Daily digest, 18 August 2026

Long-range UAVs and deep strikes

🔵 Dovbush T40 — Ukrainian fixed-wing reconnaissance-strike UAV, range >2000 km. Ukraine's MoD has codified the new aircraft: wingspan ~5 m, flight endurance >a day, engine with electronic fuel injection, claimed ultra-low radar signature and EW resistance. Purpose — deep reconnaissance, fire adjustment, precision strike by drop or in kamikaze mode. According to the manufacturer — a development of the earlier Dovbush T20 (in use since 2022). The claimed range is enough to reach the Urals and Western Siberia source. [TECH] the posts contain the claimed specifications.

🔵 [upd] Nyan — The Sunday Times confirmed six months of deep strikes into Russia; a second aircraft with a range of 960+ km has surfaced. The British BAE Systems Callen-Lenz jet drone struck refineries in Volgograd, Yaroslavl, near Moscow and in Belgorod. Nyan's claimed 250 km is only enough for the border area — the distant targets (Volgograd ~400 km, Yaroslavl ~700 km) were hit by a second, unnamed aircraft with a range of more than 960 km. Earlier, a teardown of the Nyan revealed a consumer-grade Cube Orange autopilot on ArduPilot + a TUALAJ 8200 anti-jam digital antenna array (8-element CRPA, L1 only, does not reject spoofing); links — Iridium (SBD, fractions of a kbit/s) + a short-range radio link for manual terminal guidance at the target source.

🔴 [upd] BM-35 "Flash" — conversion to a jet platform. A Ukrainian report on converting the well-known middle-strike BM-35 to a jet engine — the enemy is now replacing ICEs with jet engines not only on the Shaheds source. Separately, an unidentified Ukrainian middle-strike UAV has been recorded, whose "guts" are being found 60 km from the line of contact; its target is warehouse zones source.

🔴 [upd] Dovbush T40 ↔ Ukraine's ballistic missiles: Fedorov — first launch of Ukrainian ballistic missiles at Russia before the end of 2026. The former head of the Ministry of Digital Transformation told CBS News: in 3–6 months Ukraine will be able to use ballistic missiles of its own production source.

Counter-UAV (C-UAS)

🔴 [upd] Klyon (Belarus) — specifications confirmed at exercises in the Grodno region. The short-range reconnaissance radar by JSC ALEVKURP detects UAVs with low and ultra-low RCS and is integrated into a single loop with EW, air defense and fire assets. Dispersing the Klyon together with the Rodnik-3D and Russian OVP radars is intended to cover the low-altitude blind spots through which FP-1/FP-2 seep into the rear source.

🔴 Katran PVO (PPSh Laboratory) — a single automated "radar→tracking→interceptor drone" loop. The Lun radar with AESA detects the target, and the Martyshka interceptor drone (multirotor, high-RPM electric brushless motors, carbon fiber, guidance by an electro-optical station and machine vision) goes after it without operator involvement. Kill — kinetic ramming or a small fragmentation warhead; an IR channel distinguishes a drone from a bird; radius up to 10 km; swarm operation across altitude layers is possible. Limitations — designed for subsonic targets source.

🔴 [upd] NABAT V.3 — testing in the SMO zone, detection range up to 30 km. The UAV detector has expanded its range to 200–8800 MHz, strengthened filtering of false alarms (Wi-Fi, Bluetooth, cellular, cameras) and improved video interception. The addition of Walksnail and other digital transmitters has been announced source.

🔴 Laser vs the Lyutyi: composite holds, HDPE and copters get cut. Field feedback: the laser does poorly against drones made of fiberglass/dense carbon (the Lyutyi's foam is protected by fabric), the HDPE Maya is cut "like butter", copters lose blades/batteries. Against heavy composite drones and Gerans the laser is useless — interceptors with HE-fragmentation warheads are needed source.

🔴 Pantsir-S1M on 35-meter towers — layered counter-drone defense of Moscow. An autonomous combat module of the gun-missile air defense system on special towers; new small TKB-1055 Gvozd surface-to-air missiles designed for engaging UAVs are used. Similar towers have begun to be built in other regions as well source.

