This policy paper examines the U.S. Department of Defense's interest in deploying AI-powered robots for domestic and international counterterrorism operations. It outlines the geo-strategic, economic, and humanitarian benefits of autonomous robotic systems while identifying the central challenge: convincing the public that such technology is safe. Three policy options are evaluated — publishing transparent safety protocols, establishing independent external oversight, and conducting public demonstrations — and a recommendation is made in favor of controlled public demonstrations paired with broader educational outreach. The paper concludes by addressing how the DoD can mitigate the disadvantages of public demonstrations while maintaining operational security and building lasting public trust.
Robotic technology has advanced considerably over the past decade. With autonomous capabilities increasingly being integrated into robots, the possibility of using AI-powered robots to fight terrorism — both domestically and abroad — has become a realistic prospect. This presents a number of benefits over using human troops, particularly for the performance of dangerous tasks in extreme environments.
Despite the numerous advantages that AI robots can provide, convincing the public that these robots are safe is an important step in making them acceptable and operational. In order to gain public trust, it is essential to overcome justified concerns — such as fears that unmanned robotics could damage human rights or be deployed as offensive weapons against civilians. The public must be presented with reliable information regarding the safety and economic advantages of using these robots.
This policy paper identifies the main issue facing the Department of Defense in using AI robots to fight terrorism, as far as the public is concerned, and provides a recommendation for addressing that issue. The central question is: Can the public be convinced that remote-controlled, AI-powered robots are safe for fighting U.S. terrorism domestically and abroad?
Artificial intelligence is an area of computer science that focuses on the development of computer systems capable of learning, understanding their environment, and acting autonomously. The U.S. military has been researching and experimenting with AI-powered drone technology for many years (Shaw, 2017). This technology is primarily used for surveillance and intelligence gathering, but carries enormous geopolitical ramifications as well (Shaw, 2017).
In recent years, AI-powered robotic weapons have been developed and tested, including machine guns mounted on drones and autonomous ground robots. For the U.S. military, such systems offer the potential to provide accurate and reliable support for troops in unfamiliar terrain or hostile environments (Nadikattu, 2020). Additionally, these robots could be deployed to respond quickly and decisively to terrorist attacks within the United States by providing accurate and effective defensive actions (Nadikattu, 2020). Given these potential benefits, the main challenge facing the U.S. military is convincing the public that AI-powered robotic weapons are safe to use both domestically and abroad.
AI is a broad field of computer science that seeks to create intelligent machines capable of perceiving the environment, comprehending natural language, and making autonomous decisions (Nadikattu, 2020). AI-powered robotic technology has been applied across manufacturing, food production, transportation, medicine, and — most recently — military operations. At the same time, there is concern about the use of AI in military and law enforcement contexts, as it could lead to automated weapon systems capable of carrying out operations without human intervention (Shaw, 2017).
The Department of Defense has a direct interest in this issue given the potential advantages of using remote-controlled, AI-powered robots for domestic and international defense and counterterrorism operations. Such robots could provide greater accuracy and precision when engaging hostile forces, potentially reducing civilian casualties and collateral damage while also reducing risk to U.S. military personnel. Robots may also enhance intelligence gathering and counterterrorism operations by providing faster and more comprehensive access to information about enemy activity.
The Department of Defense also has an interest in harnessing AI to improve its decision-making in combat scenarios — as well as its geo-strategic, economic, and humanitarian positioning. This is reflected in the U.S. government's sustained focus on developing AI-driven technology.
It would be beneficial to the United States to have the capability of using AI-powered robots to fight terrorism domestically and abroad, enabling more flexible and rapid deployment of military capabilities globally. The U.S. military has made significant technological advancements over the past several decades, and AI-powered robots have vast potential for expanding its counterterrorism capabilities. Their flexibility and speed of deployment can help prevent attacks swiftly, broadening the capacity of military forces to protect citizens without suffering heavy casualties. This additional layer of security would be highly beneficial in proactively combating terrorism. Moreover, robot technology removes the risk of injury or death for military personnel on active duty, making it a realistic option for countries facing global terrorist threats.
The development of an AI robotic system presents significant cost-saving potential in dangerous conflict zones, as it would enable a decrease in the deployment of personnel. The resulting reduction in costs could be redirected toward additional defense initiatives — such as the purchase of new equipment or support for current and veteran military members. In addition to monetary benefits, robotic systems can also provide physical protection to deployed staff through enhanced reconnaissance and surveillance capabilities.
By deploying artificial intelligence for tasks such as surveillance and reconnaissance, or for operating dangerous equipment remotely, the risk to personnel in hazardous conditions is reduced. However, this technology must be developed within an ethical framework to ensure that AI robots are not configured to act in ways that are detrimental to civilians or to the broader environment. Developing such a system responsibly can help nations capitalize on military and financial opportunities while maintaining a safe and secure environment.
The Department of Defense should support the use of AI in counterterrorism contexts in order to improve both the safety and the efficiency of such operations. AI can reduce errors in decision-making that arise from human bias or fatigue. For example, an AI-powered robot can detect and identify targets more accurately than a human operator, reducing the risk of collateral damage. AI also supports surveillance and reconnaissance, allowing aircraft, ships, and remote drones to patrol large areas without requiring a human operator in the field.
A further benefit is increased operational efficiency. By automating routine tasks such as area patrolling or threat identification, AI can free up personnel for more complex tasks requiring higher judgment. AI can process large volumes of data rapidly, enabling human operators to make better-informed decisions more quickly. AI-powered robots can also assist with de-escalation efforts — in hostage negotiations, for instance, they can provide structured communication support that may be difficult for human personnel to deliver under stress.
In sum, AI robotics have the potential to improve both safety and efficiency in counterterrorism campaigns. AI can reduce decision-making errors, enable faster and better-informed responses, and facilitate de-escalation. For these reasons, the Department of Defense should continue to explore ways to utilize AI in counterterrorism operations in order to realize the full range of benefits this technology can offer.
The U.S. Department of Defense has pursued several policy initiatives with regard to AI robots, including the following:
1. The establishment of the Joint Artificial Intelligence Center (JAIC) in 2018, which is responsible for accelerating the DoD's adoption of AI and furthering the development of AI capabilities within the military.
2. The issuance of Directive 3000.09 — the "DoD Autonomy Policy" — in 2018. This directive outlines the DoD's goals for integrating autonomous weapon systems into the defense forces and specifies the rules governing their development, testing, and use.
3. A Strategic Plan for AI, issued in 2019, which "identifies the critical areas of AI R&D that require Federal investments. Released by the White House Office of Science and Technology Policy's National Science and Technology Council, the Plan defines several key areas of priority focus for the Federal agencies that invest in AI" (AI R&D Strategic Plan, 2019).
There are three policy options the Department of Defense could pursue in order to convince the public that remote-controlled, AI-powered robots are safe for fighting U.S. terrorism domestically and abroad:
"JAIC, Directive 3000.09, and 2019 AI strategic plan"
"Three policy options with advantages and disadvantages"
"Controlled demonstrations and mitigation strategies recommended"
"Annotated references supporting the policy analysis"
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