Daily digest, 22 October 2026

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

Russian long-range strikes: jet-powered drones become the backbone

update Geran-4/Geran-5 — according to the HUR, output of jet-powered drones has risen to 4 thousand per month, twice that of piston-engined ones

The HUR (Main Intelligence Directorate of the Ministry of Defence of Ukraine) has published a new assessment of Russian production. It indicates that jet-powered UAVs (unmanned aerial vehicles), rather than piston-engined "Shaheds", have become the backbone of the strike flow. About 4 thousand jet-powered units are produced monthly: the "Geran-4/5", "Banderol" and "Dan-T". About 2 thousand piston-engined "Geran-2" are produced, with another 3–4 thousand accounted for by decoys and reconnaissance variants (source, source).

For comparison, in August the HUR estimated output at 3 thousand jet-powered and 2.8 thousand piston-engined vehicles. Jet-powered output has grown by a third, piston-engined output has fallen (source). The state order for "Gerans" and "Gerberas" has exceeded 100 thousand units per year, and the operational reserve of "Gerans" stands at about 6.2 thousand. Total planned output is about 10 thousand drones per month.

For missiles, the HUR gives the following estimates:

• "Iskander-M" — stockpile of about 115, output of up to 65 per month, a 550–700 km version under development;

• Kh-101 — plan of over 80 per month, being exceeded, but launch failures from the carrier are being recorded;

• "Kalibr" — stockpile of over 450, output of about 29 per month, most going into reserve due to the high interception rate;

• RM-48U — stockpile of up to 400, output of about 40 per month;

• "Oniks" — stockpile of over 600, more than 55 produced over seven months;

• "Tsirkon" — stockpile of over 120, just over 30 produced over seven months;

• "Kinzhal" — production suspended due to low accuracy, capacity shifted to the 9M723.

This is already noticeable at the front. A Ukrainian interceptor filmed a jet-powered vehicle resembling the Shahed-238. A Russian channel suggests it is an upgraded "Geran-4" or a jet-powered "Garpiya" from the Kupol plant in Izhevsk (source). The same channel writes that jet-powered drones play a "special role" in the shift of strikes toward western Ukraine and Kyiv (source).

Ukrainian air defence against jet-powered "Gerans": old means can't keep up

Intercepting jet-powered drones with helicopters, a method honed against piston-engined "Shaheds", has, according to a Russian channel, become a "practically useless endeavour": there is such a video from Lozova (source). Oleksandr Snyzhko, a representative of Air Command "Centre", puts the share of piston-engined "Shaheds" shot down at 80–90%. He separately points out that weather limits the use of interceptor drones and aviation (source).

The response relies on high-speed interceptors. The 1021st Anti-Aircraft Missile Brigade showed the launch of an interceptor based on the "Bars". A Russian channel cites Zelensky as saying 30% of interceptions are successful and Defence Minister Khmara as citing cases of "five targets — five interceptors" (source). A charitable foundation handed over a hundred WIY SPYS interceptors to the 1020th Air Defence Brigade, which, according to a Russian channel, are used against jet-powered airframes (source).

Germany, according to Ukrainian data, will include funding for production in Ukraine of several tens of thousands of Quantum Systems interceptors in its winter aid package for 2026–2027. The same company's Apex Recordhunter demonstrator reached 777 km/h in 27 seconds (source).

New Russian loitering munition resembling the "Lancet", but with a petrol engine

A new Russian vehicle has been spotted at the front: in shape it resembles the "Lancet", but instead of an electric motor it has an ICE (internal combustion engine). The switch to petrol means greater range and loiter time compared with the electric "Lancet". Serhii "Flash" Beskrestnov writes that the name, manufacturer and specifications are already known but not confirmed, so he is not publishing them, and asks for captured specimens to be sent in (source). A Russian channel calls the vehicle a "larger analogue" of the "Lancet" (source).

In parallel, Russian channels showed another unidentified Russian UAV with a petrol engine and an X-shaped tail (source, source). These may be different products, or the same one filmed from different angles. So far there are neither specifications nor names.

update Molniya PVO SPP — Janes: the 50th "Varyag" Brigade is using it to shoot down Ukrainian "Maya" and FP-1 decoys

The Russian anti-aircraft "Molniya" with machine vision has moved from demonstrations to regular use in several units at once. According to Janes, the 50th Unmanned Systems Brigade "Varyag" has used this variant to shoot down at least five "Maya" and two Fire Point FP-1s. Automatic target-tracking frames are visible in the video (source).

The "Rubikon" Centre published a compilation of "Molniya-PVO" interceptions the same day. Targets include the FP-2, Shark-M, "Maya", "Chaklun-V", Hornet, "Zozulia" and UD-120W (source). A separate "Rubikon" clip consists almost entirely of struck FP-2s that were heading deep into Russia (source). The Russian side is thus building an interception line against Ukrainian midstrike (medium-range strike drones) already over the frontline zone.

