"Robotic wolves". Killer robots go from science fiction to field reality
Beijing is making rapid strides toward incorporating "robotic wolves" (four-legged robots) into its combat formations, in a strategic shift beyond technical demonstrations to field application.
These systems are specifically designed to operate in complex urban environments, such as the Taiwan Strait, where they undertake advanced reconnaissance and mapping missions under fire, giving the PLA an edge in tight areas that are difficult for conventional vehicles to penetrate.
The political significance of this technology lies in its ability to absorb the first shock of an attack. The adoption of swarms of low-cost, disposable smart platforms reduces the amount of casualties among soldiers, which in practice lowers the political threshold for military escalation decisions, as it reduces the pressure of domestic public opinion resulting from casualties, making the option of military adventure more enticing for leadership.
Robotics in Ukraine
According to Newsweek, Kyiv expects to contract 25,000 unmanned ground vehicles in the first half of 2026, more than double the total for 2025, while Defense Minister Mykhailo Fyodorov has set a goal that all logistical support operations on the frontlines will be carried out by robotic systems.
President Volodymyr Zelenskyy described the unmanned systems as "advanced technology that protects the country's most precious asset, human life", after stating that Ukrainian forces had carried out more than 22,000 unmanned missions in three months.
Some believe that robots reduce the risk of war, and this view reflects a liberal civic perspective that relies on machines doing hard work and taking risks, but without making fateful decisions.
Human Rights Watch said that the selection of weapons and targeting of targets without effective human control is "unacceptable," and the Stop the Killer Robots campaign argues that states should reject "killing automation" and maintain effective human control over the force.
Robots are the backbone of military operations
On the Ukrainian front, robots have become the backbone of survival operations, with Kyiv successfully automating 70% of its logistics by 2026.
Robots such as the Pizon-L are no longer just combat machines, but "rescue buses" that transport ammunition and evacuate the wounded from battlefields completely exposed to drones, proving that the robot's primary role today is to prolong the survival of the human soldier in battle, not replace him.
The conflict is moving to a deeper level of data analysis, with major powers (such as the United States via Project Maven) using AI tools to convert thousands of radar and satellite images into military targets in a matter of seconds.
This development has raised the ability to target targets from hundreds of targets per day to nearly 5,000 targets, reducing military response time to levels that the naked human mind cannot keep up.
Despite this development, "mechanized armies" still face substantial barriers related to battery life and heavy electronic interference on the battlefield.
However, the strategic bet remains on the ability to produce large-scale industrial production; the advantage in future wars will not only be given to those who own the smartest robots, but also to those who can harness their commercial sector to produce millions of robotic units at a pace beyond the enemy's ability to destroy.