Ukraine has shown its Ai-Petri, an electronic-warfare system that jams drones and can even disrupt Russian glide bombs at Poland's MSPO 2026 expo. It was named after the highest peak in occupied Crimea, a representative of its maker, Storkway, told the outlet Oboronka. The company began developing electronic-warfare gear in 2014, the year Russia annexed Crimea.

Ai-Petri takes on two of its hardest jobs at once. It jams the control links that strike and reconnaissance drones need to fly and see, and it can interfere with the guided glide bombs, or KABs, that Russia drops on Ukrainian positions from a distance.

The company says roughly 400 are already deployed along the line of contact. The scale matters as much as the specifications, because coverage is what turns a jammer into a shield.

Ai-Petri jams drones and glide bombs

Ai-Petri's tactical versions have gone to the front since 2024, working with the 12th Special Purpose Center, the representative said.

The system can scan a full 360 degrees and detect targets 20 to 30 kilometers out, depending on terrain, across radio bands from 300 to 6,000 megahertz.

A pickup carries the whole system

Ai-Petri comes in fixed and mobile forms. The mobile one is carried on a pickup and set up by two crew in about 10 minutes.

It is built around a rotating platform of jamming modules, each with two channels, plus a detection antenna and a radar that listens for the radio signatures of approaching drones. In detection mode, it draws 250 watts, with jamming a target pushing that to 2,000.

The maker patches it like an antivirus

The pitch is adaptability, the company's representative said.

"If Russia invents a virus, we immediately make an antivirus," the Storkway representative said, describing how feedback from troops informs new jamming profiles that are quickly built to counter each new Russian system.

The company wrote its own software for Ai-Petri around a situational-awareness tool called Lira, which pulls in data from other radars to build a single picture for spotting and countering aerial threats.

Russia is fitting its cheap Molniya strike drones with digital video, a quiet upgrade that threatens to blind the detectors Ukrainian troops rely on to spot drones coming. Digital transmission is turning up on more and more Molniyas and will eventually replace analog altogether, making today's portable detectors useless against them, President Zelenskyy's defense-technology adviser Serhii "Flash" Beskrestnov told UNIAN.

Front-line soldiers depend on cheap detectors that pick up a drone's analog video signal, buying the seconds of warning that let them take cover. Digital video is invisible to that gear.

The Molniya is the drone Ukraine can least afford to lose track of, a $300 plywood aircraft that Russia already churns out in numbers and keeps re-engineering to slip past detection. Beskrestnov's point is that Ukraine has to answer the change before the switch is complete, not after.

Digital video slips past the detectors

"Digital video transmission is increasingly found on Molniyas," Beskrestnov said, urging Ukraine to prepare for a future in which its current gear is useless against them.

The fix, he continued, is to build digital-video detection into interception systems now, before the switch is complete. Such a system would not show what the drone sees, but it would flag the signal and point to its source.

"We will not see the image, but we will see the presence and determine the bearing, warning the user of the threat," he explained.

A $300 drone keeps outrunning detection

The Molniya is among the cheapest weapons Russia fields: an aircraft-shaped kamikaze drone built from plywood, foam, and off-the-shelf Chinese electronics, making it easy to mass-produce and upgrade. Russia launches up to 10 of them a day in the Zaporizhzhia direction alone.

It has already moved its Molniyas onto video frequencies of 4.1 to 4.5 gigahertz that most detectors barely register, and has begun fielding an autonomous, AI-guided version that flies with no radio link for a detector to catch at all.

Ukraine is racing to close the gap

Ukraine has lagged on this exact tool. It only fielded its first portable, mass-produced drone detector in July, while Russian soldiers had long carried a Chinese-made device that identifies drone types.

Each fix Ukraine builds risks being overtaken by the next cheap change Russia bolts onto a drone that costs less than a smartphone.

Ukraine's National Guard now uses fiber-optic control for 70% of its drones, its commander said in an interview reported by Ukrinform on 9 September. Russian jamming cannot touch that link.

On a front where both sides jam radio signals around the clock, cable-guided drones have become some of the most effective weapons in the war—and Russia has turned to them too.

From radio signals to a cable

National Guard Commander Oleksandr Pivnenko gave that share on the YouTube channel LB Live. Earlier, the split ran the opposite way—about 20% fiber-optic, 80% radio-controlled.

