A team of West Point cadets has developed the 'Swarm Troopers' project, using AI-driven drones to autonomously detect and map landmines. The system employs coordinated swarm behavior, perception-based ...

As unmanned aerial vehicles continue to shape the landscape of war, a team of cadets collaborated at the cutting edge of ...

As unmanned aerial vehicles continue to shape the landscape of war, a team of cadets collaborated at the cutting edge of ...

Stanford research finds single-agent AI matches or outperforms multi-agent systems under equal compute budgets — with lower ...

The conflict in Iran shows the efficacy of inexpensive drones in overwhelming sophisticated air defence systems and drawing ...

That is the exact analogy Chinese state television used in March 2026 to describe what their new Atlas drone swarm system can ...

A study published in Engineering explores a novel robot subset selection strategy for multi-user edge computing systems, designed to maximize the ...

Abstract: This paper presents the design and implementation of an autonomous UAV-based search and rescue system developed within the Horizon Europe project P2CODE. The proposed system leverages a ...

Curious how robot swarms can operate far longer in 6G edge computing setups? A new Engineering study reveals a smart subset selection strategy that taps into data correlation between robots, cutting ...

OP-ED. We are bombarded by a swarm of signals too numerous to interpret in time, and the world appears both predetermined and uncontrollable, observes the British writer in an op-ed for Le Monde.

Researchers at Penn Engineering recently launched a project designed to safely bring artificial intelligence agents into the physical world. The new research, based in Penn Engineering’s xLab, is led ...

As cities worldwide accelerate toward electrification and decarbonization, the convergence of distributed energy resources and electric mobility is reshaping the architecture of modern power systems.