Saturday, 22 March 2014

Federal Judge Clears Detroit Florist’s Delivery By Drone

COMMERCE TWP. (WWJ) - A federal judge’s ruling last week that the Federal Aviation Administration has no jurisdiction over small drone aircraft means a Commerce Township florist will resume testing flower delivery by drone.
FlowerDeliveryExpress.com, the online unit of Wesley Berry Flowers, was testing drone delivery the weekend before Valentine’s Day, but was ordered to stop by the FAA.
(The Feb. 8 delivery can be seen in the YouTube video below).

But last week, federal administrative law judge Patrick Geraghty ruled that if he accepted the FAA’s argument for regulating drones, “a flight in the air of a paper airplane or a toy balsa wood glider could subject the operator” to FAA penalties. The ruling applies to flights below 400 feet.
Geraghty was ruling in the case of a photographer who was fined $10,000 for “reckless flying” after using a drone to shoot a promotional video for the University of Virginia in 2011.
Bloomberg reported that FAA rules on drones weighing less than 55 pounds are still due out by November. The rules have been delayed more than three years.
But now that there are apparently no rules, Berry said, “the next step for us is more testing. We still want to be good citizens. We have to do some more testing on it and develop it into a more seamless and available product.”
The testing will prove out the drone delivery concept in terms of payload and range, Berry said. He said he didn’t know when drone delivery might be available to the general public.
“Our anticipation is that it’s still going to take a little while in order to become a commercially viable product,” Berry said. “Long term we expect this to be something very viable, but the only way we can get there is by doing the tests.”
Berry Flowers has locations in downtown Detroit, northwest Detroit and Commerce Township in the northwest suburbs. Berry said the testing would take place “in the Commerce area.”
Berry heard from the FAA by phone after posting the YouTube video of the Feb. 8 delivery test. Curiously enough, Berry said, “the FAA didn’t call us up this time to let us know” about the court ruling.
Consumers can sign up for the beta test group at http://www.FlowerDeliveryExpress.com/beta. Participation is not guaranteed, and you must be a U.S. resident.
FlowerDeliveryExpress.com delivers from its own brick and mortar flower shops with its own delivery fleet, and through FedEx and UPS from coast to coast. Deliveries are also made via a computerized sending network of affiliated shops. The company provides delivery throughout most of the United States, Canada, and more than 80 countries around the world.

How Delivery Drones Could Save Lives in Africa

How Delivery Drones Could Save Lives in AfricaSEXPAND
What the first thing you think of when you hear the word "drone?" It might be killing machines. Or reconnaissance quadcopters. Or maybe a honey bee. But for a countless number of people in Africa, it could be a flying packmule with life-saving cargo.
On Monday, the organizers of the Flying Donkey Challenge announced the first 33 entrants in a series of events that will culminate in a drone race around Mount Kenya in 24 hours and a multi-million dollar prize for the winner. This specific group hails from all over the world and will compete in a subchallenge from November 8 through the 16 in Kenya, though the final challenge will take place in 2020. For now, each team has proposed a design for a so-called "flying donkey," an unmanned aerial vehicle capable of delivering and collecting cargo that weighs about 45 pounds.
The overarching idea, here, is obvious: Build a better cargo drone, get more cargo to more people in Africa. "Commercial drone technology has strong potential here to help overcome the limitations of the continent's transportation infrastructure and deliver goods and services in remote regions—spurring new models for business and service delivery," Kamal Bhattacharya, Director of IBM Research, Africa, said in a press release.
Think less beer delivery drone and more medicine delivery drone. Food is an also option, of course, but the payload is pretty limited. You'd probably need a small fleet to feed a village for any extended amount of time.
Africa does certainly has an infrastructure problem, a problem that's made worse by the fact that Africa's population is growing faster than the infrastructure needed to support it. This is only going to get worse in coming years, which is precisely why the Flying Donkey Challenge was conceived. And, if it all pans out, the participants stand to build some technology that could make life better for some people in Africa. That's a big "if," though.
Cynics will be quick to point out how unlikely it is for these kinds of projects to come to fruition, however. Announcing some ambitious project involving a headline-friendly word like "drones" is one thing, but actually orchestrating all of the moving parts to make it a viable program is another. Take Facebook's plan to provide wireless internet to isolated communities all over Africa, for example. Is it an great project that will conclude with thousands of people in remote regions of Africa surfing Facebook? Or is it just a great marketing maneuver.
The partners involved in the Flying Donkey Challenge including IMB, Africa as well as Swiss WorldCargo, the air freight division of Swiss Airlines. The National Center of Competence in Research (NCCR) Robotics in Switzerland is also helping out. Regardless of intentions, it'll be interesting to see what kinds of innovations these guys help to enable, and it will be great if, in ten years, these flying donkeys are delivering food and medicine to people all over the continent. Again, that's a big "if." [Robohub]

