Defense Tech

Lockheed, Verizon testing 5G-linked drone swarm for intel collection

Lockheed, Verizon testing 5G-linked drone swarm for intel collection

‘Swarms of Killer Robots’: Why AI is Terrifying the American Military – Politico
Source Link
Excerpt:

Artificial intelligence technology is poised to transform national security. In the United States, experts and policymakers are already experimenting with large language models that can aid in strategic decision-making in conflicts and autonomous weapons systems (or, as they are more commonly called, “killer robots”) that can make real-time decisions about what to target and whether to use lethal force.

But these new technologies also pose enormous risks. The Pentagon is filled with some of the country’s most sensitive information. Putting that information in the hands of AI tools makes it more vulnerable, both to foreign hackers and to malicious inside actors who want to leak information, as AI can comb through and summarize massive amounts of information better than any human. A misaligned AI agent can also quickly lead to decision-making that unnecessarily escalates conflict.

A Wargame to Take Taiwan, from China’s Perspective– warontherocks.com
Source Link
Excerpt:

In August 2025, 25 international experts gathered at Syracuse University to do something unusual: plan China’s invasion of Taiwan. For two days, academics, policy analysts, and current and former U.S. officials abandoned their typical defensive postures and attempted to inhabit Beijing’s offensive strategic mindset in a wargame. They debated not how America should respond to Chinese aggression, but how China might overcome the obstacles that have so far kept it from attacking the island nation.

This role reversal yielded an uncomfortable insight. The invasion scenarios that dominate U.S. military planning — involving massive amphibious assaults on Taiwan and preemptive strikes on American bases — may fundamentally misread Beijing’s calculus. As the wargame revealed, analysts seeking to understand China’s intentions should pay greater attention to plausible alternative military pathways to reunification that involve far less force and far more political calculation.

Ukraine may soon add warheads, interceptor drones to digital marketplace– www.army-technology.com
Source Link
Excerpt:

Arsen Zhumadilov, director of Ukraine’s Defence Procurement Agency (DPA), revealed that the Ministry of Defence plan to introduce a new range of systems to the Ukrainian military’s digital marketplace, the DOT-Chain Defence platform, in 2026.

Last week, during DSEI 2025 in London, Zhumadilov revealed that the online marketplace may soon offer interceptor drones and warheads to Ukrainian military units for the first time.

What is the DOT-Chain Defence digital platform?

DOT-Chain Defence was launched in pilot mode only two months ago. Access to the IT system has only been granted to 12 brigades (deployed in Donetsk, Zaporizhzhia, Kherson, and Kharkiv regions) out of more than a hundred.

Commanders can independently select and acquire systems using funds from the DPA.

The platform operates much like an online store but instead of civilian commodities it offers a range of weapons systems. Initially, DPA focused on supplying first-person view (FPV) uncrewed aerial systems (UAS), but this soon expanded to include other autonomous systems and radio electronic warfare (EW) devices. Currently, the marketplace offers products from 25 companies.

Batteries are vital for The Pentagon’s drone roll-out– www.army-technology.com
Source Link
Excerpt:

As the US military looks to expand its drone capabilities, another important consideration is the batteries that will power these devices. Bruce Parkinson, Applications Engineering and Inside Sales Manager at Ultralife Corporation, explores how modern-day drone manufacturers now have more choice when selecting a power solution.

Single-use drones are typically treated as expendable and may not return from their first mission; therefore, they do not require a rechargeable battery. In the 1940s, when early versions of single-use drones were first developed, non-rechargeable battery technology was still in its infancy and alkaline chemistry had just been invented.

Alkaline batteries have a lower energy density compared to modern lithium alternatives, and, in single-use drones, the energy required for power-intensive systems like guidance, navigation and communications must be compact and efficient, so low energy density was a significant disadvantage. Alkaline batteries also did not perform as well in extreme temperatures, which was problematic for drones that operated in hot or cold climates or at high altitudes.

Today’s lithium-based non-rechargeable batteries not only address these issues, they can even power the propulsion systems of single-use drones, but this is still very rare. As in the 1940s, non-rechargeable batteries are mainly used to power radio control systems and flight stabilizers, but modern drones also feature additional sensors that require more power.