Ukrainian long-range strikes and Russian air defence

On the night of 22 October, according to the channel "Voenny Obozrevatel", 630 Ukrainian drones were flying toward Moscow, 163 of them shot down on approach to the city (source). This is noticeably more than the 373 drones over all of Russia a day earlier. A Ukrainian channel names the "75 Arsenal" enterprise in Serpukhov, which repairs "Buk" and S-300 systems, as one of the targets (source).

Against the drones, the Russian side, according to Ukrainian data, deployed rare MiG-35s, of which no more than six are in service (source). Ukrainian drone tactics are also changing. Over Melitopol, electric UAVs flew at extremely low altitudes to evade radar detection and Russian interceptor drones (source).

Ukrainian "Lastivka" midstrike drone for 3.5–4 thousand dollars appears on Brave1 Market

This is one of the cheapest offers in the long-range drone class. A line of fixed-wing "Lastivka" kamikaze drones in electric and ICE variants has been listed on the state platform Brave1 Market. They carry 3–4 kg of explosives over 100–270 km and, according to the manufacturer, are already being used at the front (source). For comparison: this price is comparable to several heavy FPV drones (First Person View — a drone controlled via a first-person video link).

Ukrainian multi-role UAV "Dovbush T40" with a range of up to 2000 km

A Russian channel reports the codification in Ukraine of the "Dovbush T40", about 16 feet (roughly 5 m) long. It can operate as a reconnaissance vehicle, a one-way strike drone or a munitions carrier. Claimed features include low radar signature, resistance to EW (electronic warfare), flight lasting a day and a range of over 2000 km. The engine is fitted with electronic fuel injection (source). For comparison: the smaller "Dovbush T20" was earlier presented as a lighter platform.

Maritime carriers and the Black Sea

Ukrainian USV Sargan-3000 shot down a "Geran" with an interceptor launched from its deck

The uncrewed boat is becoming a floating air-defence launch pad. The Ukrainian Navy showed the launch of a Sting interceptor drone from the Sargan-3000 maritime platform, which destroyed a Russian "Geran" (source, source). Previously this platform was demonstrated with a machine gun against Russian USVs (uncrewed surface vessels) and drones. Now it pushes the interception line out to sea, onto the approach routes of "Gerans" toward the ports of Odesa.

Russian strikes on shipping continue. Overnight, "Gerans" hit three dry cargo ships and a container ship (source). In response, NATO decided to send patrol aircraft, radars, drones and mine-clearing teams to the Black Sea region. A US P-8A, which had not appeared near Crimea for more than six months, is already deployed in Bulgaria, and on 17 October Romanian F-16s shot down two drones near Sulina (source, source).

The Russian channel Military Optimist believes the main task of the operation is targeting for Ukrainian USVs from ground-based and airborne radars (source). This is an assessment, not an established fact.

Satellite communications on the LoC

update Starlink/Starshield — NYT: three days of paused strikes and a million dollars in lost drones; Congress preparing an inquiry

The restriction of Starshield, the military version of Starlink, has shown how dependent Ukraine's drone war is on a single communications provider. According to the New York Times, Ukrainian units had to almost completely halt drone operations for about three days. Several dozen armed drones with a combined value of over one million dollars were lost (source).

ISW (Institute for the Study of War, an American think tank) clarifies the mechanism: restricting terminal operation at speeds above 160 km/h hits interceptor drones and some strike systems (source). A Fox News correspondent suggests that Musk may have imposed the restriction because, in the correspondent's view, he considers use of the system in offensive operations to be illegal (source). Republican Congressman Brian Fitzpatrick stated that Musk has the right to control civilian Starlink, but not military Starshield. According to him, if Musk gave the order, it is a likely violation of the law, and once Congress returns there will be a bipartisan investigation with financial consequences (source).

On the Russian side, the grey market continues to operate. The channel "Arkhangel Spetsnaza" is advertising a "proven Starlink communications solution": "verification" for 129 thousand rubles, V3 terminals for 65 thousand and Mini for 50 thousand rubles with delivery to the DPR (source). The same channel admits that Russian NRTK (ground robotic systems) "simply cannot go far" after the Starlink shutdown, and pins its hopes on the "Rassvet" constellation of "Byuro 1440" (source).

"FPV 2030": a Russian analysis of fiber optics, mesh and satellite communications for drones

The manufacturer "Ovod" has published a forecast for the development of FPV communication links. The main conclusion: for several more years the tactical line will rely on cheap radio, fiber optics and increasingly cheaper mesh radio systems. Satellite communications will for now remain the domain of medium-range drones (source, source). [TECH] in the post — limitations of the fiber-optic spool, the mass of mesh modules and the role of relay carriers.

