India’s New Battlefield: When Drones, Satellites and AI Start Working as One For centuries, military power was largely measured in familiar things. How many soldiers? How many tanks? How many fighter aircraft? How many ships? Those numbers still matter. But another question is becoming increasingly important: How quickly can a military see, understand and respond to what is happening around it? That is where India’s defence transformation is becoming particularly interesting. India is building an increasingly networked military architecture involving drones, satellites, sensors, artificial intelligence, electronic systems and increasingly autonomous platforms. The objective is not simply to replace soldiers with machines. It is to make the machines, sensors and people work together faster and more intelligently. That is a very different proposition. The drone is becoming a military sensor—and sometimes a weapon The most visible change is in unmanned systems. India’s armed forces are acquiring and developing drones for surveillance, reconnaissance, targeting and increasingly for precision strike. The 2024 contract for 31 MQ-9B Sky/Sea Guardian HALE remotely piloted aircraft represented a major step in this direction. The fleet includes 16 Sky Guardians and 15 Sea Guardians for the tri-services. And India’s maritime requirements are becoming even more apparent. In August

How Open-Source Analysts Separate Battlefield Facts from Digital Fiction In modern warfare, the battlefield is no longer limited to deserts, mountains, oceans and airspace. There is another battlefield that can be just as consequential: the smartphone screen. A missile strike can take place thousands of kilometres away. Within minutes, a video can appear on social media claiming that an airbase has been destroyed, a fighter has been shot down or a senior military officer has admitted defeat. Sometimes the video is genuine. Sometimes it is old footage. Sometimes it shows a completely different country. And increasingly, sometimes the person speaking in the video never said those words at all. This is where open-source intelligence, or OSINT, has become an important tool for journalists, researchers, investigators and ordinary internet users trying to establish what actually happened. The first rule: don’t believe the picture simply because it looks convincing A photograph or video is evidence. It is not automatically proof. Professional OSINT analysts therefore ask a deceptively simple question: What independent evidence supports this claim? A dramatic explosion may show an actual explosion. It does not necessarily prove when it happened, where it happened or what caused it. That distinction is fundamental.

From Buying Weapons to Selling Them to the World For decades, India had an uncomfortable reputation in defence: a major military power that also happened to be one of the world’s significant arms importers. That picture is beginning to change. India’s defence exports reached a record ₹38,424 crore in financial year 2025–26, according to the Ministry of Defence. That is an increase of ₹14,802 crore, or 62.66%, over the previous year’s ₹23,622 crore. The number is impressive. But the more interesting story is not simply the size of the cheque. It is what the cheque represents. India is increasingly trying to move from being primarily a buyer of military hardware to a manufacturer capable of selling defence products, systems, components and technology to other countries. And that is a much bigger transformation. ₹38,424 crore — but who is actually exporting? The headline number becomes more interesting when we look inside it. Defence Public Sector Undertakings contributed ₹21,071 crore, or 54.84% of exports, while the private sector contributed ₹17,353 crore, or 45.16%. The private sector’s role is particularly significant. For a long time, Indian defence manufacturing was strongly associated with government-owned organisations. Today, private companies, smaller manufacturers, technology firms and suppliers

India’s New Drone War: From Bhargavastra to Lasers and Microwaves The battlefield is getting smaller, cheaper and increasingly difficult to see. A drone costing a fraction of a conventional missile can now threaten soldiers, vehicles, radar installations and critical infrastructure. Worse, several drones can arrive together in a swarm, forcing defenders to solve an awkward mathematical problem: how do you stop dozens of inexpensive flying machines without spending a fortune shooting each one down? India’s answer in 2026 is increasingly becoming a layered one. From the vehicle-mounted Bhargavastra counter-swarm system to the 30-kilowatt Sahastra Shakti laser and DRDO’s new SHIELD high-power microwave programme, India is exploring different ways of defeating the drone threat. And then there is the rather important twist: India is simultaneously developing drones capable of striking targets deep inside contested territory. In other words, the drone race is no longer simply about building better drones. It is about building the technology to find them, confuse them, disable them or destroy them—and, when necessary, use similar technology offensively. Bhargavastra: when jamming isn’t enough One of the most interesting developments is Bhargavastra, developed by Solar Defence and Aerospace Ltd. (SDAL), a subsidiary of Solar Industries India. In July 2026,

