Daily digest, 13 October 2026

Priority 1. UAVs, counter-UAV, military AI and new technologies in conflicts

Military AI and data

Russian MoD has opened a shared pool of combat video to drone developers for training neural networks

The Russian army is moving from fragmented training of AI (artificial intelligence) systems at individual design bureaus to a single data pipeline. This shortens the time it takes for drone machine vision to adapt to new camouflage techniques. The service provides access to prepared after-action recordings from FPV drones (First Person View — drones controlled from a first-person perspective) and other UAVs (unmanned aerial vehicles) of the multicopter and fixed-wing types. According to Deputy Defense Minister Dmitry Shcherbinin, more than 40 organizations are already connected to it (source).

The key element is a single annotation classifier. Until now, each design bureau labeled frames in its own way, and models from different manufacturers were incompatible. The loop is closed: developers return their results to the service, where they are checked for completeness and format compliance, after which the Russian MoD trains its own models on this pool. Protection is claimed to rely on certified cryptographic tools. The volume of data, the list of participants and the terms of access have not been disclosed (source).

The author of the channel "Operation Z: Russian Spring War Correspondents" openly admits that the service is far from the class of the American Maven Smart System (Palantir's platform for multi-domain command and targeting): for now it solves the narrow task of preparing models for UAVs (source). The Ukrainian counterparts are Avengers Labs and Brave1 Dataroom. According to a Russian channel, Brave1 Dataroom runs on Palantir software and focuses on autonomous interception of Gerans (source).

Ushkuynik demonstrated voice control of a mixed group of ground and aerial robots

The Ushkuynik engineering center presented software that distributes a single mission among several robotic systems by voice or text command. This is a step toward swarm control with minimal operator load. The system recognizes the command and checks whether a particular system is capable of executing it. It then breaks the task down across the group and waits for manual confirmation: the human stays in the loop. If the situation changes, the mission can be rebuilt without a full restart (source).

Two approaches to autonomy: XTEND gives the payload the right to correct the flight, ETRI makes a large language model an advisor to the planner

XTEND has patented an architecture in which an onboard module, such as an obstacle sensor, changes the drone's trajectory in real time. Final control remains with the operator. In essence, it is a platform for swappable "smart" modules (source). South Korea's ETRI uses an LLM (large language model) not for direct control but to assign weights to zones on an OpenStreetMap map. The trajectory is then computed by a separate optimizer, and constraints guard against unpredictable model responses (source).

Intercepting jet-powered Gerans

"Fedorov drone": a new Ukrainian interceptor shot down two Geran-5s over Kyiv a month after development began

Ukraine has obtained another interceptor capable of catching jet-powered strike drones. Its value lies in the speed of the "idea to kill" cycle: just one month. Mykhailo Fedorov, who by his own account now works in the private sector, together with Pavlo Yelizarov presented footage of two downed "Geran-5" drones. Combat trials were conducted by crews of Lasar's Group (a special unit of the National Guard of Ukraine). The goal is full autonomy, i.e., detection and interception without an operator (source). Earlier, Fedorov had claimed a jet interceptor with a speed of over 600 km/h (source).

In parallel, Militarnyi reported another episode: a new jet interceptor caught up with a Geran-5 at a speed of 430 km/h and destroyed it over the Chernihiv region at an altitude of 780 m. Whether this is the same product as Fedorov's drone is not specified (source). By ShrikeNews' count, Geran-5s are already being shot down by six types of interceptors. The jet-powered ones among them are the "SBU one," the "Prytula drone" and, with a question mark, the "Fedorov drone." There are three propeller-driven ones: STING S, SPYS and P1-SUN JetKiller (source).

The main bottleneck is engines. The Guardian writes that Ukraine needs another 3–4 months for mass production of jet interceptors, and everything comes down to a shortage of compact jet engines (source). Ukraine has estimated its 2027 requirement at 10,000 jet engines of one type per month, for several classes of weapons at once (source).

update Geran-5 — the Ukrainian Air Force has begun publishing the share of jet drones shot down daily: 77% for October 9–12

Previously, the Ukrainian Armed Forces reported only the number of jet drone launches. Now they also publish shootdowns: 288 out of 374 over four days. By day, the share ranged from 83% to 72% (source). This figure should be read with a caveat: The Guardian cites 50–60% interception of high-speed UAVs with an altitude of up to 10 km and a speed of up to 600 km/h (source). The discrepancy may be explained by different counting methods or different periods.

For September, the Ukrainian MoD reported 1935 jet-powered Shahed-238 shot down versus 2722 piston-engine Shahed-131/136 (source). That is, jet drones already account for about 40% of intercepted Shaheds. Estonian Defense Minister Martin Herem proposed buying light jet aircraft specifically against jet drones (source).