These drones swap the radio link for a hair-thin cable that unspools as they fly, leaving Russian jammers no signal to block. The change was not smooth. Pivnenko said the National Guard first wrestled with the cable's quality and the way the drones handled. Crews have since learned to fly them for reconnaissance and strikes.

Twice as many drone-hunting crews

The force has also doubled its number of interceptor-drone crews over the past six months, Pivnenko said.

The National Guard plans to keep building those capabilities, Pivnenko added, calling the development of unmanned systems units one of its priorities. Ukraine's Defense Procurement Agency has also opened its first competitive tenders for fiber-optic and deep-strike drones, bought to Defense Ministry specifications rather than by product name. Since the full-scale invasion began, the force's drone crews had struck more than 243,000 enemy targets, Pivnenko said in late July.

A Ukrainian defense company has built a single device that finds an FPV drone, reads its video feed, and jams it. Rebel Group has developed Brama, a stationary electronic warfare and reconnaissance system to counter FPV drones, which it plans to codify for use by the Defense Forces, the company's press service told Oboronka.

Brama can both detect a drone's signal and jam it, allowing an operator to move from spotting a drone to suppressing it.

Two jobs from one point

Brama can detect the frequency of an analog video signal, decode it, and then apply directed electronic warfare to suppress both the video channel and the drone's control link, the press service explained. Once an operator receives target data and locates a drone, they can suppress it immediately without additional equipment, Militarnyi reports.

"Both functions are implemented in a single device, so the operator does not need to use additional equipment to move from detection to suppression," a Rebel Group representative says.

Rebel Group is seeking codification

Brama has already passed laboratory testing and trials in combat conditions, according to the company. It is now going through Ukraine's military codification procedure, the required step before defense equipment can be approved for broader use by the armed forces.

Its producer company, Rebel Group, specializes in electronic warfare and reconnaissance systems, and some of its equipment has already been codified and tested at the General Staff's proving grounds, the press service noted.

It joins a widening Ukrainian EW effort

Brama is one of several recent Ukrainian counter-drone systems. In July, Ukraine unveiled Lima Quant, an upgraded electronic warfare system built to defeat the advanced satellite-navigation antennas Russia now fits to Shahed drones, cruise and ballistic missiles, and guided bombs, United24 reported.

Those antennas, newer 12- and 16-element arrays, had proven resistant to earlier jammers, which is why each side keeps building the next countermeasure as the other adapts.

Norway's Air Force has put its first counter-drone system into service at Ørland, the country's only combat aircraft base, NRK reported. A launcher now stands beside the runway where Norway's F-35 stealth fighters are parked, bought specifically to bring drones down. The deployment follows a wave of drone sightings across Europe last autumn and will be phased in at other Norwegian bases.

The launcher came from the British company ISS Aerospace and works as one of several effectors inside a system the military calls Counter Unmanned Aerial Systems, or C-UAS. Radars and other sensors spot the drones first. It is built to protect fixed installations against drones weighing up to 150 kilograms, and it can either jam a machine or destroy it. Ørland already has NASAMS air defenses, the Norwegian-American missile system Ukraine also uses, but firing interceptor missiles at small drones is expensive and described as shooting sparrows with cannons.

"We received a system in the spring, which we are introducing now, and it gives us a hugely increased capacity in drone defense," said the head of the counter-drone unit at the base, Sondre Steinsvik.

What pushed it forward

Police reported observations of possible drones near the base in September last year, part of a wider wave across Europe that also closed Oslo airport. Trøndelag police later concluded the lights had most likely been blinking celestial bodies. The purchase was already underway, but the sightings accelerated it, and the new sensors are meant to make such calls easier in future. Ørland's mayor said at the time the drone defense was arriving far too late.

Small drones have become easily available, are relatively easy to smuggle in or rebuild locally, and could potentially do serious damage to aircraft parked in the open, according to Lars Peder Haga of Norway's Air Force Academy, who said that from a defense standpoint, such purchases can never move fast enough.

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Next bases, and Norway's own drones

Evenes air station, which handles Norway's quick-reaction alert mission among other duties, is among the sites due to receive it, NRK reported. Parliament's long-term plan set aside nearly $2 billion for drones, electronic warfare, and autonomy through 2036.

