Drones are everywhere. Applications range from military use for fighting terrorists to aerial photography to recreational use by hobbyists and even Amazon has announced it would like to start using them for package delivery. Imagine being able to deliver packages in dense urban areas without having to worry about traffic or parking. Now imagine that instead of delivering your nephew’s birthday present, the drone is delivering something much more critical…medical care.
Before you scoff at the idea, let me share a quick scenario.
Imagine your 21 year old daughter is in desperate need of a heart transplant. You wring your hands, hoping that somehow a heart will become available in time to save her life. 8 miles away, a 27 year old dies in a car crash. It’s both a tragedy and a miracle as he is an organ donor and his heart is a match. Your heart soars until you remember that the route from the crash to the hospital, that seemingly short 8 miles, takes 2 hours to traverse at this time of day in Chennai, India. It will take another miracle for police to clear the road to get the heart there in time.
This is a true story, and luckily, the second miracle also occurred. A whole team of police had to clear the route for the heart to arrive and they amazingly got it to the hospital in 13 minutes and saved the young girls life. But when minutes are the difference between life and death, should we have to take that chance? Metropolitan areas in New York City and Los Angeles have equally horrific traffic problems. Even dispatching a helicopter may present some delays in getting flight clearances and in finding a suitable landing location. Not only that, helicopters are a limited resource that may not be readily available for organ transportation. So isn’t there a better way?
Some students in Spain thought there was, and they developed a purpose built drone with a refrigerated storage compartment specifically for the purpose of transporting organs quickly and efficiently from one location to another. They are currently running a test program in India, and if successful, there is no reason that the same programs couldn’t be implemented in the US as well.
Drones in healthcare may not be so far-fetched after all.
Now think of extended applications. What about a drone that delivers medical care to those trapped in a mine? Or drone that uses a video teleconferencing system to respond to an accident and give bystanders instructions on what to do until the paramedics arrive? Or a drone that includes a defibrillator for a heart attack victim? (Here’s a great video on that idea as well.) The scenarios abound.
Then consider that the size and cost of the drones mean that a large network of them could be deployed. Imagine a series of roadside pedestal “garages” with drones at the ready every few miles, able to be dispatched to accidents and assess injury severity for positioning more scarce EMT and Paramedic resources. Now that may be very valuable indeed.
All too often we see technology positioned in films and pop culture as being a potential threat to the human race. However, in today’s world it seems technology is once again in the service of saving lives instead. After all, it’s good to be an organ “droner”.
Avidex AV is revolutionizing the way healthcare facilities and doctors are delivering care. Their 20 years of experience is being leveraged to drive down the cost of care while promoting positive healthcare outcomes. Is your organization looking for a new kind of technology partner? Connect with one of our Account Executives today to learn more.
About Jim Scalise
Jim is the Avidex Systems Integrated Group Manager and has been in the AV industry for more than 20 years. Jim oversees and manages the integrated systems team and is directly involved in design, application, project and field engineering as well as sales, service and installation support. Contact Jim at email@example.com