🔴 [upd] Banderol — 86 interceptions in September; a translated Ukrainian report gives specifications and a Chinese trail in the engines [TECH]

The Russian S8000 Banderol missile-drone has become a mass-use weapon: in September, Ukrainian air defense intercepted 86 of these missiles (source). On October 12, nine Banderols attacked Kharkiv (source).

The Russian KTsPN translated a Ukrainian analytical piece on how Ukraine's military leadership "slept through" jet-powered weapons (source). [TECH] The PDF contains a table of Banderol specifications based on Ukrinform infographics. Cruise speed 520–560 km/h, maximum 620–650 km/h, range up to 500 km. The engine is Chinese, the Swiwin SW800Pro; the carrier is the Orion UAV; navigation relies on the "Kometa-M8" CRPA antenna. CRPA (Controlled Reception Pattern Antenna — an antenna with a controlled pattern that suppresses GNSS interference) is the key element here. According to the text, the missile turns 90° at a speed of 250 km/h, with a smaller radius than other Russian cruise missiles.

The remaining claims of the report belong to Ukrainian analysts. Russia is mass-fitting Chinese turbojet engines Telefly JT80, LX-WP-160 and TF-TJ2000A. Chinese specialists allegedly brought machine tools and trained Russian personnel in balancing rotors at speeds of up to 120,000 rpm. Against 16-channel Kometas, older EW (electronic warfare) assets are almost powerless. Memos warning of the jet threat, submitted as early as May 2023, were ignored by the leadership of the Ukrainian Armed Forces.

Counter-UAV: ground-based and exotic means

update Sky Sentinel — Oko Gora gives the price of Ukrainian AI turrets, $130–170 thousand, and serial production since summer 2026

Russian FPV drones continue to knock out Ukrainian automatic turrets designed for Gerans. This shows that point site air defense itself is becoming a target. The new episode was filmed on the Kharkiv ring road north of the Industrialnyi district (source). According to the Russian channel "Sever," the strike was carried out by a fiber-optic drone (source).

Oko Gora reports, with the caveat "as far as I know," that development had been under way since spring 2025, mass production since summer 2026, and one turret costs $130–170 thousand (source). A Ukrainian channel confirms that the use of turrets has been scaled up both at the front and in the rear, but there is no reliable data on their effectiveness (source). Why the turret did not react to the FPV is unknown. In Kyiv, at least one resident was wounded by indiscriminate fire from such turrets (source).

A Russian UGV carrier of interceptor drones and anti-aircraft artillery systems on truck chassis were shown

Russia is combining ground robotics with short-range air defense. The UGV becomes a mobile launch pad for interceptors. The footage shows several UGVs (ground robotic systems), including an interceptor drone carrier variant, the Zubr anti-aircraft system on the Ural-4320 chassis, the ZAK-30 Tsitadel on the Tornado-U chassis and the ZAK-57-MSK. Also shown is the 2S44 Giatsint-K (Mak) self-propelled gun firing a rocket-assisted projectile. Anti-aircraft artillery systems on truck chassis have been shown for the first time (source).

African outlets: Rosoboronexport offers Egypt the TKB-1167 Bizon turret with machine vision

The Russian counter-drone turret is going for export, and it is being sold as a response to the UAV strike on the port of Damietta on July 29, 2026. That strike set a floating storage unit and a regasification unit on fire. The TKB-1167 (the export name of the Zubr) is a quadruple mount of 7.62-mm PKT machine guns with a thermal imager and automatic target tracking. The product was presented at El Alamein International Airshow 2026 (source).

Russia tested a balloon-borne cable barrier: a drone got entangled in the cables

Russia is testing a passive "last line" for facilities reached by single UAVs. The design is a curtain of cables strung between anchored balloons. According to the developers, ten balloons are enough to cover an oil refinery (source). The question of how the balloon itself is protected from being hit remains open (source).

🔴 IAI Point@Air: a balloon lifts the ELM-2083A radar to 1.5 km to remove the radio horizon limitation [TECH]

Israel's ELTA (an IAI subsidiary) showed a compact balloon-borne radar for detecting low-altitude targets at AUSA 2026. This is a direct answer to the problem of low-flying drones and cruise missiles that a ground radar loses behind terrain. Lift altitude 300–1500 m, instrumented range 150 km, coverage of targets up to ~3 km in altitude. Claimed features include an AESA (active electronically scanned array) with digital beamforming, up to 30 days aloft and relocation in under an hour. The station can provide target designation to ground-based air defense systems (source).

[TECH] The post gives a radio horizon calculation for a target at an altitude of 30 m. From a 10-meter mast it is about 36 km. From an altitude of 300 m it is about 95 km, from 1500 m about 183 km. The manufacturer does not disclose the detection range for targets with a small RCS (radar cross section), nor the frequency band, price or customers.

