Dogs of War

Gun powder, nuclear weapons and now Artificial Intelligence. Weapons systems in advanced militaries around the world are moving into areas where war tactics will be taken over by robots.

By Mubeen Ashraf | March 2020


Technological innovations represent an exponential change in the conduct of future wars. The rapid evolution and adoption of new technologies in the military sphere for several reasons is posing severe challenges in various forms. Artificial Intelligence (AI) is one area in the contemporary technology that militaries are heavily investing in. They are getting involved in a global arms race that could result in the gradual robotization and algorithmization of military operations. The initial invention of gun powder followed by the development of nuclear weapons brought first and second revolutions in warfare, whereas the use of AI is probably the third revolution.

Modern militaries are in pursuit of Lethal Autonomous Weapons Systems (LAWS) also known as robotic weapons or killer robots. They can work with minimal to no human intervention and can select and engage targets by themselves. They are considered as independent agents in the theatre of war which makes them even more dangerous for human beings if used against them. They have operational capability in the air, on land, on water, underwater, or in space. These intelligent and smart machines are perceived as a substitute for humans in the future.

These robotic weapons are categorized as human-in/on/out-the-loop, each having a distinct quality. Drones are mostly branded in the human-in-the-loop system because there is human involvement in their operations that are controlled by an operator via remote control, while autonomous weapons are often classified as out-of-the-loop systems as they select and attack targets without human control. At present, no fully autonomous weapon is deployed. However, semi-autonomous weapons have been developed by different states including the U.S.A, China, Russia, Germany, Israel, South Korea, Norway and the United Kingdom.

The use of land and naval mines are the earliest evidence of automatically triggered autonomous weapons. More contemporary examples of such systems include the US Phalanx Close-In Weapon System (CIWS), the Israeli Trophy and Iron Dome, Russian Arena-M, the German AMAP Active Defence System (ADS), UK’s Brimstone, the South Korean Harpy and Norway’s Joint Strike Missile (JSM). Although autonomous intelligence systems (AIS) are not fully developed but they have been incorporated in a few weapons. One is South Korea’s Samsung Techwin (now Hanwha Techwin) Company’s SGR-Al, the U.S. Navy’s X-47B and a few others.

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The writer is an M.Phil. Fellow in the Department of Defence & Strategic Studies (DSS), Quaid-i-Azam University, Islamabad. She can be reached at mubeen.0727@gmail.com

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