Ukraine’s Drone Attack System Dubbed a ‘Virus’ for Its Game-Like Precision

A drone attack system resembling a computer game is “rapidly spreading” within Ukrainian military units and is being expanded to cover reconnaissance, artillery, and logistics operations, as reported by Mykhailo Fedorov, the country’s first deputy prime minister, to the Guardian.

In September, drone teams competing under the Drone Corps Bonus System were credited with killing or injuring 18,000 Russian soldiers, with participation growing from 95 to 400 drone squads within one month, according to Ukrainian officials.

This system, initiated over a year ago, rewards soldiers for successful strikes by awarding points that can be exchanged for additional weapons from an online store dubbed Brave1, which features over 100 types of drones, self-driving vehicles, and various drone warfare equipment. Teams with creative names such as Achilles and Phoenix currently lead the scoreboard.




Brave1 online store. Photo: https://market-brave1.delta.mil.gov.ua/katalog/filter/icons=11;page=3;presence=1/

Fedorov noted that the system has gained “tremendous popularity among troops” and exemplifies the growing automation in combat. “The Defense Forces are all aware, and there’s a competition for points to acquire drones, electronic warfare systems, and other equipment that enhances combat effectiveness. The more infantry you take down, the more drones can eliminate additional infantry. It’s becoming a self-sustaining cycle.”

Russian casualties in September were reported to be double those of the previous October, partly due to the Ukrainian government increasing the points awarded for killing Russian infantry from six to twelve, highlighting shifting battlefield priorities.

Ukrainian intelligence suggests that Russia might be developing its own version of this gamification approach. Additionally, Ukraine is expanding the Destroy Points concept to artillery units, providing them with success points that can be used to acquire new armaments. Reconnaissance teams are also earning points for identifying enemy targets, while logistics units are beginning to gain points for utilizing self-driving vehicles in front-line resupply efforts.

Fedorov disclosed that the Ukrainian military is promoting the use of drones partially directed by artificial intelligence, enhancing target selection and controlling the final moments of the drones’ trajectory to boost attack precision.

Scouts accumulate points through a system dubbed “Uber targeting,” reminiscent of the global ride-hailing app.

“Essentially, you drop a pin on a map similar to requesting a ride on an Uber app, but in this case, a drone from a different unit engages the target,” he explained.

Despite the point-based system’s expansion, there are warnings that over-reliance on drone warfare may not be a model for NATO countries to emulate, as Russian defenses against such aerial attacks have become significantly robust. Experts from the Royal United Services Institute have recently highlighted the need for renewed focus on conventional artillery and air support.

In addition to raising the points for infantry kills to align with Russia’s increased deployment of infantry, killing an enemy drone operator grants 25 points, while capturing a Russian soldier with a drone nets 120 points, reflecting Ukraine’s need for prisoners of war for potential exchanges. Although these point values have received official approval, Fedorov mentioned they have become “almost devoid of emotion” in assigning value to human life.

“We’ve been engaged in a war for four consecutive years and it’s been challenging,” he stated. “We aim to enhance effectiveness. We perceive this as part of our regular operations. It’s largely devoid of emotional contemplation. It resembles technical work because if we don’t halt the enemy, they will kill military personnel, and once that happens, they will come for civilians—conquering, destroying, and killing.”

Ukrainian drone operators may be positioned as close as 250 meters to the front lines or as far as three kilometers away, often concealed behind computer screens while directing assaults, sometimes utilizing video game controllers. Achilles is recognized as one of the top 10 successful drone regiments, operating in the eastern Kharkiv and Donetsk regions. Commander Yuri Fedorenko noted that the most effective pilots are not necessarily those skilled in video games.

“The best pilots are those with discipline,” he remarked. “Younger individuals may be able to stay awake longer and require less recovery time, but discipline is the hallmark of a good drone operator.”

He also downplayed the notion that this initiative amounts to the “gamification” of warfare, stating that directives are sometimes issued to target low-point objectives to meet immediate combat needs.

“This is war, so our primary focus must be on completing the mission,” he said. “That’s our priority, not chasing points.”

