Drones that fly a defibrillator across big campuses minutes after a collapse
TL;DR Rescuewing puts drones carrying defibrillators (AEDs) on large closed campuses like industrial parks, refineries and universities. When someone collapses, the site's emergency desk launches a drone and it lands the AED right beside the trained responder. The campus owner pays a yearly fee. It buys minutes, not cures.
Sudden cardiac arrest kills more than 700,000 people in India each year, and fewer than 2–3% of those who arrest outside hospital survive to discharge, against 10–20% in countries with strong community response[1]. Bystanders start CPR in only 1.3–9.8% of cases, and an AED gets used in under 1%[1]. An Indian registry found bystander CPR in 28% of the out-of-hospital arrests it recorded, with survival of 16% where it happened and 12% where it did not[2].
AEDs are rare outside airports, luxury hotels and corporate campuses[1]. Even on a big campus, the nearest one can be a ten-minute walk away, which is a lifetime when a heart has stopped.
First, the regulatory bit - Rescuewing does delivery logistics for a licensed AED. It does not diagnose and it does not treat. The AED it carries must be a device licensed under India's Medical Devices Rules 2017[3], and the trained responder on the ground is the one who uses it. Drones fly under the Drone Rules 2021 with certified pilots keeping watch[4].
Each campus gets one or two docked drones with an AED in each. When the security or medical desk gets a collapse call, they launch the drone with a single tap. It flies a pre-approved route to the building or gate, lowers the AED and streams video so the desk can guide the responder. CPR training for staff on every shift is part of the contract, because a drone is useless without a pair of hands.
The original idea was city-wide autonomous emergency drones, and I've reframed it. That needs flights over crowds and hooks into 112 dispatch, and India isn't ready for either. A closed campus has one owner, a known map and its own response team, so it can start now.
The campus owner pays. Think industrial park operators, refineries and large plants with their own fire and medical teams, and universities with big residential populations. They already budget for safety and many already hold AEDs[1]. No public price exists for drone-AED service in India, so price it as a yearly fee per campus covering drones, AEDs, training and maintenance, and see what buyers will accept.
There's real-world evidence now. In Swedish studies reviewed by the international resuscitation council's task force in 2024, drones reached cardiac arrests before ambulances in most deployments, with a median gain of 3 min 14 s, and one patient survived with full recovery after a drone-delivered shock[5]. India's 2021 drone rules also cut approvals from 72 to 4[4].
Is there a number for AED or drone-AED spending in India? Not a public one. The narrowest signal is where AEDs already sit - airports, hotels and corporate campuses[1]. One Swedish drone-AED operator says its system covers more than 250,000 people[6]. Use that as a feel for scale, not as an Indian market size.
That Swedish operator runs AED and medical-kit drones with emergency services in Sweden, Denmark and the UK[6]. In India, drone medical logistics sticks to scheduled routes, like the Meghalaya network serving 11 health centres[7], and not emergencies. I couldn't find any Indian company doing drone AED delivery. The gap is a campus-scale service that bundles drones, AEDs and trained responders.
| Difficulty | Hard (64/100) |
| Starting capital | ₹1.5–3 Cr |
| Time to launch | 15–24 months |
Building the drone is the easy bit. The hard bits are getting launch-to-landing under three minutes, staying reliable in rain and wind, and drilling campus responders until they act without thinking. Every campus route also needs checking against the airspace map.
Yes, this needs both drone permissions and licensed medical devices, even though Rescuewing only delivers.
Building this outside India? The categories above usually have a local equivalent, so check with your own regulator.
AI must not assess the patient, judge whether a collapse is a cardiac arrest or guide treatment. Rescuewing does logistics only, and the licensed AED and trained responder handle everything clinical.
Want to work out the AI layer for Rescuewing? Talk to Yash →
Here's what can go south -
I'd only try this with an emergency medicine or safety partner on board and the patience for a long sale. Before you build anything, compare drone arrival times on paper with the walk to the nearest wall-mounted AED on three real campuses. If the drone doesn't save at least two minutes then sell AED placement and training instead, honestly.
Plan for about ₹1.5–3 Cr for docked drones, licensed AEDs, route approvals and CPR training on every campus shift.
You need drone registration and certified pilots under the Drone Rules 2021, and the AED must be a CDSCO-licensed device. Rescuewing itself does not diagnose or treat.
Yes, drone-AED operators already run it abroad. Check local rules for flights beyond line of sight and for medical device supply.
The free Rescuewing validation kit has the line-by-line capital breakdown, the effort scoring, the drone and medical-device checklist, a 14-day validation sprint with pass/fail targets, a 90-day launch plan, 10 interview questions for campus safety heads, and 5 assumptions to test. Download the kit →
Thinking about building Rescuewing or something close to it? The make-or-break work is proving that a drone beats a wall-mounted AED on a real campus, and that's the kind of thing I help founders figure out. If you need a hand, you know where to find me. Talk to Yash →
For illustration only. Names are fictional and ideas hypothetical; sourced facts are real but may be out of date. Nothing here is legal, financial or professional advice, and Yash Khatri is not personally liable for any use of it. Read the full disclaimer.