Ukrainian physical interception market: Phantom Defense has absorbed KARAKURT, an FPV net launcher took down a Russian Molniya-2

Net interception is turning from a makeshift technique into a separate product segment. Ukraine's Phantom Defense has fully acquired KARAKURT, the developer of net-launcher modules, together with its team. The net entangles the target's rotors without a kinetic impact (source). At the front, a Ukrainian FPV interceptor used a net to bring down a Russian "Molniya-2" strike UAV carrying two munitions (source).

Russian C-UAS suppliers: protecting one warehouse costs 200 million rubles, demand for radars has doubled, EW is bought Chinese

The C-UAS (Counter-Unmanned Aircraft Systems — means of countering UAVs) market in Russia is growing fast but is constrained by staff and price. According to Eliars, active protection of a 1000 m² warehouse against a single target costs about 200 million rubles. With a massed raid and engineering structures, the sum rises to 500–700 million. Orders for detection and radar equipment have doubled. EW and radio detection equipment is bought less, because Chinese equipment is cheaper. Arkhangel Group sees the future in interceptors with an engagement line 10–30 km from the facility (source).

Russia's Ministry of Digital Development and MoD have taken up the protection of data centers after the strikes on Yandex

The strikes on three Yandex data centers have moved data centers into the category of facilities requiring military protection. Minister of Digital Development Maksut Shadayev called the attack "unprecedented" and said the issue of protection is being addressed together with the Russian MoD (source). According to mil_hub, data centers are to be classified as critical infrastructure (source).

Aleksey Chadayev, who took part in meetings at the Ministry of Economic Development, lists the reasons for the lack of preparedness. These are "the heresy of site defense," legal uncertainty over the categorization of commercial data centers and the absence of passive protection. His conclusion: "data centers need to be buried," because concentrating value in a single point is a vulnerability in itself (source). The specialized channel news_UAV claims that Yandex's first management step after two strikes was an amendment to its user agreement, not engineering measures (source).

Balloon carriers

The Ukrainian unit "Svidky Spasa" claimed a strike with an airframe dropped from a balloon on a logistics hub deep in Russia's rear

Ukraine is turning balloons into a cheap first boost stage for strike drones. The balloon lifts the UAV, which detaches at altitude and flies to the target on its own, saving energy over part of the route. A unit of the Air Force's Composite Rifle Brigade showed this scheme back in July (source). A Russian channel posted footage of a drop from the other side (source). The Mara system with the Balun balloon has been announced for the same scheme: range up to 1000 km, lift above 10 km, cost about $6000, start of serial production in mid-October (source).

The second role of balloons is to block airports. According to a Russian channel, the Ukrainian side is massively launching balloons toward Moscow to shut down airports (source). Interceptions of balloons carrying suspended FPV drones are recorded regularly (source). The general background is the Osprey Flight Solutions assessment of the UAV threat as a whole: in August 2026, restrictions were imposed at 32 Russian airports 993 times. Over the summer, there were 2182 such cases — more than in all of 2025 (1923) (source).

Communications, EW, signals intelligence

🔴 [upd] MILELRS — the AUTO_TUNE mechanism that lets the control link "slip out" from under jamming has been analyzed [TECH]

A Russian channel explains to EW crews why drones on MILELRS are hard to suppress with standard means. The answer: adaptive replacement of FHSS (frequency-hopping spread spectrum) sub-bands. [TECH] The post contains the full algorithm. Example: the AUTO_TUNE range of 2100–2700 MHz is divided into 24 intervals of 25 MHz. The receiver counts packet losses and marks as "bad" an interval where less than 80% of expected packets are received. The bitmask is sent to the controller via telemetry and takes effect on both sides after 12 hops (source).

If the calculated FHSS frequency falls into a "bad" interval, both sides select a replacement using the same algorithm. The offset within the interval is preserved, so the drone does not switch permanently to a single backup range. Modes: off, adaptive, forced. A value of 17 means permanent adaptive mode, 1–16 means switching via an RC channel. The practical conclusion for EW: the entire AUTO_TUNE range has to be jammed, not only the main band. It is recommended to record the AUTO_TUNE field in the frequency log.

🔴 A dirt-cheap Wi-Fi 7 router has been turned into an SDR receiver with 320 MHz bandwidth [TECH]

A project has been published that turns a consumer router into a wideband radio receiver. This is enough to see an entire segment of analog FPV video. The Gemtek W1700K with the MediaTek MT7996 radio chip outputs raw I/Q samples (in-phase and quadrature components of the signal) at 14 bits, up to 320 million samples per second, over 10 GbE. Tuning covers 2.08–2.75 and 4.65–7.58 GHz in ~1 ms. The 5.65–5.95 GHz segment fits into a single window (source).

