Modern militaries depend on satellites for communications, intelligence, navigation, targeting and missile warning. But what happens when those satellites become targets? The next major conflict could begin with a battle for control of the orbital infrastructure that connects, observes and guides forces on Earth.

The next great strategic contest may not begin at a border, in the open ocean or in the skies. It may begin inside a data centre. As artificial intelligence becomes embedded in intelligence, defence, finance, industry and communications, the facilities that provide the computing power behind AI are becoming strategic infrastructure.

Modern warfare is no longer fought only with missiles, aircraft, ships and tanks. Beneath every networked military operation lies another battlefield—the electromagnetic spectrum. Whoever can sense, disrupt, deceive and protect communications and sensors may gain an advantage before the first missile is fired. Electronic warfare is therefore evolving from a supporting capability into a central component of military power.

The future of air warfare may not be about replacing the fighter pilot with artificial intelligence. It may be about transforming the pilot into the commander of an integrated network of manned aircraft, autonomous drones, sensors, weapons and AI-enabled systems.

Thousands of kilometres beneath the world's oceans lies a hidden network of infrastructure connecting nations, economies and digital systems. Undersea cables have become a new strategic vulnerability, bringing seabed warfare, submarine operations, grey-zone conflict and maritime security into the centre of great-power competition. This episode examines why the invisible battlefield beneath the ocean matters — and what it means for NATO, Russia and India.

India’s next air-defence revolution may not be another missile. Mission Sudarshan Chakra, combined with IACCS, AI, advanced computing and emerging quantum technologies, could create an intelligent national air-defence ecosystem built around decision superiority.

Electronic Intelligence (ELINT) has become one of the most decisive yet least understood capabilities in modern warfare. By collecting and analysing electromagnetic emissions from radars, missile systems, aircraft and naval vessels, militaries can locate, identify and monitor enemy forces long before the first shot is fired. This article explores how ELINT works, why it differs from SIGINT and COMINT, and why it has become an indispensable component of twenty-first century mi

Why do powerful nations spend trillions on weapons they hope never to use? Explore the science of military deterrence and discover how fear, credibility, psychology, and strategic power prevent wars before they begin.

Modern warfare is no longer won solely by tanks, missiles, or fighter aircraft. Behind every successful military operation lies an invisible network that connects every sensor, commander, soldier, aircraft, warship, satellite, and missile into one coordinated force. Discover how the military internet has become the true backbone of twenty-first-century warfare.

Military satellite orbiting Earth while connecting fighter jets, warships, missiles, drones, and ground forces through a modern military network.

Modern warfare is no longer decided solely by tanks, aircraft, and missiles. Behind every successful military operation lies an invisible command network connecting sensors, intelligence systems, commanders, and combat units. This article explores how command and control systems, C4ISR networks, artificial intelligence, and multi-domain operations have become the true force multipliers of 21st-century warfare.