Selected figures from the analysis:

• the operating range of Russian fiber-optic drones in the author's practice has grown over a year from 10–12 to 30 km or more, i.e. roughly threefold;

• the G.657 fiber standard is bend-resistant, but this does not guarantee the strength of the finished spool: coating, winding and payout of the line are decisive;

• mesh modules (mesh being a self-healing network in which every node relays data) have shrunk to a mass suitable for small platforms: the American Doodle Labs Nano² weighs 48.3 g, the British DTC BluSDR-6 weighs 26 g;

• Ukrainian Starlink-equipped "Hornets" attack Russian rear-area roads, and the Ukrainian side makes limited use of "mothership" relays with a satellite dish to deliver FPVs to maximum range.

Mesh communications are already being used in strikes as well. Kyiv Independent writes that Russian drones attacking Kyiv link into a mesh network and exchange data. This preserves control when individual nodes are suppressed and makes the work of Ukrainian EW much harder (source).

EW, detection and the frequency race

Azov EW platoon commander: control frequencies have hit a ceiling, video links are moving above 8 GHz

The Russian analytical center KTsPN has translated an interview with the commander of an EW platoon of the 12th "Azov" Brigade, call sign "Arkhei". His main thesis: hardware has barely changed since 2022, and the advantage now comes from software (source). [TECH] in the post and PDF — a frequency timeline, parameters of targeted jamming, a classification of EW assets and an assessment of Russian EW.

How Russian FPV links have changed, according to "Arkhei":

• control went from 915 MHz to 700 and 1000 MHz, then to 433 MHz (summer 2024 near Ocheretyne) and to 2.4 GHz from the start of 2025;

• currently 70–75% of Russian control links operate in the 2.1–2.7 GHz band, and transceivers run up against a hardware ceiling of around 3 GHz, so new control frequencies are hardly appearing;

• in spring 2025 video moved to 3.1–3.7 GHz, and Ukrainian units had no means of detecting it;

• up to 10% of Russian drones already transmit video in the 6–7.2 GHz range, a move above 8 GHz is expected next, and Ukrainian manufacturers are preparing detection up to 12 GHz.

The organization of work has also changed. The control link is jammed not across the whole range but in a targeted 20–50 MHz band with matched modulation. The video link is jammed with a narrow directional antenna along the expected azimuth. All EW assets are networked and controlled from a command post, where one operator can properly handle no more than five aircraft at a time.

"Trench" EW on the front line, according to "Arkhei", has lost its point. It weighs about 20 kg and consumes 1.5–2 kW, and has to be carried on foot for 15 km or more. Dome EW has remained in the rear, 10–15 km from the LoC (line of contact), and the backbone of the system consists of stationary directional stations. He assesses Russian EW as follows: its density and number of assets are higher, its centralized network control is weaker.

The Russian side is covering the same upper bands:

• OKB "Dronoskop" (a TsBST resident) has completed the mobile video interceptor "Dronoskop 6" with continuous coverage from 800 MHz to 12+ GHz, the first batch is expected in November; the previous version 5.3.3 came out only a few months earlier (source, source);

• the developer of the "Indikator" radio reconnaissance station covering 1–12 GHz reported that it is extending it to 15 GHz, and the "Varao" EW system covering 700–2700 MHz has passed state trials (source);

• a Russian channel shows a new EW system, "Burelom", from the same plant that produces "Peroed" and "Mgla" (source).

Both sides are thus simultaneously reaching the 12–15 GHz threshold. Digital video links remain the weak spot. A Russian channel showed a captured Ukrainian FPV with a Walksnail Ascent GT PRO digital module and recalled that such drones are not visible to analog video interception equipment, and detectors do not always trigger on them (source).

Navigation without satellites

At DronKongress in St. Petersburg, "Geoskan" presented the "Geoskan 201 Video" and "Geoskan 701 Video" systems. They continue flight without GNSS (global navigation satellite systems) by matching the image from the onboard camera against a preloaded map (source). The 201 model flies for up to three hours over 210 km, maintains a video link up to 80 km and allows switching to FPV mode directly in flight (source).

The developer of the KENS system has released an update for it: improved stability, added modes for joint operation with GNSS, optimized processing of inertial system data. The device connects to the autopilot like a regular GPS receiver and requires no changes to ArduPilot and PX4 firmware (source).

Ground robots

Russia is forming uncrewed tank units, but runs up against communications

Russian Deputy Defense Minister Yunus-Bek Yevkurov announced the appearance in the army of uncrewed tank units and vehicles to cover them. This refers to the TShRK "Shturm" and BMPT, which took part in the "Tsentr-2026" exercises (source). According to "Rybar"'s assessment, these are remotely controlled "assault" T-72B3s with a shortened barrel and the "Arena-M" active protection system. Frontline soldiers had previously criticized them for poor adaptation to modern combat (source).

