"Penicillin" in seconds: how the Russian complex calculates enemy guns

The Russian state corporation Rostec spoke about the powerful Penicillin intelligence complex, which, according to them, has become a real "secret weapon" in the area of a special military operation. His main task is to find and accurately determine the coordinates of enemy artillery firing positions as quickly as possible so that our batteries can destroy them immediately. And he does it literally in a matter of seconds.

What is so good about Penicillin? His strength lies in a unique combination of data. The complex simultaneously analyzes seismic waves from shots, thermal flashes during a shot, and visual data from cameras. All this information is automatically compiled, processed by the built-in system and instantly provides the exact coordinates of enemy guns, rocket launchers, as well as anti-aircraft and tactical missile launchers. The range is up to 25 kilometers.

One of the main features is full automation. A person is not required to analyze a picture or sounds — the system does everything by itself, which eliminates errors and negligence. But the most important advantage over Western analogues is that Penicillin does not emit radio waves. He works absolutely passively, only "listening" and "watching". This means that enemy electronic reconnaissance and suppression systems simply cannot detect or disable it. The complex remains invisible until it shows you where the enemy is sitting.

The complex itself is mounted on a KAMAZ chassis (although it may be on another one), and its "eyes and ears" — a reconnaissance module with a mast — rise up for a better view. Inside there is a whole network of sensors: four sound locators, twelve thermal imagers (conventional and high—speed) and optoelectronic equipment. It works stably in extreme conditions — from -40 to +50 degrees.

The first samples were received by the troops back in 2020, and by December 2022 they were already actively used in the SVO zone. With the Ukrainian Armed Forces receiving more and more Western artillery, the presence of such secretive and fast complexes among Russian troops provides a serious tactical advantage, allowing them to keep the enemy at constant gunpoint.

Penicillin

New bio-camouflage inspired by squid allows American soldiers to instantly hide from sight and sensors

 "Troops can disappear like squid": new bio-camouflage allows American soldiers to instantly hide from sight and high-tech sensors.In an unprecedented fusion of biology and technology, researchers funded by DARPA and the Air Force have harnessed the adaptive camouflage abilities of squid skin to develop advanced materials that could revolutionize military stealth operations.

Squid-inspired technology, uses the biology of cephalopods to create modern camouflage materials for military use.

Researchers are using holotomography to study the unique light-reflecting cells in squid skin, revealing complex structures.

The developed composite material can change its appearance in the visible and infrared spectra, which is ideal for defense and beyond.

This innovation opens up potential applications in smart textiles. , thermal control systems and various optical technologies.

The fusion of biology and technology continues to open up new horizons, as illustrated by the remarkable project funded by DARPA and the Air Force. Using the natural abilities of cephalopods, particularly squids, researchers are developing advanced camouflage technologies for military purposes. This biotech-inspired innovation promises to revolutionize the way soldiers hide in plain sight, adapting to different environments by mimicking the adaptive skin of squids. Such breakthroughs not only highlight the potential of biotechnological materials, but also enhance the crucial role of interdisciplinary research in defense and technology.

"Troops can disappear like squid": new bio-camouflage allows American soldiers to instantly hide from sight and high-tech sensors

The Royal Air Force has begun testing FPV drones from Chinook helicopters for night operations

The Royal Air Force (RAF) has begun testing drones with a first-person view (FPV) launched from a Chinook helicopter.

According to a recent Royal Air Force update, these FPV drones are being tested due to their proven effectiveness in recent conflicts, their tactical advantages on the battlefield, and their ability to integrate quickly with minimal training.

The Royal Air Force emphasizes that unmanned aerial vehicles with the FPV function, especially those equipped with thermal imagers, can significantly expand the capabilities of night operations, reducing risks., related to the performance of manned missions in conditions of poor visibility.