Alessandra Nisch
Putin’s Wars: Testing Boyd’s Strategy of ...

President Putin made three foundational assumptions in launching his war against Ukraine that should have been correct but were not. First, Putin assumed the invasion of Ukraine would be a quick and easy fight. Second, he assumed the world would denounce the invasion but tacitly allow it. Third, Putin assumed the war would deter NATO expansion.

Putin’s Wars: Testing Boyd’s Strategy of Applied Friction

Intelligence Augmentation

How to Describe the Future? Large-Language Models and the Future of Military Decision Making

How to Describe the Future? Large-Language Models and the Future of Military Decision Making

Today, leaders across the world are seeing the early effects of another transformational technology: widely available large-language models. Viewed as the first step in true artificial general intelligence, large-language models incorporate massive amounts of data from books and articles into training sets that allow them to recognize patterns between words and images. Large-language models will likely have a larger impact on the battlefield than autonomous drones due to their ability to automate the many aspects of staff work that prevent military leaders from focusing on tactics and strategy.

#Reviewing War Transformed

#Reviewing War Transformed

The character of war is rapidly changing. The increasing availability of evolving technology confounds previous frameworks for military operations. Socioeconomic factors and demographic shifts complicate manpower and force generation models for national defense. Ubiquitous connectivity links individuals to global audiences, expanding the reach of influence activities. And a renewed emphasis on strategic competition enhances the scope of military action below the threshold of violence. This is the world that Mick Ryan explores in War Transformed: The Future of Twenty-First-Century Great Power Competition and Conflict.

How to Build a Virtual Clausewitz

How to Build a Virtual Clausewitz

In many ways, military forces using AI on the battlefield is not new at all.  At a simplistic level, the landmine is perhaps a good starting example.  The first known record of landmines was in the 13th Century in China and they emerged in Europe somewhere between 1500 and 1600.  Most landmines are not intelligent and all and apply a binary logic of “kill” or “don’t kill.”  What landmines lack, and one of the primary reasons they are banned by most countries, is the ability to use just and discriminate force.  As far as computers have come since the British used “The Bombe” to break the Enigma code, the human mind still has an advantage in determining the just and discriminate use of force and thinking divergently about the second and third order effects resulting from the use of force.  But, according to some, that advantage may not last for long.