The base has also built a drone troop of its own, flying machines for search and mapping, with the aim of arming them to strike other drones. 

"That is the direction we want to go. We see it is very effective in Ukraine," said the head of the base defense battalion, Tormod Overland.

Ukraine's cheap interceptor drones have been knocking Russia's nightly attackers out of the sky, so Russia has now bolted a jammer onto some of its own drones to blind them, according to Serhii "Flash" Beskrestnov, an adviser to Ukraine's President on defense technology. He examined the system, found in drone wreckage, and mapped how it strikes back at the interceptor sent to hunt it.

Russia batters Ukrainian cities with long-range drones most nights, and Ukraine has leaned on a cheap shield—drones costing a few thousand dollars—instead of burning through far pricier missiles. Anything that dulls that shield pushes the cost of defending the sky back up.

A jammer that waits for the interceptor

The unit rides on a Geran, Russia's version of the Iranian Shahed one-way drone. It listens for the video signal an approaching Ukrainian interceptor beams back to its pilot. Its receiver reads the interceptor's working frequency, then orders a transmitter to bury that same channel in noise, Beskrestnov found.

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By his first estimate, the jammer's signal runs about five times stronger than the interceptor's video link—enough to wipe the picture and any chance of steering the drone onto its target.

Seconds decide it

In Beskrestnov's account, the system detected a test transmitter and switched on jamming after about three seconds, and the feed cut out. The device stays nearly idle until a hunter comes close, then jumps to full power to smother the signal. It targets the ordinary analog video band around 5.8 gigahertz that many cheap interceptors still use.

Possible answers, include interceptors with terminal-guidance homing for the final stretch of flight, digital communication links, or transmitters set to non-standard frequencies.

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An old problem for Russia's drones

Russia has tried again and again to keep its one-way drones alive against Ukraine's defenses, including wiring jammers into some Shaheds earlier this year. Spending weight and power to protect a drone from a far cheaper interceptor shows how well those cheap drones work.

Ukraine's military intelligence has named the Russian companies that build the Su-35S fighter jet and singled out those no country has sanctioned, according to the Main Intelligence Directorate of Ukraine's Defense Ministry (HUR). The unsanctioned suppliers make parts as ordinary as wheels and fuel-system units, and one of them helped develop the aircraft. Kyiv wants sanctions efforts synchronized across every link of Russia's military-industrial complex.

The 22 firms no one has sanctioned

HUR identified 79 companies in the Su-35S production chain. Of those, 22 face no sanctions from any country restricting Russia over the war. The agency highlighted three. Rubin Aviation Corporation supplies the aircraft's braking and non-braking wheels. Gidroavtomatika builds the AU46-05 control units inside the fuel system. The Oktava research institute carried out design and development work on the Su-35S itself.

What the rest of the network builds

The 79 firms develop and produce the engines and fuel system, the control, communications, and guidance systems, the electronic warfare suite, and the main aviation missiles the jet carries into the war against Ukraine. HUR set the data out in the "Components in weapons" section of its War&Sanctions portal. The page carries a rotatable 3D model of the aircraft whose parts open onto the firms behind them, alongside directory listings and a profile for each company.

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Three sanctions regimes, loosely aligned

The gaps HUR points to exist because the restrictions are not one list. The EU legislates in packages, the US and other G7 states maintain their own designations, and Ukraine issues sanctions by presidential decree, each covering a different set of firms. Kyiv has spent years asking partners to synchronize those lists, and its own designations often run ahead of them. A company can therefore supply a frontline fighter and still trade freely under most of them.

Previously, HUR ran the same exercise on the Su-34, where a third of the production network was still unsanctioned. The same pattern shows up above the component level, with Russia's largest arms conglomerate covered by EU measures while hundreds of its subsidiaries are not, and Western machine tools still sitting inside Russian missile plants. 

Italian defense giant Leonardo has quietly registered a research subsidiary in Kyiv, planting a direct corporate flag in Ukraine's wartime defense ecosystem, Euractiv reported. The move reverses the company's previous public stance against opening operations in Ukraine.

European defense firms are quickly embedding inside Ukraine's defense industry, as Ukraine's wartime manufacturing base has become a draw rather than a risk for Western capital.