Yevkurov himself admits that such equipment performs tasks more slowly than crews. Communications is named as the main limitation: without "Rassvet" it will not be possible to lead such vehicles into battle (source). Signals troops of the "Zapad" group of forces tested more than 20 new communications systems over the year. Control range of NRTK and cryptographic protection of video streams are named as priorities (source).

Ukrainian NRK (ground robotic systems) are learning to evade FPV "ambush drones". An operator of the 25th Brigade drifted the vehicle away from a repeat attack by a Russian FPV (source). A Russian channel showed footage in which the 2nd Corps of the NGU "Khartiia" uses an NRK for delivery inside a pipeline, presumably on the Kupiansk axis (source). In "Rubikon"'s videos, Ukrainian NRKs remain one of the most frequent targets.

update Ayudag-6 — scheme of the first evacuation of a wounded soldier revealed: a drone with a winch and Starlink, decoy "Vampires" and a ground robot

Details have been published of an operation that will become a model for evacuation where ground medical logistics are impossible. A soldier with wounds to both legs spent almost eight months in the grey zone near Oskil, from 14 February to 4 October. Preparation took about half a year. Before the flight, climbing gear and a video tutorial were dropped to the soldier so that he could secure himself to the cable on his own (source). [TECH] in the post — the drone's specifications and the set of modifications for evacuation.

The drone, weighing about 98 kg, lifts up to 130 kg and flies up to 25 km. For the operation it was fitted with a winch, Starlink, a thermal imager and a harness for a person. The attention of Russian assets was diverted by heavy Ukrainian "Vampires", one of which was shot down. The flight lasted about 1.5 hours, after which the UGV "Myrotvorets" carried the wounded soldier another 8 km off-road.

There are also discrepancies. Another Russian channel names as the first such evacuation one carried out by the Gurzuf Defence hexacopter from SkyFall, which has a StarGate version with a capsule, as well as an EW system and a net launcher (source). The 475th Assault Regiment of the Armed Forces of Ukraine showed preparations for launching StarGate to evacuate wounded soldiers; the author of the post merely suggests that the direction will develop (source).

Drones against Europe and NATO

WSJ: Putin personally ordered an intensified sabotage campaign against NATO, which began with drones in Leipzig

Explosive-laden drones have become a tool of Russian sabotage on European territory. According to the Wall Street Journal, citing US intelligence, on 4 August at Leipzig/Halle Airport one drone crashed into a Ukrainian An-124 but did not explode. A second collided with another aircraft, and a third detonated near the perimeter fence. The operation is attributed to Russian military intelligence with agents including Belarusian citizens, while Serbia is named as a logistics hub (source).

Germany has for the first time raised the threat level for sabotage against its troops to "significant", the second-highest level of severity. The trigger was a booby-trapped drone found in September near Wunstorf Air Base, similar in design to the Leipzig ones. The Bundeswehr now considers direct attacks on bases and aircraft possible, not only on facilities involved in aid to Ukraine (source). In France, overflights by unidentified drones over the naval base in Toulon have been recorded (source); in Romania, UAV debris has been found (source).

Balloons as carriers and communication nodes

The US plans to launch 200–300 stratospheric balloons simultaneously in a European conflict, including as drone carriers

The US Army is transferring Ukrainian experience with balloons to theater scale. Brigadier General Stephen Carpenter, commander of the Multi-Domain Command "Europe", speaks of "filling" the stratosphere at altitudes of 18–24 km. The balloons' task is to substitute for satellite communications and reconnaissance if these are degraded (source). [TECH] in the PDF — a list of tasks, a diagram of the MDSS-1000 system and a test timeline.

Planned functions: reconnaissance, Link 16 relay (NATO tactical data link), EW, decoys and launching loitering munitions deep into the adversary's territory. Only fighter jets and SAM systems of the S-400 class can hit a balloon at such an altitude, so the mass launch is designed to exhaust air defenses. The concept has already been used in the US Central Command area of responsibility in the Middle East. Limitations are the seasonality of trajectories and the need to move the balloons to the theater in advance.

Poland, meanwhile, has faced a delay of roughly two years in the delivery of American "Barbara" aerostats for drone detection (source). The Chinese version of a "five-in-one balloon" is described in the section on Chinese military technology.

Military AI and cyber

PHP vulnerabilities found with AI forced European governments to take websites offline preemptively

This is the first large-scale case in which findings by AI tools have caused mass emergency shutdowns of government services. Two critical PHP vulnerabilities, CVE-2026-109618 and CVE-2026-109619 (collectively named PHP2Shell, rated 9.2 out of 10), allow unauthenticated code execution on the server. Those preemptively taken offline included Dutch government portals, including DigiD, systems of the Finnish operator Valtori, French prefecture websites, the Belgian Foreign Ministry, the Danish Meteorological Institute and part of the Wikimedia infrastructure (source).

