India’s Drone Warfare Transformation: Building an Organic Capability at Formation Level

How Ashni platoons, Shaurya squadrons and a widening electronic-warfare contest with Pakistan are rewriting Indian Army doctrine

India drone warfare is undergoing a major transformation as unmanned systems are increasingly integrated into military formations for surveillance, precision strikes, electronic warfare and battlefield awareness. By October 2025, the Indian Army’s Director General of Infantry was ready to attach a hard number to something that had mostly lived in briefing slides until then: 385 infantry battalions, each carrying its own ten-drone platoon, four built for watching and six built to dive into a target and not come back.

India drone warfare is undergoing a major transformation as unmanned systems are increasingly integrated into military formations for surveillance, precision strikes, electronic warfare and battlefield awareness.

The unit took its name from a Sanskrit word for lightning — Ashni — and within seven months, officials were telling reporters the rollout was complete. It is one small piece of an India drone warfare build-up that, over the past sixteen months, has touched almost every arm of the force.

Since the four-day clash with Pakistan in May 2025 that New Delhi named Operation Sindoor, India’s drone warfare doctrine has moved away from treating unmanned aircraft as something a brigade lends out for the day.

Tank regiments are getting their own drone crews. Artillery is being rebuilt around loitering munitions. A new light-commando force is being raised almost from nothing. Underneath all of it sits a procurement push worth tens of thousands of crores of rupees — one of the most serious tests yet of whether India’s private defence manufacturers, not just Israeli or American suppliers, can build the aircraft that watch its borders.

None of it is happening in isolation. Pakistan is rebuilding its own air-defence grid with Turkish guns and Chinese missiles under a new regional pact, and both militaries are quietly contesting something less visible than an airframe: the radio spectrum that every one of these drones needs to fly, see and shoot.

What Operation Sindoor Actually Taught the Army

The operation is worth restating plainly, since almost everything that follows leans on it. On 22 April 2025, gunmen killed twenty-six civilians at Baisaran Valley, near Pahalgam in Jammu and Kashmir. Two weeks later, on the night of 7 May, Indian forces struck nine sites in Pakistan and Pakistan-administered Kashmir that officials linked to Jaish-e-Mohammed and Lashkar-e-Taiba.

Pakistan hit back over the following two nights with drones and missiles — the Army has described waves of several hundred drones, including Turkish-made Songar systems later confirmed from wreckage, aimed at military and civilian sites along the western border.

India says its ground-based defences, built around the Akashteer network and decades-old L-70 guns freshly fitted with radar and jammers, brought most of them down. On 9 and 10 May, Indian aircraft and BrahMos cruise missiles struck a string of Pakistani air bases, and a ceasefire took hold within four days.

Exactly how the aerial exchanges went — whose jets flew home and whose didn’t — is still argued over in both capitals, and that argument sits outside what this piece is about. The narrower lesson the Army has drawn, based on what its officers have said publicly since, is that a modern border clash can now open and close inside four days with drones doing the reconnaissance, the target confirmation, and, on the loitering-munition side, the strike itself.

Whoever compresses that loop faster sets the pace of the fight. It’s a real conclusion, but it’s also one being generalised from a single short operation against a single adversary, and the Army’s own planners have been careful, at least in private briefings, to call the doctrine that follows a working bet rather than a proven formula.

Rewriting the Doctrine: A Drone Build-Up Inside Every Formation

Spend time around the Army’s modernisation planners and one word keeps surfacing: organic. It means a unit owns its sensors and its strike option outright, instead of filing a request to a headquarters that holds a drone squadron on everyone’s behalf. That sounds like a small administrative tweak until you trace what it does to the chain of command — and across 2025 and 2026, the Army built that tweak into nearly every arm of the force, one named formation at a time.

Conceptual illustration of the shift from centralised drone support to an organic drone layer. The specific unit names and roles shown are drawn from official statements reported below; readers republishing this chart should verify current unit structures against Ministry of Defence sources first.

Ashni — infantry gets its own eyes and a trigger

The infantry version came first and remains the most fully documented. Lieutenant General Ajay Kumar, the Director General of Infantry, told reporters in late October 2025 that 385 battalions already had a platoon of ten drones each — four for surveillance, six configured as loitering munitions, sometimes described in Army briefings as kamikaze drones.