“There’s competition across the unit. Drone operators are in competition with one another. Groups of drone operators compete against other groups. Even the highest-ranking commanders engage in competition,” explained Andrii Poltolatskyi, another commander in the drone unit.

He characterized it more as a constructive competition than a playful one, noting that when Russia initiates an attack, “the competition ceases and everyone… collaborates towards the goal of protecting Ukrainian lives, irrespective of the points involved.”

Fedorov stated that the scoring system has provided valuable data, enhancing Ukraine’s “understanding of the mathematics of war.”

“Thanks to the points, we are beginning to comprehend the realities of the battlefield,” he mentioned. “To earn points, [drone units] must submit a verification video. This way, we gain insights into the targets being engaged, their locations relative to the contact line, and the drones and other assets being utilized.

“This enables us to evaluate what strategies are proving effective and which are not. The leaderboard encourages units to learn from each other. Leaders are beginning to mentor and cultivate emerging talent… Innovation emerges from the ground up.”

Source: www.theguardian.com

Scientists Claim Vast Farmland Affected by Ukraine’s Kornovir Can Be Safely Cultivated

A group of researchers from the UK and Ukraine has introduced an innovative approach for the safe reevaluation of abandoned farmland following the 1986 Kornovir nuclear disaster.



Zoning of contaminated territory in Ukraine based on current and field research plots. Image credit: Smith et al, doi: 10.1016/j.jenvrad.2025.107698.

Since the Kornovir incident, extensive regions in northern Ukraine have been deemed too hazardous for agricultural activities.

An exclusion zone of 4,200 km2 surrounds the nuclear site, remaining uninhabited and now serves as one of Europe’s largest natural reserves.

Additionally, a 2,000 km2 mandatory resettlement area was never entirely deserted.

Thousands of residents still reside in this region, complete with schools and shops, yet official investments and agricultural use are prohibited.

Since the 1990s, experts in Ukraine and internationally have suggested that, despite the radioactive and radiostrontium pollutants, the land can be safely re-utilized.

Nonetheless, due to political complexities, the land remains officially classified as abandoned.

This hasn’t deterred some farmers from tackling the issue themselves, initiating informal agricultural practices in certain areas.

The latest study, spearheaded by scientists from the University of Portsmouth and the Ukrainian Institute of Agricultural Radiology, corroborates these farmers’ beliefs. Most regions are safe for crop cultivation.

Utilizing a 100-hectare testing site in the Zhytomyr region, the researchers established a straightforward yet effective protocol for evaluating the absorption of radioactive materials by typical crops such as potatoes, grains, corn, and sunflowers.

By analyzing soil samples and assessing external gamma radiation, they confirmed that the radiation exposure levels for agricultural workers are significantly below Ukraine’s national safety threshold and much lower than average natural background radiation globally.

The results indicate that, with proper monitoring and adherence to Ukraine’s food safety guidelines, many crops can be safely grown in these formerly restricted zones.

Professor Jim Smith, the study’s lead author, remarked, “This research is crucial for communities impacted by the Chornobyl disaster.”

“Since 1986, a great deal of misinformation regarding radiation risks from Kornovir has adversely affected individuals still living in abandoned regions.”

“We now have a validated, science-based method to reintroduce valuable farmland into formal production, ensuring safety for both consumers and workers.”

“This extends beyond Kornovir; it’s about leveraging science and evidence to guarantee people’s safety.

The study will be published in the Journal of Environmental Radioactivity.

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JT Smith et al. Protocol for radiation assessment for agricultural use of Ukrainian land abandoned after the Kornovir accident. Journal of Environmental Radioactivity Published online on April 28, 2025. doi:10.1016/j.jenvrad.2025.107698

Source: www.sci.news

Ancient DNA analysis uncovers Ukraine’s intricate genetic history

To study the history of migration and movement in the Ukrainian region, with a particular focus on Iron Age and Medieval migrant populations, the scientists generated genomic data on 91 individuals from around 7000 BC to around 1800 AD. Their results show that ancient peoples had diverse ancestry as a result of frequent migration, assimilation, and contact.



A map showing the geographical location of the ancient figures included in the study and a chronology showing the dates of the figures in the archaeological group. Image credit: Saag others., doi: 10.1126/sciadv.adr0695.

Over the centuries, migration has taken place in the steppe and forest-steppe regions of Ukraine in several directions.

These migrations were driven by a variety of processes, including cultural contacts and conflicts between tribes, trade, demographic pressures, and the expansion of nomadic areas of influence.

The main migration flows were from the Carpathian-Donabian region, the Southern Ural-Volga region, Central Asia and the North Caucasus, and intensive population movements also occurred within the territory of Ukraine.

At the end of the Bronze Age and the beginning of the Early Iron Age, the most notable archaeological activity in the northern Pontic Steppe was Cimmerian and military operations in Asia Minor.

The Cimmerians were followed by Scythians and SarmatiansEarly Iron Age political and military tribal confederations with various combinations of local and East Asian ancestry, as shown by previous ancient DNA (aDNA) studies. At this time, the northern Black Sea coast was covered with a network of urbanized Greek colonies.

In the forest-steppe region, the modern sedentary population is influenced by the former Tsinets culture (including the Lusatian and Vysotska cultures) and the central European influences of the Hallstatt and La Tène periods (Illyrians, Thracians, Celts). It was related.

According to written and archaeological sources, the peoples considered to be the predecessors of the Slavs were Zarbinetska culture — Already existed in the Ukrainian region from the 3rd century BC onwards, during the La Tène and Roman times.

The beginning of the era of migration in the Ukrainian region is associated with the arrival of Germanic tribes such as the Goths and the formation of a multiethnic state. Culture of Cherniahivwhich also included other ethnic groups that already lived in the area.

Between the 2nd and 4th centuries AD, the nomadic Huns of Central Asia emerged on the northern Pontic Steppe, and their westward migration brought about significant economic, cultural, and social changes in Europe.

This period is associated with the emergence of a new ethnolinguistic group, the Slavs, who spread across much of Eastern Europe between the 5th and 7th centuries AD.

From the 8th to the 10th century AD, large parts of Ukraine were under its control. Khazar Khaganate.

In Ukrainian archeology, this is expressed as follows: saltive cultureit is believed that it was shared among multiple ethnic groups (Alans, Bulgars, Turks, Slavs, Magyars, etc.).

At the same time, there was a process of unification of the Slavic tribes, and in the 9th century AD, Kiev Rus was formed.

The development of Slavic states took place against the background of constant nomadic invasions from the east.

Between the 11th and 13th centuries AD, waves of Pechenegs, Turks, and Cumans invaded the northern Pontic region from Central Asia. The most substantial invasion in terms of military power and results was that of the Mongols of the Golden Horde. 13th century AD.

By the 15th century AD, remnants of the Golden Horde, such as the Nogai, still lived in the steppes of northern Pontus.

Since the 16th century. In the Western era, Slavs were the majority ethnolinguistic group in the Ukrainian region.

“We decided to investigate the genetic ancestry of people who lived in the northern Pontic region during these times and were associated with different cultural groups,” said lead author of the study and co-author of the University of Tartu and University of Tartu. said Dr. Letty Saag, a researcher at College London. And my colleagues.

For the study, the authors extracted and sequenced DNA from tooth roots and bone fragments from 91 people at 33 archaeological sites in present-day Ukraine.

The sample included one Neolithic individual (7000–6000 BC), nine individuals from the Bronze Age and the beginning of the Final Bronze Age to the beginning of the Iron Age (3000–700 BC), and six individuals from the beginning of the Early Iron Age. contained the name (900-700 BC), 29 people of the Early Iron Age Scythian period (700-300 BC), 6 people of the Early Iron Age (700-300 BC), the end of the Iron Age (400-1 BC). , 12 from the Late Iron Age (1-400 AD), 9 from the Early Middle Ages (800-900 AD), and from the Middle Ages to B.C. 19 Early modern period (900 to 1800 AD).

Their DNA analysis shows that ancient peoples had diverse ancestry as a result of frequent migration, assimilation, and contact.