🟢 Kolibri-I10 (TAF Industries, Ukraine) — an interceptor drone based on the Kolibri FPV. New motors, propellers, batteries and electronics: >200 km/h, payload up to 0.5 kg, tactical radius up to 15 km, up to 25 min, ceiling 3000 m, day/night digital cameras. According to the manufacturer, already in use source.

🔴 [upd] KVN (Ushkuynik) — fiber-optic FPV reaches 42 km, with a night thermal version. Modifications tested near Sumy and Kostiantynivka hit targets up to 42 km away thanks to higher-capacity spools and a redesigned airframe; a thermal channel has been introduced for round-the-clock operation. According to the developer (Chadaev clarifies — this is statistics from the MoD database, not a "claim"), a scout-spotter increases KVN effectiveness 2.5-fold source.

GPS-free navigation, autonomy, machine vision

🔵 Furia (Ukraine) — change of role: from reconnaissance aircraft to route-planner for autonomous strike drones. A Russian teardown of a captured unit: new DTC BlueSDR modems (blue), a move to 1.3–1.4 GHz. The Furia takes high-detail imagery of the rear → software finds camouflaged equipment and builds an ultra-precise digital terrain map → the map is loaded into a strike drone that flies to the target autonomously, without a link to the operator (EW cannot jam it) source.

🔵 [upd] Machine-vision navigation — serial adoption by several players at once. TsKBR/Ploshchad ("Martian" visual odometry method, matching against a reference map, eliminates INS error accumulation) source; MAI — a unified AI platform (autopilot + power unit + onboard AI, obstacle avoidance using cameras/lidars without an operator), preparing for series production source; Chernye Korshuny — a VIO/VPS module with onboard neural networks source.

🔴 BELENA — anti-spoofing module: cross-checking GPS against INS and barometer. Compares coordinates/speed/altitude from GPS with inertial and barometric data; in case of a contradiction, it blocks the unreliable GPS and informs the flight controller that the satellite solution is unavailable — the controller switches to a backup scenario source.

🔴 Molniya-2 (BARS-Sarmat) — a carrier of FPV interceptors. Three variants: two copter FPVs under the wings, one high-speed anti-aircraft FPV under the fuselage, or one copter on the fuselage; a variant with a rotating camera has been shown source.

🔵 [upd] Gerbera — record serial numbers and unification with the Geran. OSINT tracking of production scale: a Gerbera with number YY101152 (at the end of July it was YY100239), the new EP101182 version is moving towards unification with the Geran; jet-powered Geran-4 — maximum number E4897 seen on camera source.

Carriers, USVs, masts

🔵 "Balloons" instead of "Hornets": Starlink FPVs are dropped from low-observable balloons. On the route to Melitopol, the AFU use cheap, inconspicuous carrier balloons instead of scarce Hornets launched from aerostats. Practically every AFU drone now works with a Starlink Mini terminal source.

🔵 An enemy rapid-deploy mast (9–15 m) — its relevance for Russia is being discussed source.

🌊 USC: a robotic "USV + underwater vehicles + drone" combo under unified control. The USV carries 2–3 autonomous underwater vehicles + remotely operated robots, coordination from the air by a search drone, control from a containerized mobile station. Communications: boat↔drone via satellite (probably Bureau 1440) and VHF, with the underwater robots — hydroacoustics source.

Military AI, cyber, communications

🔴 GLM-5.3 (Z.ai, China) — 84.5% on CyberGym (vulnerability discovery), 54.4% on ExploitBench. The Chinese foundation model is approaching the results of Anthropic Mythos 5 (a lag of 3–4 months). Key point: the weights are planned to be opened in ~2 weeks — this will move vulnerability discovery and, partly, exploit-building capabilities from a cloud API to a locally deployable model. For military/special cyber units — a fundamentally different mode of access to dual-use AI source.