Each platoon runs to roughly twenty or twenty-five trained soldiers. The concept traces back to the Army’s 2024 “Year of Technology Absorption” and made its public debut during a high-altitude exercise in the Kameng sector of Arunachal Pradesh, before scaling up in the wake of Sindoor.

By May 2026, Army officials were describing the rollout as complete across infantry battalions, with training now running in two tracks: basic drone-handling for every soldier, already finished, and a second, more selective phase building specialist operators at dedicated schools in Dehradun, Mhow and Chennai.

The practical effect, if the doctrine works as intended, is that a company commander who spots a target no longer has to ask permission from three levels up before doing something about it. That’s an attractive idea on paper. Whether it holds up when the same commander is also trying to keep the platoon’s batteries charged, its frequencies from being jammed, and its drone pilots rotated through rest, is a separate question — one the next round of exercises, rather than this one, will actually answer.

Shaurya — tank crews learn to fly

After the infantry, it was the armoured corps’ turn. The Shaurya Squadron is a company-sized drone unit built to sit inside a tank regiment rather than above it, fielding surveillance drones, attack and first-person-view drones, swarming systems and loitering munitions alongside a regiment’s T-90 Bhishma, T-72 Ajeya or Arjun Mk1A tanks.

The White Tiger Division, under the Army’s XXI Corps — itself nicknamed the Sudarshan Chakra Corps, a coincidence of naming worth flagging before it causes confusion later in this piece — raised the first squadron and ran it through Exercise Amogh Jwala at the Babina Field Firing Ranges near Jhansi in March 2026. Within weeks, the Army had stood up six squadrons, with officers describing an eventual goal of extending the model across all of India’s roughly sixty armoured regiments.

A typical squadron carries twenty to thirty personnel and, according to officers who spoke to reporters after the Babina exercise, is meant to cut the gap between spotting an enemy position and putting a round — or a loitering munition — onto it. That’s the pitch, at least. Tank crews are not traditionally drone operators, and folding a new specialist trade into a regiment that already trains gunnery, maintenance and manoeuvre is its own kind of institutional lift.

Shaktibaan and Divyastra — artillery trades range for reach

Artillery’s version of the same idea arrived under two names, and the two are not equally well documented. The better-sourced one is the Shaktibaan regiment — a new unit type under the Regiment of Artillery, fifteen to twenty of which the Army plans to raise, built around swarm drones, loitering munitions and long-range unmanned systems meant to strike targets between roughly five and five hundred kilometres away.

That range band sits in a genuine capability gap between conventional guns and the Army’s longer-range missile forces, and the concept was put through a corps-level field exercise, Kharga Shakti 2026, in the Rajasthan desert earlier this year. A fast-tracked tender for roughly 850 loitering munitions and their launchers, worth close to ₹2,000 crore, is meant to arm the first regiments.

Alongside Shaktibaan, several accounts describe a second, smaller structure — the Divyastra battery, of which the Army is said to be raising thirty-five to forty within artillery divisions.

The idea is broadly consistent with Shaktibaan: replace part of a unit’s firepower with drones rather than shells. But Divyastra shows up in fewer independent accounts than Shaktibaan does, with less detail on its exact role or how the two structures divide responsibility between them, and it is exactly the kind of claim that deserves direct confirmation from the Ministry of Defence or the Regiment of Artillery before anyone treats it as fully settled.

Bhairav and Rudra — building new formations from the ground up

Two more pieces of the puzzle were announced on the same day, and neither is really a “restructuring” of an existing formation so much as something raised from scratch. On 26 July 2025, at the Kargil Vijay Diwas commemoration in Dras, Army Chief General Upendra Dwivedi announced both the Bhairav Light Commando Battalion and the Rudra all-arms brigade.

Bhairav battalions are compact — about 250 soldiers each, against roughly 800 in a standard infantry battalion — and draw personnel from infantry, artillery, signals and air defence to build a unit meant to sit between conventional infantry and Special Forces: fast, drone-enabled, built for short-notice raids rather than sustained holding operations.

The first five stood up around August and September 2025; fifteen had been raised by the Republic Day parade in January 2026, a sixteenth followed that April at the Maratha Light Infantry Regimental Centre in Belagavi, and the Army has spoken of an eventual total somewhere between twenty-three and twenty-five.

Rudra brigades apply the same organic-integration logic at a larger scale, folding infantry, mechanised infantry, armour, artillery, special forces and drone units into a single brigade of around five thousand troops, in place of the roughly 250 single-arm brigades the Army currently runs.

Two had been raised by late 2025, both intended for the eastern Ladakh and Sikkim sectors facing China. The idea has been building for years under the older label of Integrated Battle Groups; Sindoor appears to have supplied the political and budgetary push to actually carry it out.

Put together, the pitch behind all four formations is roughly the same: less waiting on a distant headquarters, faster detection-to-engagement timelines, better situational awareness for troops operating in dispersed, difficult terrain, and a fallback capability when higher-echelon assets are tied up elsewhere or simply unavailable. India drone warfare is also changing the relationship between tactical units, intelligence agencies and higher headquarters.

The costs are less often spelled out in the same briefings. Every one of these drones depends on GPS and a radio link that a determined adversary can jam or spoof — a problem this piece returns to further down. Training and manpower are not free: the Army has separately acknowledged a personnel shortfall running into six figures, and new drone-heavy formations compete for the same recruiting pool as everything else.

Batteries drain fast in cold-weather and high-altitude conditions where much of this hardware will actually operate. More aircraft in a small volume of airspace means more deconfliction work, and more chances for a nervous gunner to mistake a friendly quadcopter for a hostile one. None of this makes the doctrine wrong. It does mean the interesting test of Ashni, Shaurya, Shaktibaan and Bhairav isn’t the announcement — it’s the next contested border incident where all four have to work at once.

Building an Indigenous Fleet — MALE, HALE and Combat Platforms

Before going further, it helps to sort the vocabulary, because Indian defence coverage tends to use “drone” as a catch-all for machines that have almost nothing in common with each other beyond lacking a pilot.

A rough classification of the systems discussed in this article. Categories overlap in practice — a MALE drone can carry a loitering-munition payload, for instance — but the split is useful for keeping programmes straight.

With that laid out, the procurement side of India’s build-up breaks into a few distinct programmes, each at a noticeably different stage of maturity — and the gap between “announced” and “flying” matters more here than headlines usually suggest.

The most consequential, in scale if nothing else, is a tender for 87 indigenous Medium Altitude Long Endurance drones that the Defence Acquisition Council cleared in August 2025, worth an estimated ₹30,000 to ₹32,350 crore — north of three and a half billion dollars. It requires at least 60 percent indigenous content and is structured to split production 64:36 between the two lowest bidders, creating two parallel manufacturing lines rather than one.

Roughly ten Indian firms, including Hindustan Aeronautics, Tata Advanced Systems, Adani Defence, Larsen & Toubro (paired with General Atomics as a technology partner) and Solar Defence and Aerospace, submitted bids by the closing date in June 2026.

Industry trackers describe it as the largest MALE contract yet opened to Indian private industry, following decades in which platforms like the Heron and Searcher came from Israel Aerospace Industries by default — one of the more serious tests yet of whether that reliance is actually ending, rather than proof that it already has. None of the 87 aircraft have been built yet; as of this writing, the programme sits at bid evaluation, with a follow-on order for up to 350 more reportedly under discussion.

Two indigenous DRDO programmes feed the same MALE category from the research side, and they have had very different fortunes. Archer-NG, a twin-boom, single-engine UAV developed with Hindustan Aeronautics, flew for the first time in October 2025.

It carries roughly 400 kilograms of payload, flies for 24 to 30 hours at up to 30,000 feet, and is being fitted with laser-guided bombs and the Smart Anti-Airfield Weapon for strike missions, with the Astra Mk1 beyond-visual-range air-to-air missile and an AESA radar planned for later in the decade — reports point to around 2030 for that fuller air-to-air role, not next year.

TAPAS-BH-201, the older of the two programmes, has had a rougher road: after years of struggling to meet the altitude and endurance the services asked for, it was reportedly downgraded from “mission mode” status at one stage, and accounts differ on whether it has actually entered limited service with the Army’s Corps of Electronics and Mechanical Engineers or is still working through engine trials ahead of final evaluation. What’s fairly clear is that DRDO’s institutional attention has shifted toward Archer-NG as the more promising near-term platform.

Further up the food chain sits Ghatak, a stealth flying-wing combat drone meant, eventually, to strike into defended airspace without risking a pilot. It’s tempting to describe Ghatak as “progressing toward induction,” and coverage of the programme often does.

It would be more accurate to call it early-stage: a subscale demonstrator flew in 2022 and again in 2023, the Defence Procurement Board only recommended buying 60 full-scale units in March 2026 — a recommendation, not a contract, still awaiting Defence Acquisition Council approval — and DRDO’s own chairman has put a full Indian Air Force-ready timeline at seven to eight years out. A non-afterburning derivative of the indigenous Kaveri engine is targeted for certification only in late 2026. Ghatak may well become India’s first operational stealth combat drone. It isn’t one yet, and won’t be for years.

For genuine high-altitude, multi-day endurance — the HALE category above MALE — India has no indigenous platform in service and doesn’t pretend otherwise. The gap is filled by leased American MQ-9B SeaGuardians, which the Indian Navy and General Atomics both officially list as HALE, though it’s worth flagging that the term is doing some stretching here: the aircraft cruises above 40,000 feet for 30 to 40 hours at a stretch, comfortably long-endurance but well short of the 60,000-plus-foot band some classification schemes reserve for the HALE tier.

Either way, it isn’t the 50,000-plus feet sometimes claimed in Indian coverage; precision matters because that’s the kind of detail that’s easy to inflate and just as easy to check. Two SeaGuardians have flown maritime patrol missions out of INS Rajali in Tamil Nadu since 2020 (one was lost in a 2024 crash into the Bay of Bengal), and a fresh 30-month lease for two more, worth roughly ₹1,943 crore, was signed in August 2026 — separate from, and considerably smaller than, the 31-aircraft, roughly $3–4 billion government-to-government purchase India agreed with the United States in October 2024, which won’t start delivering until 2029.

The lease, in other words, is a stopgap while both the larger US purchase and India’s own HALE ambitions mature.

The Counter-Drone Shield — Akashteer, Akash Tarang and a 2035 Vision

A force building this many strike drones needs an equally serious answer to the other side’s drones, and India’s answer is layered rather than singular.

Akashteer, built by Bharat Electronics for the Army, is the backbone: a mobile, automated command-and-reporting grid that links radars, guns and missile batteries so that whichever weapon sits closest to an incoming threat gets cued to fire, without waiting for a human to relay coordinates by voice. It ran at six nodes along the western front during Sindoor and, by the Army’s own account, performed beyond expectations — DRDO’s chairman has since said he expects export interest from other countries.

Akashteer talks to the Air Force’s Integrated Air Command and Control System, which fuses ground radar, airborne sensors, civilian air-traffic data and satellite feeds into a single recognised air picture, and to the Navy’s Trigun network — though Trigun is worth describing accurately rather than dramatically. It is a maritime domain-awareness and mission-planning system built on artificial intelligence and data analytics, tracking shipping and naval movement around India’s coasts, and it feeds situational awareness into the joint picture rather than shooting anything down itself.

Sitting alongside these networks is Akash Tarang, an electronic-warfare system cleared by the Defence Acquisition Council in mid-2026 as part of a wider ₹52,000 crore air-defence package that also covers the MR-SAM and V-SHORADS missile families, tank active-protection systems and naval drones. Akash Tarang is a soft-kill tool: it jams the radio link between a drone and its operator rather than physically destroying the aircraft, which is considerably cheaper per engagement than firing a missile at a machine that might cost only a few thousand dollars.

That cost asymmetry — expensive interceptor against cheap drone — is a big part of why guns are making a comeback. Roughly 200 of the Army’s L-70 anti-aircraft guns, a 1960s Swedish design nicknamed the “original Bofors,” have been fitted with radar, electro-optical sensors, auto-tracking and, on some units, drone jammers. They were credited with real work during Sindoor, when Pakistan reportedly launched 300 to 400 drones — Turkish-made Songar systems among them, confirmed from crash wreckage — across 36 locations on India’s western border in a single night.

All of this is meant to sit, eventually, under Mission Sudarshan Chakra, which Prime Minister Narendra Modi announced from the Red Fort on 15 August 2025 as a fully indigenous, AI-enabled, layered air and missile shield covering both military installations and civilian sites — hospitals, railway stations, places of worship — across the country, targeted for completion by 2035 in two rollout phases.

It’s worth untangling the name here, since “Sudarshan Chakra” does triple duty in this story: it’s the national air-defence mission described above, it’s also the popular Indian nickname for the Russian-built S-400 system already in frontline service, and — as mentioned earlier — it’s embedded in the name of the Army corps that raised the first Shaurya Squadron. Three different things, one shared reference to Krishna’s discus, and an easy place for a careless report to conflate all three into one.

Pakistan’s Answer: The Mecca Pact and a Layered Rebuild

Pakistan’s own moves are getting less attention in Indian coverage than they probably deserve, and the framing often collapses a broad geopolitical alliance into a narrower drone story that it isn’t, quite.

The Mecca Joint Defence Agreement, signed on 7 August 2026 in Mecca by Pakistan, Saudi Arabia and Turkey, is fundamentally a mutual-defence pact with a NATO Article 5-style clause — an attack on one treated as an attack on all three — built on top of a bilateral Pakistan-Saudi agreement from September 2025. Analysts have described it as reshaping the Middle East’s security architecture more than as a specific procurement vehicle, and the text of the agreement itself has not been made public.

What is documented, separately, is a wave of Pakistani hardware purchases from pact partners that plausibly stem from lessons the Pakistani military drew from Sindoor: Turkish ASELSAN Korkut 35mm air-defence gun systems, which the manufacturer says operate in teams of three weapon vehicles plus one command vehicle and are built to knock down drones, cruise missiles, helicopters and low-flying jets out to roughly four kilometres.

Reporting suggests Pakistan intends to layer these with shorter-range ASELSAN Şahin counter-UAS turrets and longer-range Chinese HQ-17AE missiles, creating tiers similar in concept to India’s own Akashteer-Akash Tarang-L-70 stack. Exact numbers and deployment sites for any of this remain undisclosed.

The instinct in a lot of Indian commentary is to conclude that buying hardware can’t fix Pakistan’s “structural weaknesses” — usually left undefined. That’s not an unreasonable instinct, but it’s worth being precise about it rather than simply asserting it: integrating a new gun system, training crews, wiring it into a functioning command network and rehearsing it under realistic conditions is genuinely harder than signing the purchase order, and that’s true of any military buying its way toward a new capability quickly, India’s own build-up included.

Whether Pakistan can close that gap faster than India can widen the doctrinal lead it’s currently claiming is an open question, not one either side’s press releases are equipped to settle.

The Real Contest Is in the Spectrum

Every system described so far — the loitering munitions, the Ashni platoon’s quadcopters, the Akashteer sensor links — is, at some level, a radio built to fly. That dependency is where a lot of the doctrine’s real vulnerability sits, and it’s worth being more careful about the mechanics than headlines usually are.

Start with navigation. Plenty of drones lean on GPS or India’s own NavIC satellite constellation, but not all of them, and not entirely. Loitering munitions and longer-range UAVs increasingly carry inertial navigation as a backup, and some use terrain-matching or visual-recognition systems that don’t need a satellite signal at all — a lesson drawn heavily from Ukraine, where GPS-denial became routine and fibre-optic-guided drones, immune to jamming by definition, became a workaround.

Communications are a separate problem from navigation: a radio link can be jammed, meaning drowned in noise so it can’t get through, or spoofed, meaning fed false data so the receiving system believes something untrue. Those are different attacks requiring different defences — jamming is a denial problem, spoofing is a deception problem — and conflating the two, as casual coverage often does, obscures which countermeasure actually applies.

Then there’s the intelligence-gathering side. Satellite imagery has reportedly picked up possible electronic support measures equipment — sensors that detect and characterise radio emissions without transmitting anything themselves — near Dadyal in Pakistan-administered Kashmir, about 33 kilometres from the Line of Control, and close to hardened aircraft shelters at PAF Base Sindhri near Mirpur Khas in Sindh.

Both findings trace to a single specialist defence outlet’s reading of commercial satellite imagery and are described there, appropriately, as “possible” rather than confirmed. An ESM node detecting emissions is meaningfully different from a functioning, integrated electronic-warfare grid capable of jamming an adversary’s drones at will, and the distance between those two things is exactly the gap that ought to be closed with independent verification before anyone treats it as established fact.

If genuine, the two sites would suggest Pakistan wants to watch Indian troop movement across the LoC from one flank and Indian Air Force activity from the other — a sensible intelligence-collection posture, whether or not the specific infrastructure is exactly as described.

India’s own answer runs through DRDO-built electronic-warfare suites carried on Su-30MKI and Rafale fighters and a network of ground-based jammers along the LoC and LAC, treated by planners as no less important than the drones themselves. A drone swarm is only as good as the link holding it together; deny that link and a fleet of loitering munitions becomes an expensive collection of quadcopters with nowhere to send their video.

Where the Doctrine Could Break Down

None of this is designed to work in ideal conditions, because ideal conditions are the one thing a border conflict never offers.

Jamming and spoofing sit at the top of the list, for reasons already covered. Below that is a set of more mundane problems that rarely make headlines but decide whether a doctrine survives contact with reality: batteries that lose much of their capacity in Himalayan cold, spare-parts and repair chains for dozens of new platform types simultaneously, and a training pipeline that has to turn out drone operators, EW specialists and counter-UAS crews at a pace the Army’s own recruiting numbers may struggle to match.

Cramming more aircraft into the same stretch of contested airspace raises the odds of a friendly-fire incident or a simple mid-air collision, and every additional autonomous or semi-autonomous system adds a cybersecurity surface that didn’t exist five years ago.

Then there’s the economics of the fight itself. A loitering munition that costs a few thousand dollars can, in sufficient numbers, force a defender to spend a missile costing many times more just to stop it — which is precisely why India’s counter-drone investment leans so heavily on guns and jamming rather than missiles alone, and why Pakistan’s reported Korkut-Şahin-HQ-17AE stack follows a similar logic.

Cheap offence forcing expensive defence is not a new problem in military history, but drones have made it a live one on the subcontinent in a way it wasn’t a decade ago.

AI, Autonomy and the Rest of the Battlefield

Both the Indian and Pakistani programmes described here lean, to varying degrees, on artificial intelligence for target recognition, sensor fusion and automated tracking — Akashteer’s own publicity leans hard on the phrase “AI-driven.”

What gets less airtime is what that actually requires: enough human oversight built into the loop that an automated system flags a target rather than engaging it outright, enough testing that false positives don’t turn a misread civilian vehicle into a strike, and enough security around the software itself that an adversary can’t spoof the model the way an older system’s radio link gets spoofed.

None of the public material behind this article describes exactly how the Army has answered those questions, which is either a genuine gap in what’s been disclosed or a sign the answers aren’t fully worked out yet.

The wider point sits above any single platform. An Ashni platoon’s quadcopter, a Shaktibaan regiment’s loitering munition, an Akashteer sensor node, a Su-30MKI’s jamming pod and, eventually, a satellite feed are only as useful as the kill chain connecting them. India’s own doctrine documents increasingly talk about multi-domain integration for exactly this reason: land, air, sea, cyber, electronic warfare and space-based surveillance treated as one problem rather than five separate services occasionally comparing notes.

Whether Ashni, Shaurya, Shaktibaan, Bhairav, Rudra, Akashteer and Akash Tarang actually function as parts of one kill chain, or as several well-funded but loosely connected programmes that happen to share a procurement calendar, is a question a peacetime exercise can gesture at but can’t fully answer.

For now, both militaries are still mid-build. India’s 87-drone tender hasn’t been awarded. Ghatak is years from a cockpit-free sortie into contested airspace. The Shaktibaan and Divyastra structures are still filling out their authorised strength, and nobody outside the Ministry of Defence has confirmed how many Korkut batteries Pakistan has actually fielded, or where.

Satellite imagery will keep tracking new construction at Dadyal and Sindhri; procurement boards on both sides of the border will keep clearing budgets faster than factories can turn them into hardware. The spectrum fight that decides whether any of this works as advertised doesn’t pause for either side’s press briefings, and it isn’t the kind of contest that ends with a signing ceremony.

FAQs

What is Operation Sindoor, and why does it keep coming up in stories about Indian drones?

Operation Sindoor was the four-day India-Pakistan military exchange in May 2025, launched after the 22 April Pahalgam terror attack. It featured heavy drone and missile use on both sides and is the operation the Indian Army credits with accelerating its shift toward organic, formation-level drone capability.

What exactly is an Ashni platoon?

A ten-drone unit — four for surveillance, six configured as loitering munitions — assigned to individual infantry battalions rather than held at brigade or division level. The Army says the rollout across 385 battalions was complete by mid-2026.

What’s the difference between Ashni, Shaurya, Shaktibaan and Bhairav?

Ashni sits inside infantry battalions, Shaurya inside armoured regiments, and Shaktibaan (along with the less well-documented Divyastra) inside artillery. Bhairav is a standalone light-commando battalion drawing personnel from multiple arms rather than belonging to any single one of them, and Rudra brigades combine several of these arms into one larger formation.

Is India’s Ghatak stealth drone already flying operational missions?