Source Link
Excerpt:

The Pentagon is betting heavily on autonomous maritime drones to counter China’s growing naval power in the Pacific. Inspired by Ukraine’s successful use of cheap, kamikaze-style sea drones against Russia’s Black Sea Fleet, US defense planners envision swarms of high-tech, AI-driven vessels patrolling the Taiwan Strait and deterring a Chinese advance. But a string of recent mishaps shows just how steep the learning curve may be.

Setbacks at sea

Source Link
Excerpt:

China is developing a powerful new weapon that could transform long-range warfare. Using a radical design capable of extreme speeds and distances, this technology could outmatch traditional missiles and defenses.

China’s military scientists have unveiled a new electromagnetic railgun concept that could dramatically alter the balance of long-range weaponry. Detailed in a paper from the People’s Liberation Army’s (PLA) Army Engineering University and reported by multiple outlets, including the South China Morning Post and Asia Times, the system is designed to fire heavy projectiles at speeds reaching Mach 7. If proven viable, the weapon could deliver devastating firepower at far lower costs than conventional missile systems.

A New Design Tackling Old Railgun Problems

Railguns use electromagnetic force instead of gunpowder or explosives to propel a projectile at extreme speeds. While the technology has been explored for decades by major powers, including the U.S., Japan, and China, progress has been slowed by persistent engineering challenges.

China’s latest design addresses those obstacles with an unconventional x-shaped configuration. The concept, described by lead researcher Professor Lyu Qingao, stacks two railguns inside a single barrel at right angles, each with its own power circuit. This dual-circuit setup allows the two sets of electromagnetic fields to work independently without interfering with one another.

According to the team’s estimates, the system could fire a 60-kilogram projectile more than 400 kilometers in under six minutes, with impact speeds exceeding Mach 4. Previous Chinese naval prototypes, first seen on the ship Haiyangshan in 2018, were limited to firing 15-kilogram projectiles because of the destructive effects of extreme currents on the weapon’s rails.

Source Link
Excerpt:

hinese researchers have reportedly developed a new electronic warfare (EW) system that can simultaneously interfere with enemy systems while keeping friendly ones untouched in a ‘null zone’. Likened to the eye of a storm, this new technology represents a significant shift in conventional EW systems.

To help conceptualize how it works, think of a storm. Everything inside it is disrupted by intense electromagnetic noise. But the center of a hurricane, colloquially called ‘the eye’, is completely calm. The new technology intentionally creates the ‘eye’ for friendly forces, even in the middle of aggressive electronic warfare.

The innovation reportedly works on coordinated drones (unmanned aerial vehicles) acting as precise jamming sources. These drones emit carefully crafted radio signals that can be adjusted for waveform, amplitude, phase, and timing (all controllable radio frequency signal parameters).

Source Link
Excerpt:

Based on current trends, China will become a quantitative and qualitative nuclear weapons peer of the United States by the early to mid-2030s with a diversified, accurate, and survivable force that will rival America’s. Rather than having only high-yield nuclear missiles as a strategic deterrent against nuclear attack, the People’s Liberation Army (PLA) is developing a range of strategic and tactical nuclear weapons, the latter being lower-yield weapons usable in a conflict theater.

Why is China seemingly going beyond its long-standing nuclear weapons approach of maintaining only a minimal deterrent or assured retaliation? Why has it chosen to rapidly develop its nuclear arsenal and related delivery system in a deliberately opaque manner?

This report argues that Xi Jinping and the Chinese Communist Party (CCP) decided to embark on such a rapid nuclear modernization not primarily because China wants to “win” a nuclear exchange against the US. Rather, Beijing wants to create political and psychological effects that lead to enormously important strategic and military effects.

As the report explains, the CCP and PLA are using the rapid development of nuclear capability and related delivery systems to subdue the adversary and win without fighting. The following are components of achieving this:

  • Degrade the adversary’s decision-making.
  • Weaken the adversary’s will to fight.
  • Undermine the adversary’s public support for war.
  • Undermine the resolve of the adversary’s government from within.
  • Support and enhance deterrence.

Source Link
Excerpt:

Watch out for mosquitoes!

China has just unveiled a new “mosquito drone” created for covert military operations.

The drone, which is the size and shape of a mosquito, contains cameras, microphones, and electronic signals.

The National University of Defense Technology engineered the new drone and released a video of it in action.

WATCH: