Anti-Drone Innovation — Secure Mobile India

The New Reality

The Sky Is No
Longer Safe.

For decades, ground-based security — armoured vehicles, perimeter barriers, ballistic walls — defined protection. That calculus has changed. Consumer-grade drones costing less than ₹50,000 are now weaponised into precision killing machines, carrying warheads, delivering payloads, and conducting surveillance with no warning and no countermeasure in place.

The Russia-Ukraine war demonstrated that drone warfare is no longer the exclusive domain of nation-states. Hezbollah, Houthi rebels, and non-state actors have deployed swarms of loitering munitions against military convoys, oil infrastructure, and populated civilian zones. The technology is accessible, cheap, and increasingly autonomous.

India is not insulated from this threat. As VVIP movements increase, critical infrastructure expands, and border tensions persist, the need for comprehensive counter-UAS (C-UAS) capability is urgent — not theoretical.

₹50K Entry Cost of a Weaponised Drone

3,000+ Daily Drone Strikes in Ukraine (2024)

85% Of Drone Attacks from Commercial Off-the-Shelf UAVs

0s Warning Time for a Kamikaze Drone Strike

How We Got Here

The Evolution of
Drone Warfare

1990s

Early Recon

Military Reconnaissance UAVs

Early unmanned aerial vehicles were expensive, fragile, and operated exclusively by superpowers. The US RQ-1 Predator and Israeli IAI Scout were used for battlefield intelligence — surveillance, not attack. Drones were a strategic asset, not a tactical one.

2000s

Armed UAVs

Precision Strike Platforms

The MQ-9 Reaper and armed Predator variants introduced drone-delivered missile strikes in Afghanistan and Pakistan. These were sophisticated, expensive platforms operated by trained crews — still the exclusive domain of first-world military powers with dedicated satellite link infrastructure.

2010s

Democratisation

Consumer Drones Enter the Conflict Zone

DJI Phantom and similar commercial quadcopters proliferated globally. ISIS pioneered the use of cheap commercial drones to drop modified 40mm grenades on Iraqi Army positions in Mosul (2016) — marking the first systematic use of off-the-shelf drones as tactical weapons by a non-state actor. The cost of a strike fell from millions to hundreds of dollars.

2020s

Mass Warfare

Loitering Munitions, Swarms & Kamikaze Attacks

The Russia-Ukraine conflict became a real-time laboratory for drone warfare at industrial scale. Both sides deploy thousands of FPV kamikaze drones daily, costing as little as $400 each, against tanks, supply lines, and command posts. Iran's Shahed-136 loitering munitions — used by Russia — demonstrated that even poorly-funded actors can deliver precision strikes at strategic range. The age of mass drone warfare has arrived.

Know the Threat

Three Drone Threats
That Cannot Be Ignored

Each threat type requires a distinct countermeasure strategy. Passive protection alone is no longer sufficient.

Threat Type 01

Kamikaze
FPV Drones

First-Person View drones, guided by a live video feed, carry shaped charges or fragmentation warheads and are flown directly into targets. With no return mission, the entire UAV becomes the weapon. Cost: ₹25,000–₹2 lakh per unit.

Zero warning on approach

Precision targeting at 5–10km range

Defeats vehicle armour at close range

Used extensively in Ukraine, Gaza, Sudan

Threat Type 02

Swarm
Attacks

Coordinated simultaneous launches of 10–200+ drones designed to overwhelm point defences. While individual drones are small, the saturation of a target zone defeats traditional intercept systems. Even if 80% are neutralised, the remaining 20% still constitute a catastrophic strike.

Saturates radar and tracking systems

Multi-vector simultaneous approach

Used in Saudi Aramco attack (2019)

Iran tested 100+ drone swarms vs. US assets

Threat Type 03

Loitering
Munitions

Often called "suicide drones," loitering munitions — such as Iran's Shahed-136 or Israel's Harop — cruise autonomously to a target zone, circle and surveil at altitude, then engage on command or autonomously. With ranges of 1,000+ km and 8–40 hour endurance, they are strategic precision weapons at tactical cost.

1,000+ km operational range

Autonomous target recognition (AI-enabled)

Deployed by Iran, Russia, Turkey, India

Hard to detect on radar (low RCS)

Documented Conflicts

Drone War:
Real-World Evidence

These are not hypothetical scenarios. They are documented incidents that have reshaped military doctrine and civilian security planning globally.

Eastern Europe · 2022–Present

Russia — Ukraine:
The First Drone War

The Russia-Ukraine war is the first conflict where drones have defined battlefield outcomes at scale. Ukraine's Bayraktar TB2 destroyed Russian armoured columns in the early invasion; Russia responded with Iranian Shahed-136 swarms targeting Ukrainian power infrastructure, killing civilians and eliminating 40% of Ukraine's electricity grid in a single winter campaign.

