A version of this essay has been published by firstpost.com at https://www.firstpost.com/opinion/shadow-warrior-drones-are-the-new-tanks-time-for-india-to-catch-up-13998019.html

The most important lesson (of many) from Gulf War 3 may have been foreshadowed by the Ukraine War and other conflicts: that a combination of a step-change in warfare (military strategy) and disruptive innovation (business strategy) could rewrite the rules. If so, we may need to rethink the value of much expensive hardware. Moreover, nations such as India may need to seriously revamp their arms procurement: to small, cheap, local maybe?

The most disturbing aspect of this scenario is that it reduces the human factor, and human control, over warfare. It leads to the specter of robot warfare, of Skynet, of 2001: A Space Odyssey, where autonomous intelligences may take rational decisions that have grave consequences for humans, inflicting collateral damage on innocent bystanders in ways that nobody quite understands. We need a real-life version of Isaac Asimov’s “Three Laws of Robotics”. But then humans too inflict unthinking collateral damage..

Step-change in warfare, and disruptive innovation

There have been numerous instances where a settled and standardized war tactic was suddenly overturned by a new invention, rendering old military assets impotent. One or two examples will suffice: one was the eclipse of heavy cavalry after the invention of massed archers using longbow volleys to mow them down with thousands of synchronized arrows raining down, also inducing panic in their horses in mid-charge.

Another example is how battle tanks overwhelmed the previous model of trench warfare. (Ironically, in turn, tanks are now being rendered sitting ducks by drones.)

In both cases, long-held assumptions had to be rewritten practically overnight, and entirely new mechanisms had to be put in place. It is a good question (on which reasonable people may differ) as to whether the arrival of drone-and-missile-based warfare is rendering air power, including fighters, bombers and aircraft carriers, essentially obsolescent.

Clayton Christensen articulated the theory of disruptive innovation in business, where an entrenched incumbent can be overthrown in short order by an insurgent attacking them from an unexpected direction, often based on lower-cost options. One example is that of Kodak and the film-camera business. Cheap and convenient digital photography dislocated Kodak et al practically overnight.

I personally experienced this disruption in the 1990s when I had a key role in operating system strategy for Sun Microsystems, the runaway leader in engineering workstations and servers, which used the Unix operating system. Despite our best efforts, Microsoft+Intel coming in from the low end (as Windows systems became more capable) rapidly captured the key resource, which is third-party software vendors. This caused end users to desert in droves.

There were other reasons, too: internecine warfare among firms using Unix, such as IBM, HP, Sun, AT&T, Toshiba, et al. While they bickered, Windows systems became more powerful. Lesson: the ecosystem has to be managed carefully, including supply chains.

Putting these three together (step-change, disruptive innovation, and the ground realities of the Gulf War 3) one can speculate that future military doctrine will be vastly different. Here is Iran’s military doctrine, for reference, from the substack NotesonGeopolitics (Disclaimer: I am neither endorsing it or criticizing it, just offering it as an example).

The US is adjusting to this reality. There is a book titled “Project Maven”, based on 200+ interviews chronicling the US military’s shift to AI-driven warfare, starting with a 2017 Pentagon project to automate drone footage analysis amid overwhelming data volumes.

Project Maven evolved from error-prone early tools (such as misidentifying school buses as threats) to supporting autonomous systems like Goalkeeper drones and Whiplash naval units, now used in conflicts from Ukraine to the Caribbean by 25,000 personnel across 32 companies.

Speaking of disruptive innovation, it is ironic to see the US reverse-engineering Iranian Shahed drones, and the Russians doing the same to Ukrainian drones: incumbents learning from insurgents.

This is only the beginning, of course. There is a nightmare scenario: murmurating, autonomous drone swarms with a hive mind. A flock of starlings flying in perfect synchrony is a thing of beauty: they do not collide with each other, the entire swarm changes direction instantaneously, and there is emergent intelligence in the swarm, much greater than the intelligence of the individual bird. The same is true of beehives and ant colonies, too.

A company called ShieldAI in fact has a product named Hivemind that does precisely this.