According to the PHP Foundation, reports and exploits were verified using OpenAI Daybreak Red. Google reported that its Gemini 4 Argon model helped Wiz researchers find vulnerabilities and write exploits. There are no confirmed mass breaches so far. The signal lies elsewhere: the same speed of vulnerability discovery is available to the attacking side as well.

Data centers and communications as targets

A cloud-free satellite image of Yandex's data center in Sasovo shows almost no holes in the roof, yet the building burned out from the inside, and some of the equipment, according to available information, was put out of action (source). The Russian Big Data Association has proposed developing standards for storing data abroad so that services keep working during UAV attacks (source). This is a direct reversal of the previous logic of data localization. Russia's Ministry of Digital Development has set up an industry headquarters for protecting communications facilities against UAVs: a list of critical nodes has been compiled and coordination with the Ministry of Defense has been established (source).

Protected facilities: what can be seen from space

Following Ukrainian strikes, the Russian drone port near the village of Tsymbulovo in Oryol Oblast is being fortified. The launchers for jet-powered drones have been given additional protection, anti-drone cables and nets are being installed over the site "following the Alabuga example", and six new launch pads have been built (source). Around the plant in Alabuga, according to Mark Krutov's count, 33 air defense positions have already been set up. The last strike on the plant was in June 2025 (source).

Middle East and other zones

The Houthis, according to a Russian channel's assessment, shot down a Saudi AH-6i helicopter in Najran with an anti-aircraft loitering munition of the Iranian "358" family, which they call Saqr. Riyadh announced a technical malfunction (source). If this version is correct, it is another example of how a cheap loitering munition denies low altitudes to army aviation.

A multinational air defense is being built up against the Houthis. The United Kingdom is sending Typhoons to Saudi Arabia. A Ukrainian delegation, according to a Russian channel, is supplying anti-aircraft assets and demonstrated the Sky Map intelligence fusion system there (source). Ukrainian counter-drone experience is becoming an export item.

In South Korea, armored vehicles at a demonstration were fitted with anti-drone cages — in anticipation of possible use of FPV drones by the DPRK (source).

Priority 2. Military innovations

Czech developers bet on interceptor carriers

Czech industry is offering counter-drone solutions that combine the platform and the means of engagement. The tracked UGV HECTHOR from ProLab Engineering carries an internal bay with TUKAN interceptors, i.e. it works as a mobile C-UAS launcher (Counter-Unmanned Aircraft Systems — counter-UAV systems) (source). KBP International showed the GRYF tactical carrier drone, which carries small anti-aircraft missiles or interceptor drones (source).

Nebesa Aerospace presented the NEBESA suborbital unmanned aircraft, which climbs to 110 km at speeds of up to Mach 3.5 with a 25 kg payload. It takes off from a conventional airfield (source).

update Hellhound S3 — jet-powered drones launched from a Polaris buggy with an eight-round launcher

Cummings Aerospace has turned a light off-road vehicle into a mobile launcher for strike drones and interceptors. The Polaris RZR buggy carries a launcher for eight vehicles; two were launched in testing. The Hellhound S3 weighs 5.9 kg, flies 60 km at speeds of up to 618 km/h and can operate as a strike drone or an interceptor. The next stage is installation on unmanned ground and surface platforms (source).

update Ghost Shark — Australia confirmed minelaying; Switchblade 600 or ALTIUS named as payload

Anduril's underwater vehicle is becoming a multi-role carrier, not just a reconnaissance asset. The Australian government confirmed that Ghost Shark is capable of releasing drone swarms, laying mines and delivering cargo (source). Footage shows a 12-rail launcher extending from the surfaced vehicle; a second bay could double the load to 24 (source).

Sources differ on the type of drones: one names ALTIUS, the other Switchblade 600.

update Hivemind — Shield AI integrates its AI autopilot into Australian Innovaero loitering munitions

Shield AI has signed a memorandum with Innovaero Technologies, and the Hivemind autopilot will be incorporated into Australian loitering munitions. It has already been integrated into the OWL-B UAV, which is being prepared for flight testing. Missions will be controlled via the ATAK interface (source). The same Hivemind controls the MQ-72C Lakota unmanned helicopter that Airbus is preparing for US Marine Corps resupply. Its stated takeoff weight is 3.8 t, range about 650 km (source).

Pentagon to create Autonomous Warfare Command AUTOWARCOM by October 2027

According to RIA Novosti, the new structure will be tasked with "the largest institutional transformation since the interwar period" (source). If the information is confirmed, autonomous systems in the US will get a dedicated command rather than remaining a program within the services.