[TECH] The post describes the hacking method and limitations. The chip's ROM does not verify the hook table in the patch; custom firmware was loaded through it, and the signal path initialization was reconstructed from 69 recorded boots of the stock firmware. The 10 GbE link is 97% loaded thanks to lossless packing directly on the radio chip's cores. It works only in receive mode, levels are not calibrated in dBm, and it cannot receive below 2 GHz without a converter. Tested on a single unit. For an SDR (Software Defined Radio) of this class, this is an extremely cheap basis for detectors and signals intelligence on the line of contact.

Strike UAVs

🔴 Ukraine's SeaGull has trialed the catapult-launched Viper kamikaze drone with troops at 75–80 km; according to a Russian channel's conclusion, this is the Starlink version [TECH]

Ukraine is getting a cheap "medium" strike capability to a depth of up to 100 km without relays. This is achieved by switching control to Starlink. According to a Russian channel's analysis, the base Viper has a radius of 70 km, a speed of 90–125 km/h, 100 minutes of flight, a 5 kg payload and analog video. There is no navigation, only a 6-axis IMU, so the entire route, about 47 minutes, is flown by the pilot via a relay. The Viper C is controlled over the internet via Starlink and has terminal guidance (source).

The kit consists of 20 airframes and a pneumatic catapult, with deployment in up to 15 minutes. According to a Ukrainian source, Viper was trialed in two units. Requests came from ten brigades, and 200 airframes of the updated version were made for them to be handed over free of charge. Militarnyi separately highlights the quick change of radio settings to suit front-line conditions (source).

🔴 [upd] Hornet — the warhead of the BPBPLA-KOM-1500 with a shaped-charge liner has been taken apart [TECH]

The Hornet warhead turned out to be combined, fragmentation and shaped-charge. [TECH] In the post: weight 1502 g, explosives 268 g — an intermediate detonator of Semtex-10 (68 g) and cast TG-50 (200 g). The fragmentation section is cast and lathe-finished, with a 60 mm copper shaped-charge liner and a 51 mm plastic lens (source).

Russian strike drones are knocking out Ukrainian radars and Raven counter-drone SAM systems

Russia is systematically using UAVs against the sensors of Ukrainian air defense, and this clears the way for long-range strikes. Crews of the 50th Unmanned Systems Forces brigade claimed another destroyed ST-68 radar. By their count, the new Gerans hit about 15 radar stations in a month and a half (source). A "Lancet" hit a British Raven counter-drone SAM system in the Sumy region (source). According to a Russian channel, in another episode the coordinates of a Raven launcher were passed on by a Ukrainian serviceman (source).

Ground robots

update Kuryer — the Russian MoD showed the UGV working with mobile fire groups; InformNapalm geolocated a training track in Omsk

The Russian Kuryer UGV is being integrated into the training system and standard employment scenarios. This is a sign of a transition from experiment to regular operation. In a new video from the Vostok group of forces, the tracked platform armed with a machine gun covers positions and routes of MFGs (mobile fire groups); the installation of a second PKT is mentioned. Before that came an airdrop from an Il-76 (October 2) and the first classes on repair and maintenance at the Omsk Automotive and Armored Engineering Institute (October 6) (source).

InformNapalm summed up its GEOINT quiz: seven readers found the Kuryer track at coordinates 54°50'45.1"N 73°24'26.3"E. Most noted that Russia's Yandex Maps helped them identify the location (source). Separately, InformNapalm claims a documented Chinese component trail at the platform's developer.

The ground robot war in numbers: Rubikon knocks out about 500 Ukrainian UGVs a month, Ukraine's GEREON completed 46 missions before being destroyed

Ground robotic logistics has become a mass target for FPVs. This determines how long each platform survives. Russia's Rubikon center claims more than 3000 UGVs hit in a year and a half and a rate of about 500 a month by October 2026. Another roughly 500 UGVs were blown up on mines laid by drones (source). Ukraine's GEREON in the Chervona Kalyna brigade completed 46 combat missions in two months, carried up to 800 kg per run and evacuated two wounded. It was destroyed by an air strike on its shelter (source).

Tank raids under the cover of interceptors are confirmed by both sides. Ukraine's 475th Regiment posted a new video of a raid on Anishchino showing the moment a Russian FPV was intercepted (source). A Russian technical channel admitted: the "tanks plus interceptor drones plus cope cages" tactic worked, and the column traveled a long stretch of the route (source).

