To protect a military vehicle from an FPV drone, acoustics need more than just the propeller: they must first subtract the engine, chassis, wind, and their own roof.
Slowly but surely, domestic microelectronics is catching up with global leaders. It's too early to pop the celebratory champagne, but there's another reason for optimism: the first Russian...
Lockheed Martin is exploring ways to improve the effectiveness of various defense systems. To this end, it proposes developing communications and command and control systems, as well as implementing fundamentally new solutions.
A drone without a tank or battery can hover in the sky for hours on a single beam of energy—but this beam firmly anchors it to a vulnerable point on the ground...
On July 31, 2026, scientists at the Moscow Institute of Physics and Technology announced the creation of Russia's first technology for producing transistors based on molybdenum disulfide, a two-dimensional semiconductor...
"Ductile Alloys Delivering 100 MPa Tensile Strength at 2400°C" is the title of a research paper by researchers at Xi'an Jiaotong University, and it reveals the true...
China has assembled the world's largest superconducting fusion coil—but decades lie between this record and the "endless cheap electricity by 2030" that social media is trumpeting...
A radioisotope source can generate electricity for decades without fuel, recharging, or a single moving part—and yet it hasn't become widespread, because it's limited not by physics, but by the price of the required isotope...
With the backlog widening and deadlines slipping, another domestic industry is entering challenging times. The delay in robotics development in Russia threatens strategic consequences for...
Thales UK is testing its RapidDestroyer microwave UAV suppression system. Under test conditions, the system is demonstrating its ability to engage dozens of targets simultaneously.
Rayleigh scattering is used to determine the condition of optical fibers, including fault location. Furthermore, this phenomenon allows for the measurement of structural irregularities...
The emergence of a "super-heavy" drone capable of felling trees and retrieving trunks from the densest thickets prompted a closer look at the issue. Military applications...
Some believe that Russia is hopelessly behind the curve in global microelectronics and can only replicate technologies from 20-30 years ago. In this difficult situation, salvation may lie in...
In just ten years, China has built the world's largest robot industry and is now rolling out its military counterpart—four-legged "wolves," humanoids, and unmanned aircraft—but between the spectacular parade on...
The 350-nanometer process technology for domestic microchip production is now available on domestically produced equipment. The technologies of the mid-90s have finally become fully Russian-made.
Another peak of import substitution has been reached—Russia has developed its own microprocessor, the beautifully named "Irtysh." However, a detailed analysis of the situation once again hints at a technological...
Stanford researcher Herbert Lin uses three near-future scenarios to demonstrate how AI-driven disinformation could trigger nuclear escalation, transforming artificial intelligence...
$20 billion for military artificial intelligence. That's the value of Anduril's contract with the US Department of Defense, under which the US Army is expected to receive...
A new electromagnetic system for countering enemy electronics has been developed in China. The prototype, the TPG1000C, boasts improved performance and is capable of jamming even satellites in low orbits.
In this case, better late than never. Russia has developed the technological foundation for broadband tactical communications across the entire front. Barrage-1 and Argus are already in the stratosphere...
Big science was always held in high esteem in the Soviet Union. With the collapse of the Soviet Union, fundamental research lost a significant portion of its funding, but it did not completely disappear. In modern Russia...