No. A subscale demonstrator has flown and a 60-unit purchase has been recommended, but the programme still needs Defence Acquisition Council approval, and DRDO’s own chairman has cited a seven-to-eight-year timeline before it’s ready for the Air Force.

How high do India’s leased MQ-9B SeaGuardian drones actually fly?

Above 40,000 feet, with 30 to 40 hours of endurance per sortie — not the 50,000-plus feet sometimes reported elsewhere.

What is Mission Sudarshan Chakra?

A national, AI-enabled, layered air and missile defence shield that Prime Minister Modi announced in August 2025, targeting full coverage of military and civilian sites by 2035. Confusingly, the same name is also used for the Russian S-400 system already in Indian service and for an Army corps, which occasionally trips up reporting on all three.

How is Pakistan responding to India’s drone-heavy doctrine?

Mainly through the Mecca Joint Defence Agreement with Saudi Arabia and Turkey, under which Pakistan has begun inducting Turkish Korkut counter-drone guns and reportedly plans to add Şahin turrets and Chinese HQ-17AE missiles, alongside its own electronic-warfare expansion along the frontier.

Sources and Further Reading

Each entry below carries the exact article title, outlet and publication date, the specific claim in this piece it backs, and a confidence tag: Official/Confirmed (a government document, on-record statement or signed contract), Reported (credible journalism citing officials or a documented programme, sometimes a single outlet), or Analysis (expert or explainer commentary on an official announcement).

Figures and unit names in this space move quickly — re-verify anything more than a few months old against the Ministry of Defence, DRDO or the Press Information Bureau directly before republishing.

Akashteer: The Unseen Force Behind India’s New War Capability

Press Information Bureau, Government of India · 16 May 2025 [Official]

Supports: Akashteer’s design, its tri-service linkage to IACCS and Trigun, and its performance during Operation Sindoor.

https://www.pib.gov.in/PressReleasePage.aspx?PRID=2129132®=48&lang=2

DRDO’s Ghatak Combat Drone Programme Gathers Pace; 60 Units Planned

Business Standard · 4 March 2026 [Reported]

Supports: Ghatak’s development stage, the Defence Procurement Board’s 60-unit recommendation, and the pending DAC approval.

https://www.business-standard.com/external-affairs-defence-security/news/drdo-s-ghatak-combat-drone-programme-gathers-pace-60-units-planned-126030301087_1.html

Artillery’s New ‘Shaktibaan’ Units Mark a Doctrinal Shift From Massed Firepower to Precision Strikes

The Tribune · 24 February 2026 [Reported]

Supports: The Shaktibaan regiment concept, its role under the Regiment of Artillery, and the Kharga Shakti 2026 exercise.

https://www.tribuneindia.com/news/defence/artillerys-new-shaktibaan-units-mark-a-doctrinal-shift-from-massed-firepower-to-precision-strikes

What Are Ashni Platoons as Indian Army Steps Up Suicide Drone Procurement After Operation Sindoor?

The Week · 20 December 2025 [Official statement, press-reported]

Supports: The 385-battalion figure and the ten-drone (four ISR, six loitering-munition) platoon composition, both traced to on-record comments by the Director General of Infantry.

https://www.theweek.in/news/defence/2025/12/20/what-are-ashni-platoons-as-indian-army-steps-up-suicide-drone-procurement-after-operation-sindoor.html

Indian Navy Leases Two Additional MQ-9B SeaGuardian UAVs

Naval News · August 2026 [Official/Confirmed]

Supports: The August 2026 lease terms and cost, and how the lease differs from the separate 31-aircraft government-to-government purchase.

https://www.navalnews.com/naval-news/2026/08/indian-navy-leases-two-additional-mq-9b-seaguardian-uavs/

Sudarshan Chakra Mission

Vision IAS current-affairs briefing · 10 September 2025 [Analysis of an official announcement]

Supports: The stated scope, two-phase timeline and 2035 target of Mission Sudarshan Chakra as announced by the Prime Minister.

https://visionias.in/current-affairs/monthly-magazine/2025-09-04/security/sudarshan-chakra-mission-1

Why Saudi Arabia, Pakistan, and Turkey Just Signed a Defense Pact

Atlantic Council · 7 August 2026 [Analysis]

Supports: The nature and geopolitical scope of the Mecca Joint Defence Agreement, as distinct from a drone-specific arrangement.