Other theaters

Kuwait has ordered a nationwide C-UAS system on the NiDAR AI platform for $444 million

Gulf states are moving from point defense to national counter-drone networks. The reason is Iranian and Houthi strikes. The contract has been signed with EOS, and the contractor is Britain's MARSS. NiDAR fuses radar, optics and hydroacoustics into a single picture, with kinetic interceptors and EW connected to it. Control is built on a human-on-the-loop scheme: the AI proposes a decision and the operator approves it. Production will be in Bristol, with testing to be completed in 2027 (source).

The Houthis used drones to "clear" the way for missiles in a strike on Riyadh airport; Saudi Arabia asks Pakistan for air defense

A combined raid, in which drones expose and overload air defenses ahead of missiles, worked against Saudi defenses. At least 13 people were killed and more than 300 injured (source). Riyadh is experiencing an acute shortage of surface-to-air missiles and launchers. Pakistan already keeps about 8000 military personnel in the kingdom, along with JF-17s, two UAV squadrons and Chinese-made HQ-9 SAM systems (source).

The IRGC is testing air-burst fragmentation mines against helicopters

Iran is closing the niche of extremely low altitudes, where anti-aircraft fire is not dense enough. The idea is a cloud of fragments during hovering and the landing of heliborne troops. Parameters — burst altitude, kill radius, sensor type — have not been disclosed (source).

Moroccan Military Industry near Casablanca will begin producing Israeli counter-drone systems and weapon stations — with an eye on exports to NATO

Israeli counter-drone products are getting a production site in North Africa. The company is linked to Elbit Systems, and the first deliveries to the Moroccan army are scheduled for March 2027. Production is also aimed at European NATO countries (source).

The US Air Force is looking for a gun-based base air defense system against drones and subsonic cruise missiles

The US Air Force issued an RFI (request for information) on September 3. The key requirements are a large ammunition load without complicated reloading, a cost per shot commensurate with the target, and resilience to swarms. The channel's author links the request to losses of American aircraft on the ground from Iranian strikes and the depletion of Patriot interceptor stocks (source). The same channel has a video in which an FPV of the notional OPFOR side drops a training munition into an open Bradley hatch during US Army exercises (source).

Rented Chinese Deepal electric cars recorded access codes during Norwegian military exercises

The onboard cameras of civilian vehicles have become an intelligence channel, and a completely legal one at that. During the Hovedstad exercise (September 14–18, about 5000 military personnel), the cars, without notification, saved video of soldiers boarding, routes and the codes entered at the gates of military facilities. They continued to be used because there was no alternative. Poland banned Chinese cars from entering protected facilities back in February (source).

Hackers used outdated Danfoss firmware to switch refrigerators in hundreds of French supermarkets into heating mode up to 50 °C

This is an example of an attack on industrial automation causing physical damage and fires. Affected were Intermarché (about 150 stores), Carrefour (80), Coopérative U, Netto, Leclerc. ANSSI is conducting the investigation (source).

Priority 2. Military innovation

Missiles and air defense

Anduril unveiled Steelfin — a modular family of surface-to-air missiles from drones to ballistic targets

The US is trying to solve the problem of exhausting expensive interceptors through standardization. The bet is on thousands of missiles a year with the prospect of reaching hundreds of thousands. The design is two-stage, with 10-, 18- and 21-inch boosters. Interception is kinetic or by a high-explosive fragmentation warhead. Launch from the M903A2 Patriot and the Mk 41 VLS, integration with Aegis and IBCS. The company claims 80% of PAC-3 missions for less than half the price and 100% of THAAD missions "for a fraction of the cost." Flight tests in 2027, serial production in late 2028 – early 2029 (source). For reference: a PAC-3 MSE costs about $5 million, a THAAD about $15.5 million (source).

update Kinzhal — HUR: a high-explosive fragmentation warhead is in preparation, the order has been cut in favor of the "Iskander-M"

Ukrainian intelligence states that the Kinzhal is 90% common with the 9M723 Iskander-M. Its distinctive features are a radar seeker, an active jamming station and decoy dispensing. The new high-explosive fragmentation warhead, according to HUR, may be linked to insufficient accuracy for a penetrating one. In 2026, the state order for Kinzhals was cut, and capacity was redirected to the Iskander-M. The bottleneck remains the MiG-31K/I carriers, which are no longer produced. The 22 participating enterprises are still not under sanctions (source).

update FP-7 — Fire Point confirmed the first combat launch against Russian territory

Fire Point CEO Iryna Terekh announced the use of the FP-7 ballistic missile, with a range of up to 300 km, against Russia (source). There is no independent confirmation of the result (source). The Russian NOZS catalog estimates the production rate at no more than 10–15 missiles per month (source).

Unmanned combat aviation

Airbus conducted the first European flight of the U740 Valkyrie; Northrop Grumman the first fully autonomous flight of the YFQ-48A

Europe and the US are advancing CCA (Collaborative Combat Aircraft — unmanned "wingmen" for manned aviation) in sync. The U740, based on the American Kratos XQ-58A airframe, took off from a rocket booster without a runway, accelerated to Mach 0.8 and changed its route in flight. Range over 5000 km, takeoff weight about 3 t. The European MARS mission management system will fly in Q1 2027, a joint flight with the Eurofighter is planned for 2027, and combat readiness for 2029 (source). The YFQ-48A Talon Blue with a PW545 engine and Prism software completed the entire cycle from taxiing to landing without an operator (source).

The British contingent in Estonia has received Nyan kamikaze strike drones with a range of over 250 km

The quantity is not disclosed. In the summer, the tabloid The Sun linked this capability to a scenario of strikes on St. Petersburg (source).

Doctrine

Grynkewich presented NATO's "Theory of Victory": zones saturated with drones, robots and sensors in front of the main forces

NATO command is publicly building the experience of the Ukrainian war into the defense of the eastern flank. The Block, Blunt and Break scheme relies on belts of reconnaissance-strike drones, ground robots and sensors that are supposed to slow an offensive before contact with the main forces. Long-range strikes on command posts and air defenses in the Kaliningrad region, near St. Petersburg and in Belarus are complemented by a single digital infrastructure for sharing target designation. The concept is being practiced at the Steadfast Duel exercises, which simulate a clash of two armies of about a million people each (source). A Russian channel names the readiness date as 2029 (source).

Industry and funding

• The EU Council approved the AGILE program worth ~$128.7 million for SMEs and startups: AI, quantum computing, robotics, cyber, space and unmanned systems. A grant is issued within four months, adoption by the troops within 1–3 years. Ukraine participates without contributions (source). The EU is also preparing about €3 billion for Ukraine for drones and missiles (source).

• Ukraine's Airlogix is negotiating a $100 million round at a $2 billion valuation. This would make it the most valuable venture-funded Ukrainian manufacturer (source).

• The American PDW signed a memorandum with Ukraine's The Fourth Law and Odd Systems. The subject is the integration of Kurbas thermal imagers into PDW drones and their localization in the US (source).

• There are plans to cut draft deferments for employees of Ukrainian defense companies from 100% to 85% (source).

• Ukraine's Tencore has brought UGVs from different manufacturers under unified control, including the wheeled TOR and the MAT1LDA amphibian from NODRICS (source).

• Russia: the third prototype Yak-130M has taken to the air. The upgrade includes the BRLS-130R AESA radar and a counter-drone mission; deliveries from 2028, primarily for export (source).

• The EU imposed sanctions on 826 Russian organizations and 743 executives. The restrictions cover Mikran (radars and microwave electronics, including for the S-400), VZPP-Mikron, Svetlana-Poluprovodniki, Motovilikhinskiye Zavody and UPPO (source).

Priority 3. The conflict around Ukraine: trends and signals

The front is accelerating. In September, Ukraine lost 66 km², about 2.2 km² per day. Russia controls 19.387% of the territory (source). In October, the pace rose to 5.3 km² per day, and on October 12 the losses amounted to 7.5 km² in a single day (source). The main pressure is on Dobropillia, Orikhiv, where FAB-3000 bombs with UMPK are used, and Kostiantynivka.

The long-range war is shifting to digital and transport infrastructure. Ukraine struck Yandex data centers, drawbridges and terminals. At the oil loading terminal in Rostov-on-Don, at least 7 of 12 tanks were put out of action (source). Russia is systematically hitting locomotives and Nova Poshta terminals. According to a Russian channel's estimate, more than 500 Ukrainian locomotives have been damaged (source).

The American lever. According to The Kyiv Independent, the US is threatening to cut off intelligence and the PURL mechanism if Ukrainian strikes on refineries continue (source). The Washington Post writes that it was American data on the placement of Russian air defenses and radars that made it possible to plot drone routes bypassing detection (source). The Kremlin rejected Trump's "energy truce" (source).

The Caspian as a reserve sea. According to translated Ukrainian OSINT, there are 48 Kalibr launchers in the Caspian, and not a single frigate or Buyan-M has been destroyed during the war. Cargo turnover at Makhachkala grew by 42.5% in 8 months: the oil flow is moving there after the "MoLoChKa" operation, during which 300 vessels were hit in the Sea of Azov and the Black Sea (source).

Signals. Bloomberg's estimate of 50,000 Russian losses in September versus 5,000 Ukrainian ones, citing a NATO military official, should be considered unverified (source). Persistent trends: Ukraine is reducing deferments in the energy sector and housing and utilities (source), while Russia is increasing the authorized strength of its armed forces to 2,441,630 people — already the fourth increase in a year (source).