Kyiv-based R&D company

Leonardo Ukraine appeared in Ukraine's business register on 20 May, but the company disclosed the step only in its H1 2026 financial report at the end of July. The subsidiary's share capital stands at about $125,000. Leonardo International wholly owns it.

"We have completed the legal process to begin operations. The new company will be used to work in this region," a Leonardo spokesperson said.

The subsidiary will focus on R&D covering communications and navigation systems, software, IT services, and electronic and optical technologies. The step brings Leonardo closer to Ukraine's drone and missile industry, which has expanded rapidly during the war.

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From no factory to a Kyiv office

Just over a year ago, then-CEO Roberto Cingolani said that Leonardo had no plans to open a factory in Ukraine, as Reuters reported. At the same time, Cingolani pledged to test Leonardo's Michelangelo Dome air defense system in Ukraine. The Italian government did not reappoint him in April 2026. Lorenzo Mariani took over as CEO in May.

The subsidiary is not a factory. But it gives Mariani a registered legal presence inside Ukraine's defense innovation ecosystem, positioned near the drone and electronic warfare sectors Leonardo wants to tap.

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Leonardo is not the first major European defense firm to set up inside Ukraine. Germany's Quantum Systems established three joint ventures and made the country its second-largest international base. Rheinmetall is building an ammunition plant there. Ukrainian defense companies, in turn, have opened production facilities across Europe.

A Ukrainian company has built a drone link designed to keep working when the enemy tries to jam it. Ukraine's defense-tech firm Rise Technologies has developed the Nakande digital communication system, designed for rapid integration into small and large FPV drones, bombers, and fixed-wing platforms, commercial director Viktor Chuikovskyi says, Defender Media reports.

The system attacks the connectivity problem that jamming creates for Ukraine's drones. On a front saturated with electronic warfare, drones that lose their radio link become useless, and Nakande answers that by constantly hopping frequencies to find clear air.

How the frequency-hopping works

Nakande's defining feature is its ability to change frequency. It hops across a tuning range of up to 1,000 MHz, monitoring channels within that band, finding a freer stretch, and automatically switching to it, Chuikovskyi said, which lets operators keep their link to drones amid electronic warfare and a congested radio spectrum.

That is the core countermeasure to jamming. By moving to whatever frequency is clear rather than staying on one the enemy can block, the system stays connected where a fixed-frequency link would be jammed dead.

What the link carries

Nakande's airborne module weighs 160 grams, supports 2×Ethernet and MAVLink, and combines control, telemetry, and video in a single secure link, with a downlink up to 5.2 Mbit/s that the maker says delivers clean video and a compressed 4K stream, protected by AES-256 encryption.

It is built for fast, flexible setup. The ground station deploys in under five minutes. Its standard IP architecture allows the operator, antenna, and control point to be separated over Ethernet, fiber, or VPN, and a single ground station can connect 50 to 100 modules.

It held a link past 100 kilometers

Nakande has been tested in combat, the maker says. It passed bench, field, and combat checks, with a dedicated range class up to 60 kilometers for FPV drones, and in testing its maximum configuration, held a link at 118 kilometers, Chuikovskyi said.

The company did not disclose the module's price but said it is several times lower than foreign equivalents.

Ukrainian manufacturers have ranked the strike drones that Russian jamming cannot touch. The Beshket, Deadliner Q1, and Vyriy Opto drones ranked 1st, 2nd, and 3rd, respectively, in the July ranking of fiber-optic strike systems used by Ukraine's Defense Forces, according to Defender Media.

Fiber-optic drones are immune to the electronic warfare that defeats ordinary drones. Guided by a thin cable that unspools as they fly rather than a radio link, they cannot be jammed, which has made them one of the most important weapons on a front where both sides jam heavily.

The top drone can lie in wait for two days

The Beshket took first place for strikes. It is a drone on a 10-inch frame that reaches 90 kilometers per hour, stays up to 16 minutes aloft, and carries up to 4 kilograms of payload on eight motors, with an ambush mode that lets it wait for a target for up to 48 hours, at $2,170 on the state Brave1 Market.

The producer of the Beshket confirmed the drone's first place but declined further comment.

