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Transition from domestic technology to autonomous weapons in Ukraine reveals how civil startups have come to lead military innovation amid war, attracting international investments, expanding the use of artificial intelligence on the battlefield, and transforming common products into combat systems.
The trajectory of Petcube, created to monitor dogs and cats remotely with a camera, smartphone control, and laser pointer, has come to symbolize a broader transformation in Ukraine, where civil companies rapidly migrated to the defense industry driven by the direct pressure of the conflict.
In this context, Ukrainian entrepreneur Yaroslav Azhnyuk took a central role by abandoning the pet technology market and redirecting his efforts towards developing solutions with military applications in real combat scenarios.
Although designed for domestic purposes, the device that projected Petcube internationally incorporated electronic components similar to those used in modern military equipment, which facilitated the technological transition when the geopolitical landscape changed drastically after the Russian invasion.
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Initially intended to entertain animals with a light beam controlled by a smartphone, the product reached dozens of countries, but the escalation of the war forced its creators to reassess priorities and adapt technical knowledge to the emergency demands of the battlefield.
Civil technology adapted for war with FPV drones
From this change in direction, the team decided to move beyond experimental ideas and began developing FPV (first-person view) drones, which quickly established themselves as strategic tools due to their operational efficiency, low cost, and ease of adaptation.
These devices stand out for combining mobility and precision in short-range attacks, creating a new standard of engagement in the conflict and pressuring both sides to accelerate cycles of technological innovation.
With this foundation, companies Odd Systems and The Fourth Law emerged, responsible for integrating advanced sensors, autonomous systems, and visual recognition into platforms originally inspired by civil technologies adapted for military use.
Unlike Petcube’s initial proposal, the systems began to identify armored vehicles, artillery positions, and other strategic targets, using models trained with artificial intelligence to operate in complex and dynamic environments.
By integrating this recognition into autopilot software, operators gained a resource that allows the drone to follow the target even after losing signal, significantly reducing the effects of electronic interference.
“We used to make cameras that launched treats for pets, and now we make cameras that launch explosives against invaders,” said Azhnyuk.
Artificial intelligence and autonomy on the battlefield
With the advancement of the conflict, FPV drones began to account for a significant portion of the casualties, becoming central to the military strategy of both Ukraine and Russia, especially due to their ease of production and rapid deployment in the field.
Still, technical limitations persist, as many of these aircraft cannot complete the journey to the target due to communication failures, electronic interference, or loss of control at critical moments of the operation.
In light of this scenario, The Fourth Law directed its efforts towards the development of terminal autonomy modules based on artificial intelligence, designed to take control in the final moments of the mission and increase the success rate of attacks.
This technology allows the drone to travel the last meters to impact on its own, maintaining its trajectory even under signal blockage, which represents a direct response to the electronic warfare strategies employed in the conflict.
According to Azhnyuk, these systems operate within zones previously defined by geofences, aiming to limit deviations and reduce the risk of hitting areas outside the scope of the operation established by human operators.
Despite these safeguards, humanitarian organizations continue to question the use of artificial intelligence in lethal systems without complete human oversight, broadening the international debate on the ethical and regulatory limits of this technology.
Accelerated growth of the Ukrainian military industry
Alongside the advancement of these companies, Ukraine has consolidated a robust ecosystem with over 2,000 military technology companies, resulting from an accelerated industrial adaptation process driven directly by the needs of the conflict.
This movement gained structure with the creation of the state cluster Brave1, which began to connect the government, Armed Forces, startups, and investors in a model focused on the rapid validation and implementation of technological solutions.
As a consequence, the sector began to attract increasing volumes of capital, reaching about US$ 90 million in investments since 2024, with new rounds projecting additional contributions that exceed the mark of US$ 100 million.
In addition to funding, Ukraine began to offer its own territory as a testing environment for military technologies, allowing companies to validate products in real combat conditions and accelerate development cycles.
Foreign investors and sector expansion
With practical results emerging on the battlefield, the interest of foreign investors has increased significantly, especially given the ability of Ukrainian companies to innovate at a speed superior to that of traditional manufacturers.
While part of the investments seeks to meet the immediate demands of the Ukrainian army, another significant portion bets on the export potential of these technologies in a post-war scenario still under construction.
In this context, The Fourth Law has become one of the most visible examples, after receiving strategic investment from Axon, an American security company that bets on the advancement of autonomous systems applied to military drones.
Although the amount of the investment has not been disclosed, the operation was presented as part of a strategy to accelerate technological development and expand the company’s production capacity.
Even with this growing interest, many investment rounds remain far from the spotlight, as exposure can turn industrial facilities into priority targets amid the conflict.
Technological base inherited from the civil sector
This accelerated advancement of the defense industry relies on a technological base already consolidated before the war, when Ukraine stood out globally for creating scalable digital solutions and training highly qualified professionals.
Cases like Grammarly and Ring illustrate this capability, showing how the country already had sufficient structure and knowledge to quickly migrate to more complex applications when the scenario required adaptation.
Before the invasion, Azhnyuk divided his time between Kyiv and San Francisco, working on the development of Petcube, but decided to leave the CEO position at the beginning of the conflict to direct his efforts towards the defense of the country.
From this decision, he began to focus on solving one of the main bottlenecks of modern warfare, which is increasing the success rate of drones in the face of frequent interferences and operational limitations.
In the entrepreneur’s view, imposing excessive restrictions on the use of these technologies can favor adversaries who do not follow the same regulatory standards, creating a strategic imbalance in technological warfare scenarios.
“We could literally regulate ourselves to death,” he stated.
The debate over the use of artificial intelligence in weaponry remains open, involving governments, companies, and international organizations around limits, risks, and responsibilities in the use of these tools in contemporary conflicts.
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