What to watch

1. Russia has institutionalized a pipeline for training combat AI: a shared dataset, a single classifier and a return flow of results from 40+ organizations. The speed of retraining models for new camouflage is now becoming a systemic rather than a makeshift parameter.
2. The "jet Geran vs. jet interceptor" race is constrained by engines. Ukraine expects a requirement of 10,000 turbojet engines per month, and Ukrainian analysts claim that Russia's breakthrough in jet drones was enabled by Chinese rotor-balancing machine tools.
3. Site air defense has itself become a target: Russian FPVs are knocking out AI turrets costing $130–170 thousand, Lancets are hitting Raven SAM systems. The contradiction in estimates of jet drone interception (77% from the Air Force versus 50–60% from The Guardian) requires verification.
4. The balloon has become a multi-purpose carrier. Ukraine uses balloons to drop strike drones and block airports, Russia is testing cable barriers, and Israel is lifting radars on them.
5. Space and intelligence data are becoming a lever: the US is pressuring Kyiv with the threat of cutting off intelligence, ballistic missiles hit Kyiv without launch warnings, and Russian satellites maneuvered near ICEYE.

What's new in UAVs and counter-UAV

• "Fedorov drone" (Ukraine) — a Geran-5 interceptor; two confirmed kills over Kyiv, development took a month.

• [upd] Geran-5 (Russia) — according to the Ukrainian Air Force, 77% shot down for October 9–12.

• [upd] Banderol (Russia) — 86 interceptions in September; specifications and Chinese engines in the KTsPN PDF.

• [upd] Sky Sentinel (Ukraine) — according to Oko Gora, price $130–170 thousand, serial production since summer 2026, another hit by a Russian FPV.

• UGV carrier of interceptor drones (Russia) — shown at a Southern Military District test range.

• TKB-1167 Bizon (Russia) — four PKTs and machine vision; according to African outlets, offered to Egypt.

• Balloon-borne cable barrier (Russia) — tested, about 10 balloons per refinery.

• Point@Air / ELM-2083A (Israel) — balloon-borne radar, 300–1500 m, 150 km.

• KARAKURT (Ukraine) — absorbed by Phantom Defense; an FPV net launcher took down a Molniya-2.

• Viper / Viper C (Ukraine, SeaGull) — catapult-launched kamikaze for 100 km, version C with Starlink.

• [upd] Hornet — fragmentation and shaped-charge warhead taken apart.

• [upd] MILELRS — the AUTO_TUNE mechanism moves the link out of jammed intervals.

• w1700k-sdr — a Wi-Fi 7 router as an SDR with 320 MHz bandwidth.

• Ushkuynik — voice control of a group of robotic systems with human confirmation.

• NiDAR (UK/Australia) — a national C-UAS system for Kuwait for £370 million.

Military space and space-derived data

Anti-satellite pressure. The head of the German Space Command, Major General Michael Traut, stated that in May four Russian military satellites maneuvered near an ICEYE spacecraft. This Finnish company supplies SAR imagery (synthetic aperture radar imagery) to NATO and Ukraine. Such approaches force the satellite to evade and spend fuel, which shortens its service life (source).

Commercial signals intelligence looks up. HawkEye 360, under a contract with the US Air Force, showed that its signals intelligence satellites can track other spacecraft by their emissions. To do this, it reworked antenna pointing for GEO and medium orbits and created automatic attribution of signals to specific satellites (source).

Communications constellations. The US Space Force launched the first 21 Northrop Grumman satellites for the SDA Transport Layer — a military low-orbit data network (source). The EU is targeting 2029 for the deployment of IRIS², the European counterpart of Starlink (source).

[upd] Rassvet — Russia showed the first "civilian" satellite communication terminals (source).

Ground segment under attack. In Germany, two Turkish citizens were detained on suspicion of setting fire to a Starlink ground station near Warsaw; Poland has requested their extradition (source).

Early warning. Ballistic targets over Kyiv on October 12 were detected only by ground-based radars during the attack. No information about launches was received (source). InformNapalm recalls precedents from 2023–2026, when there was likewise no threat of American data being cut off (source). An alternative explanation is light RM-48U missiles from the S-400 (source).

Access to data. The main risk of the day is a possible end to American intelligence sharing. According to the WP, it was decisive for routing Ukrainian drones around Russian air defenses. Open sources, meanwhile, continue to serve OSINT. The Kuryer training track was geolocated using Yandex Maps (source). Commercial imagery confirmed the destruction of tanks at the Rostov terminal (source) and recorded the construction of at least 10 new Alabuga workshops (source). According to Russian air traffic controllers, a US-registered Bombardier ARTEMIS II reconnaissance aircraft spent more than seven hours over the Black Sea (source).