Onboard computers and AI in manufacturing

Lantronix unveiled the Spotter board, measuring 42 × 120 mm, based on the Qualcomm QCS6490 processor with AI performance of up to 12.5 TOPS (trillion operations per second) at a power draw of a few watts. The board is compatible with PX4, ArduPilot and Betaflight; deliveries are planned for Q4 2026 (source). The platform of Arda Industries, which has raised 232 million dollars, is already running in Anduril's ArsenalOS production system. Preparation of simple work instructions there has been cut from 10 hours to 15 minutes (source).

Passive air-defense signals intelligence from Gray Eagle

General Atomics has completed testing of SNC's ESM (Electronic Support Measures — passive electronic reconnaissance) suite on the MQ-1C Gray Eagle ER. The drone is meant to detect air-defense radars switching on from a long distance without entering their engagement zone (source).

Industry and programs

• L3Harris has opened a solid rocket motor plant in Arkansas that will double output of motors for GMLRS — the rockets for HIMARS and M270 (source).

• The EU's new Arctic strategy for the first time places military development above ecology; 291 million dollars have already been invested in Arctic-adapted dual-use technologies, including over-the-horizon radars (source).

• The winners of the European EUDIS hackathon were projects on drone detection, countering fiber-optic FPVs and "Shaheds", autonomy without communications, and OSINT (open-source intelligence) (source).

• Rostec stated that the "Dan-T" has completed "hundreds" of combat launches, and that the next products of this class, which may be shown in 2027, will fly farther and faster (source).

Priority 3. Conflict around Ukraine: trends and signals

Front. According to DeepState, Russian forces advanced in Rai-Oleksandrivka and near Vilne (source). The "Oko Gora" channel records a gain of 48 km² for the week of October 12–18 and a 26% rise in the number of combat engagements (source). ISW assesses Russian territorial losses for September 1 — October 16 at 122 km², and net Russian gains since the start of 2026 at about 100 km² (source).

Claims of captured settlements. The Russian Ministry of Defense announced the capture of Yulivka and Malokaterynivka beyond the Konka River, roughly 10 km from recorded Russian positions. The Russian channel "Voennyi Osvedomitel" links such "virtual captures" and the declaration of Dobropillia as taken while fighting continues to preparations for negotiations with Trump's envoys (source). The NGU "Azov" Corps describes the same practice as "war on credit" (source).

Negotiations. According to Russian sources, Putin told Witkoff he is ready to resume trilateral negotiations in mid-November, and China is preparing a possible meeting of Putin, Trump and Xi Jinping (source). At the same time, "Rybar" articulates the Russian bet on a "war of cities": undermining Ukraine's economic potential to make it useless to its Western sponsors (source).

Strikes on energy and maritime trade. About 30 missiles hit Kyiv overnight in four waves (source). Maritime trade has sagged on both sides. The EU estimates Ukraine's losses from the halt of Black Sea exports at 60 million euros per day (source). The Taman terminal operator estimates Russian losses from idle ports on the Black and Azov Seas at up to 200 billion rubles per month, with cargo turnover in September down 95–100% (source).

Drone gray zone. Soldiers of the 65th Brigade could be pulled out of positions near Novoandriivka only after 320 days. Rotations were hampered by drones and artillery; one relief group was killed on the approach. Withdrawal became possible only in the autumn rains and fog; the soldiers walked 18 km on foot over three days (source). This is further evidence that weather has become a factor opening windows for movement.

Other signals:

• An Su-30SM crashed in Kaliningrad Oblast; the crew ejected (source); unconfirmed sources report a second Su-30SM lost the same day with the crew killed (source).

• More than a thousand people's militia units are being formed in Belarus (source).

• Lockheed Martin is considering a special F-16 variant for Ukraine with a new radar and integration of European weapons (source).

What to watch

1. Jet-powered shift in the Russian strike campaign. 4 thousand jet drones per month versus 2 thousand piston-engine ones means helicopters and slow FPV interceptors are losing effectiveness. Ukrainian air defense needs high-speed interceptors on the level of the "Bars" and tens of thousands of Quantum Systems interceptors, as well as over-water defense lines such as the Sargan-3000 and Sting combination.

2. The frequency race crosses the 12–15 GHz threshold. Ukrainian and Russian detector developers are reaching the same band almost simultaneously, while, according to practitioners, the advantage comes from software and networked EW control rather than power. Against fiber optics and digital video links, the role of acoustics and machine vision is growing.

3. Satellite communications have become a single point of failure. One person's decision halted Ukrainian drone operations for three days. Russian uncrewed tanks are waiting for "Rassvet", and the Russian side continues to use gray-market Starlink via "verification". The issue is quickly moving into the political sphere: the US Congress is preparing an investigation.

4. The carrier matters more than the drone. USVs, tracked UGVs, buggies, underwater vehicles and stratospheric balloons are turning into launch platforms for interceptors and strike drones. The US Army officially plans hundreds of balloons in the European theater.