The runners-up are faster and cheaper

The Deadliner Q1, made by Stellarion, took second. A 10-inch drone with a 2-kilogram payload reaches 110 kilometers per hour, cruises at 60 to 70 kilometers per hour, and flies for at least 20 minutes for $1,810 on Brave1 Market. Stellarion confirmed the placement in a press release.

Third went to the Vyriy Opto 10. The 10-inch fiber-optic drone runs on a 20-kilometer cable spool, cruises at 60 kilometers per hour with a top speed of 80 kilometers per hour, flies for 21 minutes, and carries 1 kilogram, costing about $2,000 with a thermal camera.

Why these drones matter on the front

Ukraine codified 413 unmanned aerial systems in the first half of 2026. Almost all of them are Ukrainian-made. That is more than 30% above the same period in 2025 and more than 73% above the same period in 2024.

Kyiv plans to build seven million drones in 2026, roughly double its 2025 output. 

Ukraine's weapons marketplace DOT-Chain Defense has compressed delivery times from months to weeks after one year of operation, the country's Defense Ministry reported. For the fastest product categories—electronic warfare gear, ground robots, interceptor drones—orders now reach units within 24 hours.

Ukraine's war against Russia's invasion has pushed Kyiv to rebuild military procurement from the ground up, trading slow bureaucratic pipelines for digital platforms where frontline units pick and receive their own weapons faster than Western militaries have managed. Domestic manufacturers now make 90% of newly authorized systems.

Fastest deliveries measured in hours

The Defense Ministry and the Defense Procurement Agency DOT have jointly driven the acceleration, according to the ministry's statement.

"Delivery times for drones and other systems have shrunk from months to a matter of weeks, and often to days," the ministry said.

Beyond that general compression, several categories saw delivery within a single day. Electronic warfare systems, ground robotic platforms, reconnaissance and bomber drones, interceptor drones, and FPV drones on both fiber-optic and radio control all reached units within 24 hours. Ammunition for unmanned systems arrived within six days.

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Over the first year, the platform shipped more than 1.2 million drones and other systems. Units now choose from 1,181 products made by 300 domestic manufacturers.

How the marketplace works

DOT-Chain Defense supplements centralized state supply rather than replacing it, the ministry noted. Combat units use allocated funds to browse and order the equipment they need for their section of the front. The marketplace handles contracts, payments, and delivery.

The platform's drone constructor tool lets units customize drone configurations before ordering. A dedicated training course on using the marketplace recently launched inside the Army+ mobile app.

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Broader procurement picture

The one-year milestone caps a period of rapid scaling across Ukraine's defense procurement. The country contracted about $8 billion worth of drones in the first half of 2026—double the same period last year, according to the Defense Ministry.

More than 400 combat units now shop for weapons through the marketplace's companion Brave1 Market program using points earned for confirmed battlefield activity. Washington modeled its own Unmanned Aircraft Systems Marketplace on the Ukrainian original earlier this year.

Russia's most-used mapping service has digitally hidden a military missile site near Finland by copying a fake forest over it on satellite imagery, Finnish public broadcaster Yle reported. Western map services still show the same position, and a Finnish military analyst called the concealment careless and self-defeating. The clumsy edit points to Moscow's growing fear of Ukrainian drones.

What Yandex tried to erase

The concealed site sits beside the Kronstadt naval base, on Kotlin Island off St. Petersburg in the Gulf of Finland. Editing software copied trees from another image and laid them over the missile position. Until now, Russia mostly blurred sensitive locations rather than deleting them, but this edit tries to hide the target's existence outright. The same battery still appears on Google, Apple, and Microsoft satellite maps. In the covered zone, Russia has previously kept Bastion anti-ship missiles and their radar and reconnaissance systems.

A cover-up that gives itself away

Marko Eklund, a military expert and former Finnish intelligence officer, called the secrecy pointless. Western and Ukrainian analysts read their own satellite images, not Yandex, so the edit protects nothing in practice. He believes an administrative order drove it, and that the work was done sloppily. Anyone who knows what to look for can spot the seams and repeating patterns. 

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A pattern set by Ukraine's drones

Russia's map cover-ups have tracked Ukraine's deep strikes. A Moscow court ordered Yandex to mask an oil refinery in Ryazan in 2024 after repeated Ukrainian strikes, and a Nordic-Baltic investigation later counted 119 blurred sites near Russia's northwestern border. Blurring shows up at once, while cloned forest hides the tampering itself.