Under the radar

• The Ukrainian CRPA "ASN-5717" from KB TSENTR LLC: a Russian channel calls it "new" in quotation marks and writes that it has not yet fallen into their hands (source).

• A technical analysis of how UAVs determine their position using cellular base stations. It explains why it is specifically mobile internet that is shut off during raids and why this is not a universal defense (source).

• The Russian NewLink SRV 3.00.000 servo has received an ST-1 certificate. It replaces the Chinese BLS-HV30KG (9imod) in one of the most mass-market segments — control surface servos for fixed-wing UAVs, with an operating range from −40 to +60 °C (source).

• Gecko Robotics and Anduril are building robotic non-destructive testing into the production of components for Virginia-class submarines. Quality data automatically goes into the product's digital history, which is maintained for decades (source).

• The Ukrainian developer of acoustic sensors Zvook became the first investment of a new fund at the Czech National Development Bank. Acoustic drone detection is getting European money (source).

What are the Chinese comrades up to?

• During tactical live-fire exercises, a PLA artillery regiment practiced firing on the move, counter-UAV operations and fire adjustment using real-time video feeds from drones at ranges of tens of kilometers (source).

• The official PLA publication demands that commanders recognize breakthrough technologies in advance. This is a direct response to the experience of the drone war (source).

• Chinese developers released an AI video with a scenario of a strike on the forces of the US, Japan and Taiwan. The sequence: ballistic missiles against air bases, then ASN-301 anti-radiation loitering munitions against the island's radars, then PCL-191 and PLZ-05 (source). A transport regiment of the Xinjiang Military District is practicing repelling drones during an attack on a convoy (source).

• The CPC Central Committee and the State Council adopted 19 measures. Private companies will be allowed to lead major state research projects, and the AI Plus program for robots and industry is being expanded separately (source).

• Taiwanese analyst Liao Hung-hsiang warns: 66 new F-16Vs risk becoming targets at airfields due to the FPV threat. He proposes extending the defense perimeter by several kilometers and redesigning shelters with open ventilation shafts (source).

• According to a translated Ukrainian report, Chinese specialists supplied Russian plants with machine tools for balancing the rotors of small turbojet engines and trained the personnel (source).

External analysis

• The War Zone compares Steelfin not with the PAC-3, as Russian-Ukrainian Telegram does, but with the ship-based SM-2: more than 80% of the capabilities for a third of the price (~$2.5 million). For the US Navy, this makes Steelfin a direct competitor in Mk 41 and Typhon cells (source).

• Kyiv Independent clarifies the figures that Telegram presents as "300% growth." The volume of drone contracts grew 5.5 times, while actual deliveries grew 3.7 times. The gap between contracts and deliveries shows that production is lagging behind orders (source).

• Janes clarifies that the Kuwaiti NiDAR deal is conditional and will take effect only after preconditions are met. Telegram presents it as concluded (source).

• Heaviside Industries explicitly derives the concept of its man-portable Tyr loitering munition from Ukrainian experience. Weight under 6.8 kg, speed up to 241 km/h, interchangeable Nammo warheads, autonomy upon loss of communication (source).

• Northrop Grumman shows an American counterpart of adaptive EW: the software-defined DRAKE is regularly updated based on combat data, up to deployment on SSGN submarines. The approach is the same as in the FHSS race with AUTO_TUNE on the line of contact (source).

• Defence-UA recalls the Tu-300 Korshun project against the backdrop of Russian work on an 800 km/h jet UAV. Current Ukrainian interceptors at 430–600 km/h are not ready for such a target (source).

Top military-tech signals of the day

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2. ↗17 · 👁374 · @aiobor — Teaching combat drones to win smartly: the Russian MoD has created a service for train…
3. ↗15 · 👁344 · @aeronext — New Russian servo receives ST-1 certificate ⚙️ SRV 3.00.000 from NewLink…
4. ↗38 · 👁927 · @wingsofwar — "Blackbird" returns NASA leadership, under secrecy measures, ini…
5. ↗18 · 👁456 · @theaterVD — 🚢🇮🇳 Indian Navy receives its third anti-submarine shallow-water craft "Mang…
6. ↗10 · 👁260 · @thehegemonist — ⚪️ Russia creates a service for training military neural networks The MoD…
7. ↗14 · 👁400 · @theaterVD — ✅ China showed a "missile Armageddon" scenario Chinese developers publi…
8. ↗133 · 👁3964 · @texBPLA — To cover its vehicles, the enemy used a tactic in which a column of…
9. ↗17 · 👁566 · @geoscan_official — 🌲🔥A fire tens of kilometers away. The situation in real time In Khanty-Mansi…
10. ↗76 · 👁2559 · @texBPLA — Devices for dropping fragmentation rounds from a drone. In this case, in photos 1 and 2…