🔴 [upd] DELTA (Ukraine) — West Point's Modern War Institute (MWI) advises the US Army to buy the Ukrainian combat platform. Flight instructor Andreasen proposes not to build a system from scratch, but to license DELTA, proven by 4 years of large-scale war, as the foundation of a "horizontal kill web" in which the scout, analyst, commander and strike unit work with a single digital target record. A contrast with the US, where functions are distributed among ATAK/CPCE/AFATDS/Maven with weak connectivity source.

🔵 Mission Control (Ukraine) — calculating the economics of strikes for the first time. As part of DELTA: ~50 thousand missions and 230 thousand reports per week. In June, every $1 spent on engagement → ~$5 of estimated Russian losses; engaging one serviceman ~$3032 (with his training costing ~$65 thousand), equipment ~$2674, infrastructure ~$1487 source.

🔴 Binance gave the FSB full data on an EU-resident user — under a "terrorism" article for donations to the AFU. The crypto exchange handed over to the Investigative Committee everything since registration (scans of passport/residence permit, KYC photos, history of transactions, logins, geolocation, device fingerprints). A signal of the real level of interaction between global crypto platforms and Russian security agencies source.

🔴 MESH communications for drone swarms (Chernye Korshuny) — a self-organizing network, relay drones beyond the horizon source.

---

Priority 2. Military innovation (Ukraine, Europe, NATO)

🇺🇦 DOT-Chain Defence (Ukraine) — the marketplace has cut delivery from months to days. Over a year of operation the average time fell to weeks; the minimum recorded is one day (EW, UGVs, reconnaissance drones, interceptors, FPV), UAV munitions — 6 days. It does not replace centralized procurement but complements it: units choose equipment themselves within their budget source.

🇬🇧🇺🇦 Grenadyr (UK) invests in Ukrainian deftech. The venture platform has closed 7 deals (tickets of $350 thousand–$1.3 million), 5 of the 7 are Ukrainian startups. The latest — Forland Systems (UGVs, jointly with the Achilles brigade) source. Separately, AIDronesUA (MAUL evacuation UGV) signed a memorandum with the American Empery Digital source.

🇷🇺 Roy.Market (TsBST) — a Russian dual-use marketplace exits the pilot phase. Third-party sellers are being connected (incl. from Wildberries/Ozon); by 2027 — >10 thousand items: UAV components, PPE, electronics, field uniforms source.

🇺🇦🇺🇸 [upd] S-300 modernization amid the Patriot shortage. A joint US-Ukrainian program: refit of 5V55 missiles (replacement of the solid propellant + new electronics) and a hybrid munition (a Western seeker in an old body, for Soviet stations). Volume 100–300 missiles/year (for comparison: Patriot — ~600/year in the US). The shortage problem is confirmed by CNN — one Patriot launcher had not fired for ~6 weeks source.

🇺🇦🇨🇦 ReKam 3.2 — a Ukrainian-Canadian (Crane Avia + Sentinel R&D) medium-range kamikaze drone source.

🇺🇦🇫🇷 [upd] The Khyzhak counter-drone turret (Ukraine) tested from the French frigate La Fayette. The first known test of a Ukrainian military system by the French Navy source.

🇺🇦 Vyrivniuvach guided glide bomb (Ukraine) — completed trials, being procured. Warhead 250 kg, range 10–130 km, almost three times cheaper than JDAM; ~10 types of precision air-launched weapons are in development. A response to Russia's ~300 FAB bombs with UMPK per day source.

🇺🇸 [upd] NetSense (Lockheed Martin) — drone detection via a 5G network, trials in Miami. Analyzes changes in radio signals between base stations without separate radars; determines the route and tracks. The model — a subscription for airports/stadiums/critical infrastructure; can be linked with interceptor drones. Pilots — 2nd half of 2026, launch — 2027. France's Orange has an analog source.

🇺🇸 T-17-78 Antoshka (NPO Taktik) — heavy FPV flagship: high payload capacity, communication link survivability source.

🇷🇺 Silicon-carbon batteries 1.5 kg / 30 Ah 6S — coming soon, promise a range gain over LiPo source.