Kronstadt gives Russia one of its main Baltic Fleet bases, and Ukraine's drones have already reached it. In early June, they set a Russian missile corvette ablaze in dry dock there.

Drones have pushed armored vehicles off the roads to Ukraine's front line, a Ukrainian brigade commander told RBC-Ukraine. Denys Perch, who commands the 107th Territorial Defense Brigade, says the drone-saturated belt has grown so deep that pickups no longer reach forward positions. The one enemy weapon his jammers can't touch is the fiber-optic drone.

The war has become a contest over who can pull people off the battlefield fastest, as cheap drones make any human movement near the front a target. Ukraine keeps out-inventing Russia at the front, but Russia copies each advance and floods the line with it at state scale.

When armor becomes the target

Until recently, armored vehicles still drove supplies to logistics hubs near the front. That is now almost impossible. Perch says that when a large, armored machine appears, Russian forces treat it as a prize target and swarm it with dozens of drones and munitions. Perch would sooner park his armor than seat soldiers inside it.

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A kill zone that keeps widening

On the busiest sectors, Perch says, the kill zone—the drone-ruled strip around the contact line—now runs 15 to 20 kilometers deep. Some positions take three days to reach on foot. Where troops once drove most of the way and walked the last stretch, they now walk it all.

Robots take the drive

Under Perch, the brigade climbed, by his account, from around 22nd to third among Ukraine's Territorial Defense forces on the military's strike-results leaderboard, the home-guard units now fighting on the front. Ground robots—unmanned ground vehicles (UGVs)—do the work that armor cannot. They haul supplies and evacuate the wounded, though the robot often can't be brought back. His brigade runs over 1,500 logistics missions a month by heavy bomber drones alone, and still more by first-person-view (FPV) drones and robots. Russia hunts those bombers, he says, with interceptors that scramble the moment they hear one take off, so his crews mix high and low flight to slip past. Perch expects robots to move from supply runs into combat, hitting Russian troops in their rear.

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The drone his jammers can't touch

Both armies now field fiber-optic drones—machines guided by a hair-thin glass thread instead of radio. No signal means nothing to jam. Ukraine learned to block radio and digital drones, cutting their controls and video, Perch said. The glass-fiber ones his electronic warfare cannot reach, because there is no radio link to attack. His brigade still has no counter to them, Perch said, and he wants a technical fix that stops them.

The Security Service of Ukraine (SBU) has arrested two individuals in Kyiv accused of attempting to extort $200,000 from a European defense company, potentially jeopardizing the delivery of electronic warfare (EW) systems to Ukraine's military, the SBU reported on June 14.

The suspects allegedly demanded the payment in exchange for facilitating the successful testing and adoption of five radio electronic warfare systems provided to Ukraine at no cost, according to statements released by the SBU and the Prosecutor General's Office.

The devices, supplied by a private foreign manufacturer, were financed by Ukraine's international partners. The producer had already delivered five systems to Ukraine, with additional contracts possible if the equipment performed well in combat conditions, the SBU said.

According to investigators, the suspects falsely claimed to have influence within Ukraine's Defense Ministry and promised to use their connections to ensure positive evaluations of the equipment.

"Under the guise of having contacts within the ministry, the men demanded $200,000 from the company in exchange for ensuring no obstacles during official trials of the equipment," the Prosecutor General's Office said in a statement.

Both men have been formally charged under Ukraine's Criminal Code for alleged obstruction of the Armed Forces and receiving unlawful benefits through influence peddling. The charges carry a possible sentence of up to eight years in prison and asset confiscation.

The arrests were made as part of a broader investigation led by the SBU and conducted under the procedural oversight of the Specialized Defense Prosecutor's Office. Authorities say the investigation is ongoing to identify all individuals involved.

Ukraine continues to rely heavily on international military assistance as it defends against Russia's full-scale invasion, now in its fourth year. Ukraine uses EW systems during Russian attacks on its cities and on the front line.

Kyiv and its Western partners launched an electronic warfare coalition in April, which consists of 11 countries and comes on top of other eight Western coalitions to support Ukraine. Other similar initiatives include an artillery coalition, a fighter jet coalition, and a demining coalition, organized within the framework of the Ramstein format.

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