targeting manufacturers from countries deemed adversarial—from accessing U.S. wireless networks.

These regulatory shifts have fundamentally altered the landscape for drone manufacturers. By barring foreign competitors from the 5G infrastructure necessary for modern autonomous operations, the U.S. government has opened a massive market for domestic firms. The ACE-CASPER trials serve as a high-profile testing ground for these American companies to demonstrate that their hardware can meet the stringent requirements of the DHS and its international partners.

The Corporate Landscape and Political Ties

The move toward domestic drone procurement has brought several key players into the spotlight, many of whom have established ties to the current administration’s orbit. As the DHS prepares for the November trials, the industry is closely watching which vendors will be selected to participate in the ACE-CASPER exercises.

Among the prominent domestic manufacturers is Powerus Corporation, a Florida-based company that recently underwent a significant corporate merger with a golf course management firm. Public records indicate that the merger involved backing from Eric Trump and Donald Trump Jr. Powerus has positioned itself as a leader in autonomous systems for border security. Brett Velicovich, the company’s co-founder, stated that the technology was specifically built for the mission of protecting American borders and expressed support for the government’s urgent movement toward advanced autonomous systems.

Another major contender is Anduril Industries, a defense technology firm that holds the DHS’s largest border-security contract—a $1.1 billion agreement for AI-powered surveillance towers. Anduril, which received investment from Donald Trump Jr.’s firm last year, produces a variety of drones designed for battlefield surveillance. Their systems are built to integrate seamlessly with command-and-control networks, making them a natural fit for the ACE-CASPER requirements.

Additionally, Unusual Machines, an Orlando-based drone-component manufacturer, remains a significant player in the supply chain. Although the company does not sell directly to the government, it provides essential components to the prime contractors that do. Donald Trump Jr. previously served as an advisor to the company, and his stock holdings in the firm are currently valued at approximately $4.4 million.

Finally, Xtend, an Israeli drone maker that recently established its U.S. headquarters in Tampa, Florida, has also entered the domestic market with backing from Eric Trump. Xtend secured a multimillion-dollar contract with the Pentagon’s special-operations office last fall to develop AI-enabled attack drone kits. Their expansion into the U.S. underscores the growing intersection between private investment, political connections, and national security procurement.

Technical Analysis: C2ISR and the "Kill Chain"

While the ACE-CASPER program is publicly described in the context of emergency response and public safety, the technical requirements listed in DHS procurement documents use language traditionally reserved for military operations. The department has asked vendors to demonstrate the ability of autonomous vehicles to provide "real-time battlefield intelligence."

The systems sought for the border trials are categorized as C2ISR platforms—an acronym for Command, Control, Intelligence, Surveillance, and Reconnaissance. This terminology is borrowed directly from the Department of Defense (DoD) and is traditionally associated with the "kill chain," a military concept describing the end-to-end process of identifying, tracking, and engaging a target.

In the context of border security, the application of C2ISR and "kill chain" logic suggests a more aggressive approach to surveillance. By streamlining the flow of data from a drone’s sensors to a command center’s decision-makers, the DHS aims to shorten the time it takes to respond to a detected event. While "engagement" in a border context usually refers to interception or apprehension rather than kinetic force, the use of martial language has raised questions among civil liberties groups regarding the militarization of the northern border.

The integration of 5G is the "connective tissue" of this C2ISR framework. The high throughput of 5G allows for the use of advanced AI algorithms at the "edge"—meaning the drone itself can process images to identify specific objects or behaviors before sending only the most relevant data back to the command center. This reduces the cognitive load on human operators and ensures that the "kill chain" remains active even in data-heavy environments.

Broader Implications and Future Outlook

The ACE-CASPER trials carry significant implications for the future of international border management. If successful, the experiment could lead to a permanent deployment of autonomous 5G surveillance networks along the entire 5,525-mile border between the U.S. and Canada. This would transform the "longest undefended border in the world" into one of the most technologically monitored zones on the planet.

For Canada, the partnership with the DRDC represents a strategic alignment with U.S. security priorities. While Canada has historically emphasized a more "soft-power" approach to border management, the participation in ACE-CASPER suggests a willingness to adopt the high-tech, AI-driven surveillance models pioneered by the U.S. DHS.

However, the program also faces potential hurdles. Privacy advocates have expressed concerns about the persistent surveillance of border communities and the potential for "function creep," where technology intended for emergency response is eventually used for broader social monitoring. Furthermore, the reliance on commercial 5G networks introduces cybersecurity risks, as these networks may be more vulnerable to interference or hacking than dedicated military frequencies.

As November approaches, the results of the ACE-CASPER exercise will be a bellwether for the domestic drone industry and the broader trajectory of North American security policy. The fusion of 5G connectivity, autonomous hardware, and AI-driven intelligence is no longer a prospect of the distant future; it is the immediate priority of the agencies tasked with securing the continent’s borders. Whether this technological leap enhances public safety or fundamentally alters the nature of the U.S.-Canada relationship remains a subject of intense debate among policymakers and the public alike.