---

Priority 3. Conflict development and forecast signals

• Russian long-range drone infrastructure near NATO borders. The Telegraph/DroneSec: 10 bases, 59 new launch rails near the borders with Ukraine and Belarus, ~20 extended for the jet-powered Geran-4/5, range ~1000 km (Warsaw within reach), one base stores >1000 UAVs, solar panels for autonomy from blackouts. 7 of the 10 have already been used against Kyiv source.

• NATO: a three-stage strategy in case of war with Russia (Bild): stage 1 — countering fighters/missiles/drones + strikes on Kaliningrad; stage 2 — an "autonomous zone" of drones and robots on the border without personnel; stage 3 — strikes on Russian territory (airfields, plants, bridges, railways) source.

• The exchange of strikes on logistics/energy is intensifying. Russia strikes the ports of Odesa/Izmail (USV depots, hangars with Western equipment) and the Kamianske Combine, which works on the Neptunes (5–6 workshops, solid rocket propellant). Russia's grain exports via Azov/Novorossiysk are under attack — wheat prices fell ~24% y/y. Forecast signal: without parity on Patriot and a Black Sea ceasefire, Kyiv will continue hunting in the deep rear.

• Economic signal from inside Russia: VEB chief economist Klepach was fired for forecasting defeat in a war of attrition and a social crisis — the topic is already being discussed on the platforms of loyalist structures source.

---

Military space and space-derived data

🔴 Rassvet (Starlink analog, Bureau 1440) — has become a priority target; lines of attack exposed. Enemy analysts (Yuri Baranchik, Radio Svoboda) list: (1) strikes on Soyuz-2.1b production at the Progress RSC in Samara — a "bottleneck", already attacked by the Flamingo; (2) the ground segment (Russia's gateways on its own territory vs Ukraine's Starlink gateways in NATO — an asymmetry; a repeat strike on the Dubna satellite communications center on June 30); (3) specialized powerful EW in the satellite communication bands; (4) cyber/overload with fake subscribers; (5) kinetic ASAT — as a reserve. Key point: the constellation (~32 spacecraft after 2 launches) is in its most vulnerable phase — already visible as a threat, but not yet self-healing source.

🔵 [TECH] Rassvet — production arithmetic (FlydroneNews). One Soyuz-2.1b launches 20 satellites; the baseline constellation requires 12–15 launches. Plan: 156 spacecraft in 2026, 292 in 2027, 318 in 2028, ~900 by 2035. Orbit ~800 km (higher than Starlink → greater coverage, but tougher requirements on the radio link power budget). The Rassvet terminal is ~15 kg / 60×60 cm versus ~1.1 kg for the new Starlink. Budget ~514.7 billion rubles. All components of the Soyuz-2.1b (except the engines) are made at Progress in Samara source. Serhii Flash clarifies: the alternative spaceports are Baikonur and Vostochny; there is also the Angara-A5 (Omsk, up to ~60 satellites, but it flies rarely) source.

🔵 Kepler Communications (Canada) — Tranche 2 on Rocket Lab's Neutron launch vehicle, a jump to 100 Gbit/s. The optical network moves from rideshare on Falcon 9 to Neutron (2028), with compatibility with the previous generation. Tranche 1 (2026) — 10 satellites with OroraTech thermal sensors. Critical for low-latency government/military communications; integration of 10 spacecraft into ESA HydRON (a terabit laser multi-orbit network) source.

🔵 SatNet (China Satellite Network Group) — the 24th batch launched. A state project for 13 thousand satellites; at the beginning of 2026 — ~163 in orbit, 400 planned by 2027 source.

🛰 Access to remote sensing data: Yandex Maps has moved from blurring to painting forest over military sites (Bastion missile battery, radars, EW near Kronstadt). On Google/Apple/Microsoft imagery the position is still visible; a former Finnish intelligence officer: from an operational standpoint it is pointless (intelligence uses its own imagery), and the processing was done carelessly — seams and repetitions are visible source.