“From the Mesolithic to the time of the Vysotska and Vylozerska cultures at the end of the Bronze Age, the proportion of large-scale ancestry was similar to modern populations in other parts of Europe, first as hunter-gatherers and then as early farmers. and finally a mixture of the two: early farmers and steppe pastoralists,” the researchers said.

“From the Cimmerian period to the Middle Ages, the appearance of eastern nomads in the Pontic region became a common occurrence.”

“Their genetic make-up ranges from Yamuna-like superimposition on indigenous peoples, such as the Scythians and Cumans, to highly East Asian ancestry and minimal indigenous ancestry, such as the Alan Bulgars and Nogais. They ranged from mixed race to mixed race.”

“At that time, nomadic groups were recorded in the steppe regions, but the people of other parts of the Ukrainian region had mainly European ancestry, with connections to local ancestors and Thracians, Greeks, Goths, etc. there were.”

“The palincest of migration and population mixing in the Ukrainian region contributes to high genetic heterogeneity in geographically, culturally and socially homogeneous populations, and between individuals from the same place, at the same time, and with the same characteristics. “Different genetic profiles will exist,” they added.

“Our study focuses specifically on historically attested migrant populations rather than local populations, and the sampling is geographically biased primarily towards eastern Ukraine and temporally towards the Iron Age and Middle Ages. It is important to note that

“Nevertheless, a large local genetic profile similar to modern Ukrainians persists in the region through time and within this sample set.”

“This ancestral structure can be traced back at least to the Zurbunas, and is also found in the Vysotskas and Lusatians, the Scythians of the west, the modern agricultural peoples of the east, the Chernyahivs, and even the medieval and early modern Slavs.”

“We infer that there has been a major indigenous component in the ancestry of Ukrainians since at least the Bronze Age, although there are clear traces of high migration activity, including immigration from East Asia and extensive admixture. ”

of findings Featured in this week's diary scientific progress.

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Letty Thurg others. 2025. Crossroads of the Northern Pontus: Migration of Ukraine from the Bronze Age to the Early Modern Period. scientific progress 11(2);doi: 10.1126/sciadv.adr0695

Source: www.sci.news

Senior Official in Ukraine’s Cybersecurity Department Dismissed

Ukraine’s government has fired two top cybersecurity officials following accusations of embezzlement.

The head of the State Special Communications Service of Ukraine (SSSCIP) Yuri Shtykhor and the deputy head Viktor Zola (pictured), who served as SSSCIP’s deputy chairman and chief digital transformation officer, have both been dismissed by the government, a cabinet official said. I made it.Official Taras Melnychuk In a public post on Telegram.

Melnychuk did not give a reason for his dismissal.

SSSCIP confirmed in a statement Ukraine’s Cabinet announced on Monday the appointment of Dmytro Makovsky as acting head of SSSCIP due to the ongoing investigation by the National Anti-Corruption Bureau of Ukraine (NABU).Nabu said in a press release Several members of the SSSCIP senior leadership have been accused of misappropriating and embezzling more than $62 million in state funds.

When asked for comment, Zola told TechCrunch: I will defend my name and reputation in court. ”

Mr. Sichhor could not immediately be reached for comment.

Reuters first reported departure. SSSCIP did not immediately respond to a request for comment. It is unclear whether the U.S. cybersecurity agency CISA, a close partner of the Ukrainian government and SSSCIP, was aware of the layoffs or was notified in advance. A CISA spokesperson did not respond as of press time.

U.S. officials have long touted the close ties between SSSCIP and Zola in particular.Zola and CISA Director Jen Easterly Memorandum of Understanding signed between the US and Ukrainian governments Several months have passed since Russia’s unprovoked invasion of Ukraine.

Zola was recently in the United States to give a keynote speech at Cyberwarcon, a cybersecurity conference.Earlier this year, Zora and Easterly Interviewed together on stage at the Black Hat Security Conference In Las Vegas.

More soon…

Lorenzo Franceschi-Bicchierai contributed reporting.

Source: techcrunch.com