What the Number Really Means India has entered another interesting chapter in its long military journey. The 2026 Global Firepower Military Strength Ranking places India fourth among 145 countries, behind the United States, Russia and China, and ahead of South Korea. India’s Power Index, or PwrIndx, is 0.1346. In the GFP methodology, a lower score indicates greater conventional military strength. At first glance, the headline is straightforward: America No. 1. Russia No. 2. China No. 3. India No. 4. But the more interesting story begins after the ranking. Because military power is not a school examination in which the student with rank four necessarily loses to the student with rank three. There is no question paper, no 100-mark total and, thankfully, no parent-teacher meeting afterwards. Modern military strength is a complicated combination of manpower, aircraft, naval power, land forces, logistics, finances, geography, industrial capacity and the ability to sustain operations. And that is where India’s position becomes particularly interesting. What exactly does “No. 4” mean? Global Firepower says its 2026 assessment uses more than 60 individual factors, ranging from military equipment and manpower to financial strength, logistics and geography. The organisation also makes clear that some figures are estimates where

India’s S-400 Shield: Why India Still Wants a Desi Replacement For a country that has to watch two very different strategic frontiers, air defence is not simply about owning a powerful missile system. It is about knowing what is coming, deciding what must be stopped, and having enough layers of protection to ensure that one missed target does not become a national crisis. That is where Russia’s S-400 Triumf has become particularly important for India. India received its fourth S-400 system in 2026, strengthening a long-range air-defence network that already includes three operational systems. The fifth and final system under the original 2018 contract is expected later this year. In Indian discussions, the system is associated with the name Sudarshan Chakra. But behind the dramatic name is a very practical military idea: keep hostile aircraft, missiles and drones at a distance before they can get close enough to threaten important targets. And that changes the question from “How powerful is the S-400?” to something much more interesting: How does India build an air-defence shield in which the S-400 is only one part of a much larger system? The 400-kilometre headline needs a little explanation The S-400 is frequently described as

When Watching a Movie Is No Longer Enough For more than a century, going to the cinema meant sitting quietly in a dark room while a story unfolded on a screen. Then somebody apparently decided that sitting quietly was overrated. Today, moviegoers can watch a car chase while their seats move, feel wind during an action sequence, experience water effects during rain scenes and even encounter scents synchronized with what is happening on screen. Welcome to 4DX—one of the most unusual developments in India’s modern cinema experience. And in September 2026, the format received another push in India. PVR INOX opened three new auditoriums at its Soul Space Spirit property in Bellandur, Bengaluru, including a new 4DX screen. The addition took the property to seven screens and 1,143 seats. ScanX reported that this was the company’s eighth 4DX experience in Bengaluru. But the bigger story isn’t simply that Bengaluru has another premium cinema screen. It is about how India’s multiplex industry is trying to answer a difficult question: If audiences can watch almost everything at home, why should they still pay to go to a cinema? From watching the film to feeling it 4DX attempts to provide an answer by

How Indian Shipyards Are Changing the Navy’s Future There was a time when an Indian Navy warship usually came with an interesting footnote: “Built with foreign assistance.” Today, an increasingly common description is rather different: Designed in India. Built in India. Armed increasingly with Indian systems. That change is one of the most consequential developments in India’s defence-industrial story. India’s naval modernisation is no longer just about buying more ships. It is increasingly about creating the industrial capacity to design, build, maintain and eventually export sophisticated warships. And the shipyards are getting very busy. Project 17A: the frigate programme becoming a manufacturing lesson The clearest example is Project 17A, India’s Nilgiri-class stealth frigate programme. The programme comprises seven advanced multi-mission frigates, being built by Mazagon Dock Shipbuilders Limited (MDL) in Mumbai and Garden Reach Shipbuilders & Engineers (GRSE) in Kolkata. By 2026, the programme had moved substantially from construction into induction. INS Nilgiri, INS Himgiri, INS Udaygiri and INS Taragiri had already entered service, followed by INS Dunagiri in June 2026 and INS Mahendragiri in July 2026. INS Vindhyagiri remains the final ship of the seven and is still under construction. These are not merely larger floating pieces of steel.

Novak Djokovic Retirement: The Decision Belongs to the Champion, Not the Crowd Editor, Doonited News There is a particular cruelty in watching a sporting legend struggle with the one opponent nobody can defeat forever: time. Novak Djokovic’s first-round exit from the 2026 US Open has reopened an increasingly familiar question — should the 39-year-old Serbian champion retire? The question is legitimate. But the decision is not ours to make. Djokovic’s defeat to Argentina’s Mariano Navone was extraordinary by the standards of a career built on extraordinary consistency. Navone won 7-6(5), 5-7, 4-6, 6-2, 6-1 after four hours and 36 minutes at Arthur Ashe Stadium. It was Djokovic’s first opening-round defeat at a Grand Slam since 2006. More concerning than the result was what happened physically. Djokovic struggled with nausea and vomiting and battled cramping and pain involving his back and shoulder. He eventually lost control of the match after taking a two-sets-to-one lead. In his own account after the match, he indicated that physical problems had been following him through much of the season. That makes the retirement debate understandable. But understandable does not mean decisive. The body is asking a difficult question At his peak, Djokovic’s greatest weapon was

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