FPV drones — cheap, guided, and carrying shaped charges — now account for more tank kills than any other weapon system. Both armies run drone factories producing thousands of units per month. Command posts, supply convoys, ammunition depots, and even individual soldiers are targeted with precision by ₹30,000 FPV units. No fortification stops them.

10,000+ Drones Used Per Month (Both Sides)

$400 Cost of an FPV Drone Strike

40% Ukrainian Power Grid Destroyed by Shahed Swarms

60% Russian Tank Losses Attributed to Drone Strikes

Middle East · 2019–Present

US — Iran:
Infrastructure & VVIP Targeting

In September 2019, Iran-backed Houthi forces launched 18 drones and 7 cruise missiles simultaneously against Saudi Aramco's Abqaiq and Khurais oil facilities — the most critical oil processing infrastructure on the planet. The $2 million drone strike took out 5% of global daily oil supply and caused $30 billion in market losses within 24 hours.

In January 2020, following the assassination of General Qasem Soleimani, Iran launched 16 ballistic missiles at US-held air bases in Iraq — confirming that drones and missiles now constitute Iran's primary deterrent strategy against hardened military targets. The Houthis have since struck civilian airports in Abu Dhabi, Riyadh, and attempted multiple attacks on civilian aircraft departure zones.

18 Drones in Aramco Attack

$2M Cost of the Attack

$30B Market Value Lost in 24 Hours

5% Global Daily Oil Supply Disrupted

Threat Landscape

No One Is Outside
the Target Zone

The assumption that drone warfare only affects battlefield combatants is dangerously outdated. The targets have changed.

VVIPs & Heads of State

Political leaders and heads of state are high-value targets. A drone carrying 500g of explosive can eliminate an armoured motorcade if it reaches the roof of a vehicle — bypassing all ground-level protection. Venezuela's President Maduro survived a drone assassination attempt in 2018. Indian VVIPs face the same threat envelope.

Motorcade & helipad vulnerability

Roof approach defeats vehicle armour

Public event exposure at rallies & inaugurations

Venezuela Presidential drone attack (2018)

Military Installations

Established air defence systems are designed for traditional threats — missiles, aircraft. They are largely ineffective against low-flying, slow-moving, radar-cross-section-minimal quadcopters. India's Pathankot airbase was infiltrated by a drone carrying explosives in 2021 — the first drone attack on an Indian military installation.

Ammunition depot targeting

Radar & comms installation strike

Pathankot IAF drone attack (2021)

Jammu Air Force Station bombing (2021)

Airports & Critical Infrastructure

A single drone near a runway can ground an entire airport. Beyond disruption, weaponised drones targeting fuel facilities, terminal buildings, or parked aircraft represent catastrophic risk. Heathrow (2019), Dubai (2022), and Riyadh (2021) all experienced drone incidents that triggered full shutdowns.

Runway incursion & flight disruption

Fuel farm and jet bridge targeting

Power grid & transformer vulnerability

Dam and water treatment risk

Civilian Populations

Markets, stadiums, religious gatherings, and public squares are increasingly targeted to maximise psychological impact. The Houthis struck civilian airports and markets across Yemen with Iranian-supplied drones. The ISIS Mosul campaign used drones to drop grenades on civilian evacuation columns — a war crime documented on video.

Open-air public events & gatherings

Markets, hospitals, schools

Residential zone fragmentation strike

Psychological warfare through visibility

Why SMI

Indigenous. Tested.
Field-Ready.

SMI's counter-UAS infrastructure is designed and manufactured at our Nangloi, Delhi facility — giving government and defence clients the benefit of rapid customisation, local supply chain resilience, and zero import dependency.

Our solutions are tested against real-world drone threat scenarios, not laboratory projections. We work directly with security agencies, NSSG, state police forces, and private sector clients to specify counter-UAS systems that integrate with existing physical security infrastructure.

Discuss a Counter-UAS Deployment

100% Indigenous Manufacturing

Designed, fabricated and tested in Delhi — no import dependency

Tested Against Live Drone Threats

Verified against actual commercial and modified UAV warhead scenarios

Rapid Deployment

Modular systems installable within days — not months

Deployed with Government Agencies

Trusted by NSG, CISF, state police, and private sector VIP protection teams

Anti-DroneInnovation

The Sky Is NoLonger Safe.

The Evolution ofDrone Warfare

Three Drone ThreatsThat Cannot Be Ignored

Drone War:Real-World Evidence

No One Is Outsidethe Target Zone

Indigenous. Tested.Field-Ready.

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Anti-Drone
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