By INS Contributors

KUALA LUMPUR, Malaysia: Imagine a dawn horizon split by the rumble of an enemy combined arms offensive—a steel tide of main battle tanks, infantry fighting vehicles, armoured personnel carriers and massed infantry, advancing behind a curtain of electronic jamming and surface-to-air cover. They expect a conventional meeting engagement: hours of artillery duels, armour clashes, and bloody attrition. Instead, the sky answers with a swarm.

Emulating combine arms tactics the swarm is not merely a group of unmanned aerial vehicles (UAVs) but an entire ecosystem of specialised drones. Scout quadcopters, no larger than birds, buzz forward to paint targets with laser designators and stream real-time coordinates to the kill chain. Electronic warfare drones rise on the flanks, flooding enemy communications and detection systems with blinding static, severing their tactical networks and silencing their air defence radars.

Deeper still, signals intelligence platforms loiter silently, scooping in every enemy emission from radio and radio waves to build a real-time electronic order of battle while remaining invisible. And then come the hunters: loitering munitions, stacked in holding patterns with their optical seekers already locked onto the vulnerable turret rings, engine decks, and open hatches of the armoured column below.

What follows is a one-sided engagement. The first tank loses its turret to a Lancet-E that dives at 300 kilometres per hour. An APC blows up seconds later. Crews dismount into killing zones already mapped by reconnaissance drones. The enemy’s electronic countermeasures—once feared—are jammed, spoofed, or simply outnumbered. Within two hours, the offensive stalls, then shatters. Wreckage smoulders across three kilometres of highway. Survivors huddle in ditches, their radios howling white noise, their morale cratered.

And then, from over the horizon—beyond the reach of any return fire, the friendly force advances. Fresh, rested, and fully supplied, their tanks roll past the still-burning carcasses of the enemy spearhead. Demoralised survivors raise their hands or flee. The entire action, from first contact to final exploitation, has taken only hours. No friendly casualties. No close-quarters fighting. Just precision, patience, and the cold standoff warfare.

This is the promise of 21st-century unmanned systems. And as Russia’s exhibit at Defence Services Asia (DSA) 2026 makes clear, the loitering munition and the collaborative drone swarm have inherited the mantle of the AK series of assault rifles, as the decisive, democratic tool of modern combat. Just as the Cold War was defined by the proliferation of the assault rifle, the coming era will be defined by the ubiquity of the hunter-killer drone.

“Russia is proud to present defence products in Malaysia, a nation with which we share robust economic, scientific, and technological ties,” said ROSOBORONEXPORT Director General Alexander Mikheev. However, the subtext of this year’s showcase is unmistakable: just as the simple, rugged, and prolific AK-47 armed insurgencies and national armies across four decades, modern Russian loitering munitions and UAVs are poised to become the ubiquitous, decisive tools of future battlefields.

The AK-47 of the 21st Century: Asymmetric Power Through Open-Source Logic

Military analysts attending DSA 2026 note a striking parallel between the proliferation of the Kalashnikov rifle in the 20th century and the current trajectory of Russian unmanned systems. The AK-47’s dominance stemmed not from cutting-edge complexity, but from its reliability, ease of mass production, and adaptability to open-source user modifications. Today, Russia’s newest generation of loitering munitions—including the Lancet-E, KUB-2E, and Skat-350M—are being engineered with a similar philosophy.

In an era where open-source intelligence (OSINT) and rapid battlefield crowdsourcing define combat adaptation, Russian systems are increasingly designed with modular, software-defined architectures. This allows field units to rapidly share targeting data, flight path optimizations, and electronic counter-countermeasures across networked swarms—a form of tactical open-source collaboration that dramatically shortens the loop between first contact and mass deployment.

“The AK-47 was the enabler of the infantry-centric wars of the last century,” explained a Rostec technical advisor at the exhibition. “The loitering munition is the enabler of the sensor-shooter wars of this century. Where the rifle gave the foot soldier firepower, the loitering munition gives any forward observer artillery-grade precision with zero risk to the launch platform.”

From Auxiliary to Core: The Decisive Role of Russian UAVs

The Russian display at DSA 2026 makes clear that unmanned systems have transitioned from niche reconnaissance assets to decisive, battle-winning platforms. Key systems on show include the S350M-E reconnaissance UAV, the field-proven Orlan-10E and Orlan-30 multifunctional drones, and the RUS-PE small-scale loitering munition. Each system is designed for attritable, mass-deployed warfare—where victory goes not to the most expensive platform, but to the side that can best integrate low-cost precision strike into every echelon of combat.

The Lancet-E, in particular, has garnered intense interest from Southeast Asian delegations. Having demonstrated the ability to autonomously identify and engage high-value targets (air defense radars, artillery pieces, command vehicles) at a fraction of the cost of a missile, the Lancet exemplifies the new arithmetic of 21st-century war. Analysts predict that within a decade, loitering munitions like the Lancet will be as common to a motorized rifle brigade as the AK-47 was to a Soviet platoon.

The Su-57E and Shared Open Architecture

Beyond the drone arena, Russia is also pitching the Su-57E fifth-generation multirole fighter as a modernization path compatible with Malaysia’s existing Su-30MKM fleet. Notably, the Su-57E features open-architecture mission systems that can integrate third-party targeting data from ground-based UAV operators—effectively turning the fighter into a manned command node for a swarm of loitering munitions. This open, networked approach mirrors the collaborative ethos of open-source software development, allowing allied nations to customize and upgrade their combat ecosystems without being locked into proprietary black boxes.

The exhhibition also signals an expanded focus on cybersecurity, with Rosoboronexport unveiling “ECHO”, a new solution designed to address emerging digital threats,alonside capabilities in security threat assessment and digital footprint management.

The Proliferation of Precision

Just as the Cold War was defined by the mass issuance of automatic rifles, the 21st century will be defined by the mass issuance of loitering munitions. Russia’s exhibit at DSA 2026 argues forcefully that any nation without integrated, attritable UAV strike complexes will face the same tactical disadvantage as a Cold War army without assault rifles.

The AK-47 gave the infantryman sustained firepower; the Russian Lancet and KUB-2-2E give the modern commander persistent, precision firepower from the sky. In upcoming conflicts, the side that masters this transition will not just win battles—it will redefine warfare itself.