5. AI is accelerating cyberattack faster than defense. PHP vulnerabilities found with AI forced European governments to take services offline. Separately, according to the WSJ, Russia is expanding drone sabotage on NATO territory.

What's new in UAVs and counter-UAV

• A new Russian loitering munition with a gasoline engine, resembling the "Lancet", has been spotted at the front; alongside it, another unknown Russian vehicle with an X-tail and internal combustion engine.

• A jet-powered vehicle resembling the Shahed-238 was downed by a Ukrainian interceptor; a Russian channel considers it a variant of the "Geran-4" or the "Garpiya".

• Sargan-3000 (Ukraine) — USV launching a Sting interceptor; a "Geran" was shot down.

• "Lastivka" (Ukraine) — midstrike for 3.5–4 thousand dollars; 3–4 kg of explosives; 100–270 km; electric and internal combustion engine variants.

• "Dovbush T40" (Ukraine) — multi-role UAV; up to 2000 km and all-day flight claimed.

• An interceptor based on the "Bars" was shown by the 1021st Anti-Aircraft Missile Brigade of the AFU; the 1020th Brigade received a hundred SPYS interceptors.

• Molniya PVO SPP (Russia) — Janes-confirmed interceptions of "Maya" and FP-1 by the "Varyag" brigade.

• "Dronoskop 6" — video interception from 800 MHz to 12+ GHz, first batch in November; "Indikator" is being expanded to 15 GHz; "Nabat V.3" sees 200–8800 MHz (source).

• "Burelom" (Russia) — new EW product.

• VolAnti — open acoustic detector capable of detecting, among others, fiber-optic FPVs.

• DRONOLAW (Ukrainian volunteer initiative DroneAid) — active protection system with a net launcher against FPVs (source).

• HECTHOR (Czech Republic) — UGV with a TUKAN interceptor bay; GRYF (Czech Republic) — drone carrier for missiles and interceptors.

• Hellhound S3 (USA) — launch from a buggy, 618 km/h.

• "Geoskan 201/701 Video" and KENS — GNSS-free navigation using camera and map.

• Ayudag-6 and StarGate (Ukraine) — casualty evacuation by heavy multicopters: first operation and preparation for launch.

Military space and space-based data

update Kosmos-2612 — after its approach to ICEYE X36, the Russian satellite shifted its orbit away, and the issue has reached the UN

The approach of a Russian military satellite to the Finnish commercial radar satellite ICEYE X36 has become the subject of an international legal dispute. The private optical network Spaceflux imaged the pair of objects from its station in Chile at a minimum distance of a few kilometres. After that, Kosmos-2612 performed a new manoeuvre and increased the distance (source).

Space law researcher Christopher Johnson of Leiden University points out that the 1967 Outer Space Treaty does not explicitly prohibit non-destructive proximity operations. At the same time, Article IX allows Finland, the United Kingdom, the United States and Poland to request consultations, and Russia is obliged to take part in them (source). A Russian channel reports that the topic has been placed on the UN agenda (source).

Space communications as a vulnerability. The Starshield restrictions and the Russian military's reliance on "Rassvet" for UGVs are described in the section on satellite communications along the line of contact. The American concept of stratospheric balloons is built directly on the assumption that satellite communications will degrade in a conflict.

Changes in data access:

• Commercial ICEYE radar imagery has become a public tool for exposing Russian infrastructure. Using it, The Times described the construction of an over-the-horizon radar near Gvardeysk with three antenna fields more than 500 m long (source). Imagery from Western satellites was used to assess damage to a Yandex data centre and the fortifications of the drone port at Tsimbulovo.

• Private optical orbit-monitoring networks such as Spaceflux provide a state-independent source of data on space proximity events.

• Ship tracking is recording evasion schemes. According to Kpler, tankers transit the Strait of Hormuz with AIS (Automatic Identification System) switched off and transship oil off Oman; about 14 million barrels per day are moved this way (source). For OSINT this means that the flow of "dark" vessels in the region has increased.

• Aircraft tracking is exposing military logistics. OSINT researcher 360°Radar recorded a flight by a Saudi C-130H to Rzeszów, the main hub for supplies to Ukraine (source), and a Kalitta Air Boeing 747 freighter has resumed Dover–Rzeszów flights under a US Transportation Command contract (source).

Under the radar

• VolAnti — an open-source acoustic FPV detector for 65–110 dollars. An ESP32-S3 board with four MEMS microphones performs a 2048-point fast Fourier transform every 32 ms and searches for blade harmonics in the 70–2000 Hz range. A quadcopter was detected at a distance of up to 104 m; neighbouring sensors are alerted via LoRa. Its value is that the detector sees fibre-optic and radio-silent drones that are invisible to RF detectors; the firmware and boards are published on GitHub (source).

