Quantum AI

[Convair @CONVAlR]

کلاهک فتاح ۲ ترکیبی از HGV و HCM است هیچکدام به تنهایی این موشک را تعریف نمی‌کنند و خب در فتاح ۲ از یک پیشران سوخت مایع هیدرازین استفاده میشود

شهید حاجیزاده در ویدیو :

از خارج از جو کلاهک شروع میکند به مانور کردن در ارتفاع پایین بر خلاف فتاح ۱ که در ارتفاع بالا مانور میدهد.

[Helvegen @Helvegen29]

Cut up TM-62m, likely for usage as drone munitions

[Drone Wars @Drone_Wars_]

Ukrainian-Lithuanian company Valkyrie Dynamics has raised €1 million in pre-seed funding to manufacture and further develop its miniature Heimdall radar seeker for interceptor drones.

Heimdall is a lightweight, onboard terminal-guidance radar designed for FPV interceptors and autonomous interception platforms. According to the company, it provides a radar-based view to the operator during the final 100–500 m (328–1,640 ft) of an interception, allowing targets to be tracked in conditions such as fog, rain, smoke and snow, when optical and thermal cameras may struggle.

The device weighs approximately 100 g (3.5 oz), with Valkyrie targeting a unit cost of less than €300 in mass production.

The company says Heimdall supports both manually piloted FPV drones and autonomous flight when paired with a compatible guidance module. Recent flight tests were conducted in cooperation with Ukrainian-Estonian company Korven Systems.

The newly raised funds will support initial manufacturing, further development and team expansion.

Source: https://t.co/OsI6vbhKf6, Hexa

[tt_125 @tt12514]

Προφανώς υπάρχει ζήτηση για συστήματα οπτικής πλοήγησης

[tt_125 @tt12514]

quote: A higher-quality photo of a B810-UV pod containing ten 80mm S-8VC unguided rockets, upgraded for countering drones.

[Drone Wars @Drone_Wars_]

Ukrainian company INFOZAHYST has upgraded the Pluton ESM system to detect mesh networks on Russian Geran and Gerbera UAVs, Militarnyi reported.

The system can now monitor mesh modems on 1.5 GHz and 3.4 GHz frequencies at distances of up to 70 km (about 43 miles). Mesh networks let each drone act as a receiver and repeater, extending range and complicating electronic warfare jamming. Pluton operates across 500–6,000 MHz (extendable to 24 GHz) and can also detect FPV, Supercam, Zala, Lancet, and Orlan drones.

The new version supports remote monitoring of multiple systems via VPN. It can estimate a UAV’s time of approach to a protected site.

#INFOZAHYST #Pluton #Ukraine #Geran #MeshNetwork #Shahed

[cemaxecuter @cemaxecuter]

WarDragon getting pushed hard! 13+ mile drone detections and tracking on things besides RID…Years of hard work poured into this platform, and it just keeps getting better and better. 🐉📡

[H. Memarian @HEMemarian]

Rear view of the B8V10-UV launcher for unguided S-8 rockets, alongside the newer guided S-8VTs with a radar seeker for engaging aerial targets, and the S-8KL equipped with cluster munitions for engaging ground and surface targets.

[Tyler Rogoway @Aviation_Intel]

This Is The Army’s New MALET Kit That Turns Mortars Into Drone-Dropped Weapons

The clip-on kit is designed to give soldiers a convenient way to rapidly turn existing mortars into small bombs for drones.

https://t.co/QccX7nBkUs

[Drone Wars @Drone_Wars_]

Ukrainian company Militech Group has reportedly developed the Grim LTE modem to control drones when Starlink access is restricted.

The device increases LTE transmission power to 1.5 watts — six times a standard modem — and offers an operating range of up to 45 km (about 28 miles) with seamless base-station switching. It is based on a MikroTik modem with a signal amplifier and dual SIM slots. Batches of 500 or more are being prepared for Ukrainian manufacturers in 2026, with foreign availability expected from January 2027.

The system is positioned as a backup amid reported Starlink delays on the front line.

#Militech #Grim #LTE #Ukraine #Drones #Starlink

[changying ma @Chuanghuielectr]

From an operator’s point of view for this high‑speed interceptor drone
Low‑altitude max speed: 900‑1100 km/h (Mach 0.7‑0.9) 0‑1000 km/h acceleration: 5‑12 s | e‑takeoff + jet boost AI vision target lock | detection:3‑15 km, terminal lock:300‑1000 m Kinetic hit‑to‑kill

[Helvegen @Helvegen29]

Javelin precursor

[H. Memarian @HEMemarian]

According to a presentation by JSC Zaslon, S-8VTs reportedly features a compact radar-homing seeker.
It could offer advantages in adverse weather conditions, particularly given Russia’s operating environment, but may also have limitations against low-speed, low-altitude targets.

[0x45 @0x45o]

this guy figured out how to leak your exact location from any video with sound using the Doppler curves of nearby airplanes

[Mehdi @MehdiHacks]

Here's the "Hello World" of radar:
detecting motion, direction and speed using the Doppler effect.

[Castelion @Castelion]

Castelion founders spoke with @FortuneMagazine about building affordable hypersonics at scale.

Thank you, Fortune, for the feature.
https://t.co/3Rdb8sfvW9

[tt_125 @tt12514]

Από το κανάλι του σεργκέι φλας σχετικά με το ποσοτικό πλεονέκτημα.

[alphaXiv @askalphaxiv]

OpenAI just claimed to disprove one of computer science's most fundamental assumptions. But why is this such a big deal? Here's our quick breakdown.

Imagine you have a bunch of switches, each either ON or OFF, and rules like:

Switch A must be ON, OR switch B must be OFF
Switch B must be ON, OR switch C must be ON
At least one of switches A, D, or F must be OFF

With 6 switches, there are only 64 possible combinations.

But with 100 switches, there are approximately 1.27 trillion trillion trillion combinations (2¹⁰⁰), and the rules can connect switches in complicated ways, making it extremely difficult verify which combinations work.

So the mathematical challenge is finding even ONE combination that satisfies every rule, or proving that none exists.

The assumption right now is that even with clever algorithms that eliminate huge numbers of possible combinations, solving the hardest 3-SAT problems still requires exponentially growing computation as you add more switches.

This type of problem is called 3-SAT, where each rule involves at most three variables.

And 3-SAT is NP-complete, meaning that if someone discovers a polynomial-time algorithm that solves every 3-SAT problem, they could theoretically solve every problem in NP efficiently.

So the Exponential Time Hypothesis (ETH) makes a stronger claim: even in the worst case, solving 3-SAT cannot be done in subexponential time.

But OpenAI claims to have found an algorithm that does exactly that, meaning the time required still grows extremely quickly, just fundamentally slower than ETH says is possible.

If the proof holds, it would overturn one of the foundational assumptions in theoretical computer science.

Read more about it:
https://t.co/2NHlDUae5F