📡 Starlink at the line of contact: LUCAS debris with integrated Starlink terminals was found in an Iranian area of operations — confirmation of the use of civilian satellite infrastructure for the command-and-telemetry links of long-range strike UAVs source.

---

Under the radar

🔵 A meta-prompt for generating expert system prompts (payloadUAV). A "sleuth" template that reconfigures itself for the technical domain: it first identifies the essential dimensions [DOMAIN], then digs into only those down to practitioner level; it separates [FACT]/[CALCULATION]/[CONCLUSION]/[HYPOTHESIS]/[UNKNOWN]/[CONFLICT], and prohibits conjecture and transferring the properties of a version to a class. A practical tool for engineers/designers that has been tested on real technical tasks source.

🔵 SysGit — "Hardware as Code" on SysML v2 + Git + AI (BOM_Voyage). Product requirements and architecture as a formal machine-readable model in Git: commit/branch/pull request/diff/merge over the system model, CI checks integrity, AI agents via an MCP server and REST API analyze dependencies and propose changes. An approach used in the systems engineering of complex products (SpaceX is mentioned as an MBSE user) source.

🔵 Ansys SimAI — an ML surrogate instead of thousands of CFD/FEA runs (BOM_Voyage). Works directly with geometry (without a fixed set of CAD parameters), allows topology changes, predicts pressure/velocity/stress fields in seconds via an implicit neural representation. The "generation→fast physics prediction→optimization→accurate CAE verification" cycle is directly relevant to the generative design of UAVs source.

🔵 [TECH] Ducted propeller vs impeller for a tail propulsion unit (aerokot_bpla). A detailed engineering analysis: ducted propeller — range/speed/minimum weight; impeller — thrust/protection/quietness/low vibration in the turbulent wake behind the tail surfaces. The author's conclusion: if compactness on the launcher is set aside, the ducted propeller solution is more interesting; he notes that the Americans are "cosplaying" the Pchyolka UAV source.

🔵 [TECH] Nvidia Jetson Orin inside the Russian S-71 Monokhrom cruise missile (The Defense Post/HUR). An American AI module in a new air-launched cruise missile — the chip's function has not been established, but it points to possible AI integration and the continued use of Western electronic components despite sanctions source.

🟢 Meteomatics weather drones (Switzerland) — data for military forecasts. Autonomous vehicles flying up to 6 km measure temperature/humidity/pressure/wind, covering the "blind zone" of the lower atmosphere; they return to base (unlike disposable sondes). Since 2026 they have been transmitting operational data to the US National Weather Service; the military is interested (weather affects flights and operations) source.

---

And what about our Chinese comrades?

🔴 Robotic riot suppression (China Army). A robot dog and a ground platform with a module: an electromagnetic gun, a 38-mm grenade launcher (gas/smoke/flash-bang), a net launcher for remote detention, a light-and-sound beacon. Combined via a MESH network into a single system; the module can be mounted on both police cars and UAVs source.

🔴 Acoustics + AI + laser rangefinder against UAVs (Beijing Ribri Technology). Acoustics detect the drone, AI recognizes it, thermal imagers and a laser rangefinder determine its position and track it, after which the target loses control and falls source.

🔴 Construction of a runway on Antelope Reef (Lingyang) in the South China Sea (China Army). August imagery: a prepared strip 55 m wide (as at other military outposts in the Spratlys), already 1300 m, likely to be extended to 3000 m — for the full spectrum of PLA combat aircraft source.

🔵 J-10CE probably delivered to Uzbekistan (China Army/AviaNews). New photos on Chinese social media; presumably up to 24 aircraft for ~$1 billion. It would become the second export operator of the J-10C after Pakistan; replacing obsolete MiG-29/Su-27. AESA radar, PL-15E missiles. No official confirmation source.

🔵 SkyX Bionic Flying Fish (Changsha Night Hawk) — an amphibious drone: air/water/diving to 5 m. When submerging, the wings fold into a streamlined body; speed on and under water up to 50 km/h, flight up to 60 min. Being prepared for series production source.