Imagine a murmurating drone swarm of 1,000 or even 10,000: and since they cost so little make, this is not unrealistic. The enemy may shoot down 90% of them, but the 10% that gets through, especially if they are kamikaze drones fitted with explosives, can cause real damage. There is the old joke about quantity: “What do you do when you invade China? First day, you take 10,000 prisoners. Second day, you take 100,000 prisoners. Third day, you surrender!”

But we don’t have to go that far: just take two instances where inexpensive drones were able to penetrate the defenses of heavily secured military airports. The first was in Russia in June 2025. Using 117 low-cost drones, Ukrainians struck several airbases at once. There is video footage of FPV drones landing on Tu-95 bombers, destroying them. These are strategic long-range nuclear bombers from the Cold War era, and will be difficult to replace.

And then, just last month: at Barksdale Air Force Base in the US, where B-52 nuclear bombers are deployed, there were repeated drone swarm overflights (of 12-15 drones) between March 9th and March 15th, 2026. They couldn’t be jammed, and displayed “non-commercial signal characteristics”, although they did not actually attack the planes. Reconnaissance, it must be assumed. Superpower militaries are unable to contain them.

Electronic warfare like jamming may be ineffective anyway as swarms self-repair. But it is true that there are air defense weapons that can shoot down the majority of drones. There are interceptors (but they are much more expensive than the drones themselves). Then new Directed Energy Weapons (including both lasers and high-powered microwaves) are in development. Rail guns, I understand, are overkill for them.

Where is India in this arms race?

India finds itself left behind in this transition, and remains committed to legacy platforms such as tanks, fighters, and other imported systems. It is true that there were battlefield successes in Operation Sindoor, where X-25 drones (towed on a 100 meter optical cable) emitted the radar signatures of Rafale fighter jets, thus drawing enemy missiles to themselves, without harming the planes. But these were Israeli products; also British-origin Banshee drones were used for spoofing Su-31 and Mig-29 signatures..

Indigenous drone efforts lag China by 3-5 years in scale, AI integration, and mass production; reliance on Chinese components persists despite bans. It does not have to be this way: India should create Production Linked Incentives for drones and missiles, and harness Machine Learning and Artificial Intelligence at scale.

India needs to promote this as a cottage industry, so that many individuals will get involved, as in the following post by a Ukrainian drone-maker, with a hashtag #MadebyHousewives. That country produces as many as 4.5 million cheap drones a year, often using 3d printing.

While Ukraine and Iran improvise hive-mind swarms under fire, India’s northeast and border regions face asymmetric threats from low-cost systems. The recent mercenary scandal in the Northeast illustrates the peril.

Mercenaries, the Northeast and a new Christian enclave?

The March 2026 arrests by India’s National Investigation Agency (NIA) expose how this drone proliferation directly endangers the Seven Sisters. Six Ukrainians and American mercenary Matthew Aaron Van Dyke were detained across Indian airports. They had repeatedly crossed from restricted Mizoram into Myanmar since 2024, training ethnic insurgent groups in drone assembly, operation, jamming, and electronic warfare.

They smuggled European drone consignments through India for insurgent networks, some linked to proscribed Indian groups operating in the northeast. This is no abstract threat: drones enable precision strikes on security forces, surveillance of remote terrain, and supply drops. These capabilities could ignite or sustain insurgencies in India’s volatile borderlands.

In the background is former Bangladesh Prime Minister Sheikh Hasina’s explosive 2024 warning. Hasina alleged a “white man’s” conspiracy to carve out a new “Christian nation” (akin to East Timor or South Sudan) from Bangladesh’s Chittagong Hill Tracts, Myanmar’s Rakhine and Chin regions, and India’s Northeast. She cited foreign eyes on the Bay of Bengal and ethnic fault lines.

Hasina’s claim was dismissed as paranoia then; today, Ukrainian-American actors arming Myanmar’s rebel groups lend credence to a broader destabilization playbook. A hive-mind-enabled drone campaign could empower separatists and create a Christian-majority enclave, exploiting Christian tribal demographics and porous borders. This is hybrid warfare at its most insidious: mercenaries as force multipliers fo...