• A 50 g neural module for drone control over a 25–70 kbit/s link. According to Izvestia, the module from Russian developers adapts video compression to the link bandwidth on its own. When bandwidth is insufficient, the onboard neural network recognises objects and transmits only what is essential to the operator. Test conditions and picture quality have not been disclosed (source).

• "Romashka" — detection using several neural network models at once, and a vehicle version. The update allows different object classes to be searched for in parallel. The developers are preparing an Android version for a vehicle-mounted camera that displays drone detections on screen while driving, and a version for DJI controllers (source).

• Signallers of the "Zapad" group of forces tested more than 20 new communications systems. The priorities are UGV control range, cryptographic protection of the video stream and multiband radio communications. This directly determines the operating radius of robots such as "Depesha-3" (source).

• A technical breakdown of jet-powered interceptors using the Ukrainian Alexa Spatium as an example. The author separates what is officially known from what is derived through engineering analysis, compares the cost with surface-to-air missiles and assesses the role of machine vision (source).

And what about our Chinese comrades?

• A "five-in-one" aerostat. Beijing Yufeng Flight Technology conducted the first tests of the 24 m long Yunshao M1000-CNS in Sichuan on 13–16 October. The aerostat combines a relay, a navigation station, a weather sonde, a radar and threat detection; it carries over 300 kg at an altitude of about 1 km and covers about 2000 km². The gas is divided into compartments, and the vehicle can remain aloft without landing for up to five years. The company intends to network such aerostats with radars and satellites (source).

• The Rocket Force is practising survivability under mass losses. During an exercise, a missile regiment consolidated the remnants of three launch battalions into a single structure within 20 minutes and carried out all launches on time. The basis was pre-standardised crew training; more than 10 scenario injects were worked through in 20 hours (source).

• China is training foreign military personnel in counter-drone warfare under the UN flag. A three-week UN course on unmanned systems has begun in Xi'an, run by the PRC Ministry of National Defense Peacekeeping Affairs Center and the PLA Air Force Engineering University. The programme includes counter-UAV operations; trainees from eight countries are taking part (source).

• Taiwan is preparing infrastructure for demolition. On 20 October, sappers in Hualien blew up three of the seven piers of the Mingli Bridge — already the third such exercise this year (source). Taiwan's National Security Bureau counted more than 2.5 million messages from Chinese information operations over nine months, 48% more than a year earlier, including AI-generated content (source).

• Unitree's humanoid "bodyguard". The Robot H2-X, 182 cm tall and weighing about 70 kg, has 31 degrees of freedom, an onboard computer of up to 2070 TOPS and runs for up to 8 hours (source). For now this is a civilian security niche, but the onboard computing power is orders of magnitude higher than that of typical drone platforms.

External analysis

• Kyiv Independent confirms the transfer of mesh networks into Russian strike drones used against Kyiv. Russian Telegram discusses mesh as a prospect for FPV, while the Western piece speaks of combat use in long-range strikes and says that traditional EW is of little effect against such groups (source).

• Janes independently confirms the Russian "Molniya" shift to AI guidance against aerial targets. On top of the "Rubikon" videos, the piece provides specifics: the "Varyag" brigade, the designation "Molniya PVO SPP", and the targets "Maya" and FP-1. This supports the conclusion that Ukrainian decoys are now being knocked out by cheap autonomous means (source).

• BAE Systems is betting on a combination of kinetics and HPM. At AUSA the company showed the MDACS artillery system with HVP hypervelocity projectiles against aerial targets and an HPM (High-Power Microwave) emitter against swarms. More than 99% of the emitter's components are commercial, but there are no contracts or specifications (source). The logic is the same as in the Ukrainian demand for cheap interception: do not spend expensive missiles on mass targets.

• Lockheed Martin is eliminating Patriot "dead zones". The RIG-360 module gives PAC-3 missiles 360-degree two-way communication with any radar in flight and has already passed its first flight test (source). Against the backdrop of Ukrainian negotiations on PAC-3 deliveries, this increases the return from each missile during attacks from different directions.

• Talks on autonomous weapons are stalling over verification. In September, the Group of Governmental Experts of the CCW (Convention on Certain Conventional Weapons) agreed on elements of a possible binding instrument on LAWS (lethal autonomous weapon systems). The main problem is how to verify compliance amid the rapid development of AI (source). Practice in Ukraine, where AI interceptors are already in series production, is moving noticeably faster than diplomacy.

• Polish data corrects the picture of night strikes. According to Onet, on one night Russia launched 98 drones and 6 missiles; 58 drones were neutralised, about 59% (source). This is substantially lower than the 80–90% cited by the Ukrainian command for piston-engine "Shaheds". The difference is probably explained by the share of jet-powered vehicles and decoys, as well as by different counting methodologies.

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