---

External analysis

• US general: the US has no means against drone swarms (topwar, citing a speech). Deputy commander of Northern Command Jarrad admitted the lack of adequate means of detection and interception in a massed swarm attack, including one from the territory of the US itself. This directly echoes the Russian-Ukrainian picture, where C-UAS has been a "means→countermeasure" race for several years, but shows that even NATO's most advanced army has the same critical gap source.

• US Army + Safe Pro: AI turns drone video into intelligence (The Defense Post). The SPOTD platform (computer vision) builds 2D/3D geospatial models and recognizes >150 types of mines and unexploded ordnance; it has been used in Ukraine for ~3 years. The external source adds specifics on automatic real-time AI threat detection to the Ukrainian Telegram picture source.

• The Pentagon puts AI "watchmen" on the supply chain (The Defense Post). DLA is introducing AI agents for real-time monitoring of warehouses/suppliers/stocks with preventive risk identification (e.g., the threat of natural disasters to facilities). Echoes the Russian report on the exhaustion of trucks — both sides are coming to treat military logistics management as a critical resource source.

• Ukraine's drone experience is changing Latin America's wars (Foreign Policy, via @yigal_levin). ACLED: drone attacks in Colombia grew from 1 (2023) to 149 (2025) and 137 by August 2026. Groups study Ukrainian/Mexican experience via social media, some fighters traveled to Ukraine for skills; >7 thousand Colombians have served in the AFU. External analysis records the global diffusion of cheap strike-drone tactics source — the Libya/Latin America topic is also heard in the Russian-language picture (Arkhangel).

• Hawaii's Eclipse X9 — basalt-fiber drones at RIMPAC (Defence Blog). A composite of volcanic rock + PETG for 3D printing; fixed-wing UAVs and a small surface drone were printed and tested at US Navy exercises. A line of technologically independent, cheap production of unmanned platforms from available raw materials source.

• Vector/Reliant (Ukraine) to get SAR radar (Defence-UA). Reconnaissance drones will be able to see the enemy through fog, clouds and at night regardless of lighting — unlike optics. An open question is the reality of mass adoption given the cost/availability of components, which complements the Russian-Ukrainian Telegram picture with technical skepticism about scaling source.

• The US Air Force buys DJI drones as training targets for a nuclear ICBM base (Defence Blog). Despite years of concerns about DJI security and legislative restrictions, the military is taking specifically Chinese drones — because of their availability and cheapness as threat simulators. A telling illustration that even top armies depend on the Chinese civilian drone industry source.

Top mil-tech signals of the day

1. ↗27 · 👁442 · @theaterVD — ✈️🇺🇦 Ukraine's MoD has codified a UAV with a flight range of more than 2000…
2. ↗21 · 👁364 · @zloy_dron — A rapid-deploy mast from the enemy. Would something like this be relevant for us? For a height of 9-1…
3. ↗11 · 👁229 · @theaterVD — 🇺🇦 🇺🇸 Ukraine-US cooperation in unmanned systems The Ukrainian comp…
4. ↗30 · 👁640 · @zloy_dron — We have batteries weighing 1.5 kg with a capacity of 30Ah 6s coming soon, produced using…
5. ↗20 · 👁437 · @theaterVD — ⚔️🇷🇺🇺🇸 NATO has developed an action plan in case of a conflict with Russia According to report…
6. ↗14 · 👁365 · @theaterVD — ✈️🇯🇵🇺🇸 Japan has signed contracts to upgrade F-15J fighters to the standar…
7. ↗11 · 👁308 · @texBPLA — Now this is interesting. Lockheed Martin has taught a 5G network to track drones…
8. ↗71 · 👁2075 · @poisk_mil — 🇺🇦 Changes in the organizational structure of Ukraine's security agencies. Within the…
9. ↗17 · 👁546 · @theaterVD — 🚛🇺🇸 The US Army has signed a new contract for HMMWV production The US Army…
10. ↗13 · 👁422 · @theaterVD — 🚀🇺🇸 The US Navy has signed a $22.9 billion contract with Raytheon to accelerate p…