Sunday, 16 February 2014

Forget Amazon, drone delivery will take off in Africa

The 1965 film comedy Those Magnificent Men in Their Flying Machines, centres on a fictional air race between Paris and London in 1910 that offered competitors the chance to become "number one in the air" and win a £10,000 prize.
More than a century later, there is another race to be "number one in the air", but it has nothing to do with British crackpot pilots flying across the English Channel. The new arena for aerial supremacy is Africa, where drone developers are fighting in the skies.
Whether it's tracking poachers, monitoring potential terrorists or patrolling pirate-run waters, governments from Ghana to Ethiopia to Uganda are using drones as an economic alternative to a fully equipped air force
The militarisation of African skies comes with the full backing of the US, which provides advisers and sells drones, but it is another aspect of African life that provides a more uplifting story of how drones are beginning to revolutionise everyday life.
Amazon Testing Drone Delivery Systemdjgabrielpresents
The potential of drones in the West and out of Africa has been defined by Amazon's Jeff Bezos. At the end of 2013 he announced "Amazon Prime Air", a programme that promised deliveries of 2.5kg within 30 minutes if customers were within 10 miles of the Amazon fulfilment centre.
While there is divided opinion about whether Bezos' statement was Amazon's immediate strategy or future-gazing that owed more to PR than reality, in Africa the notion of delivery by drones is being taken very seriously indeed.
The extraordinary acceleration of mobile phone ownership in Africa has transformed the continent. According to a December 2013 report by TA Telecom, mobile phone penetration is now more than 80 percent and means that fixed-line internet infrastructure is unlikely to happen. 
The same is likely to go for transportation. Why build expensive roads to remote rural locations when drones can do the job just as well? The market is there if this can be achieved. In Nigeria, where there is no postal service, ecommerce companies such as Konga and Jumia are undergoing explosive growth in a country of almost 170 million people.
This growth is likely to be further accelerated if these companies, or one that nobody has heard of, can harness drone delivery and become the "Amazon of Africa". The African trade routes of the near-future are almost certainly going to be in the air, not on unreliable roads or routes that have yet to be built.
Jonathan Ledgard is the Director of Future Africa at the Swiss Federal Institute of Technology based in Lausanne. As an ex-correspondent of The Economist for nearly 20 years, of which the last ten were in Africa, Ledgard understands Africa.
He cites previous mobile user predictions as evidence of how quickly things move there. Safaricom is one of the biggest operators on the continent and now has more than 17 million subscribers, a number that nobody predicted.
"The most optimistic figures of the Safaricom business model in 2002 were 400,000 users in the next decade and while drone delivery won't solve the question of land rights, food security or water rights, it could have a huge influence.
"Africa's population will double in our working lives and its economy will quadruple in that time and while a $15-20 (£9-12) basic mobile phone is a powerful piece of technology, the future for Africans is robotics. Precision mechanical engineering is not Africa's forte, but there is something about Africa that takes a relatively normal set of mechanisms, then hacks and improves them," he says.
Robotic drone delivery in Africa is likely to be accelerated by this year's Flying Donkey Challenge, an escalating series of sub-challenges held annually in Africa. World-leading roboticists, engineers, regulators, entrepreneurs, logisticians, and designers win substantial grants by advancing the safety, durability, legality, profitability and friendliness of cargo robots.
These sub-challenges will culminate in a race of these "flying donkeys" around Mount Kenya in under 24 hours, delivering and collecting 20 kilo payloads along the way. The winner(s) will collect a multi-million dollar prize and a helping hand up the ladder to ecommerce domination.
"Africa is fast becoming an adopter of cutting-edge technologies to overcome its infrastructure gap. Commercial drone technology has strong potential here to help overcome the limitations of the continent's transportation infrastructure and deliver goods and services in remote or regions -- spurring new models for business and service delivery," explained Kamal Bhattacharya, Director, IBM Research, Africa.
"But for drone technology to meet its potential in Africa, we need thorough understanding of the impact of factors such as weather, terrain, demographics and transportation networks; an area that IBM is researching with its latest cognitive computing systems."
Interestingly, it is not the technology of flying donkey robotics that is demanding, rather getting reliability, expectations and price points right. One way of doing this is by comparing drones with the fleets of motorbikes that serve African health ministries, a strong bellwether for a drone business model.
According to Ledgard at Future Africa, in 2020 the purchase price of a flying donkey will be less than $2,500 (£1,500). Running costs including training, logistics, fuel, spare parts will be under 40 cents per kilometre and able to travel 50,000 kilometres over five years without a major breakdown. This model compares favourably to the number of health ministry motorbikes that are ruined by the state of African roads. 
"Infrastructure is without a doubt one of the greatest challenges facing the continent. Commerce each and every day is held back by poor infrastructure, from roads and rail, to water systems and ICT networks, costing Africa an estimated $40 billion (£24.3 billion) in lost GDP every year," said Angolan philanthropist Álvaro Sobrinho, chairman of UK charity Planet Earth Institute. "No idea should be off the table, delivery drones have the potential to offer a significant boost to African commerce. Delivering and receiving goods in this way could offer a crucial, all year round lifeline to business."
More than a century later, the race to be "number one in the air" will create an ecommerce behemoth and bring many changes to business in Africa. Drones may not be magnificent machines compared to the flying machines at the beginning of last century, but their influence will be felt for the rest of the 21st Century.
http://www.wired.co.uk/news/archive/2014-02/13/africa-drone

FAA Grounds Valentine’s Flower Delivery Drone

COMMERCE TWP. (WWJ) – A Commerce Township floral delivery company says the Federal Aviation Administration has grounded its experiment in delivering flowers by unmanned mini-helicopter.
FlowerDeliveryExpress.com said the FAA has informed them that commercial drone use is only allowed on a pre-authorized, case-by-case basis — and told the company to knock it off.
“Cupid’s wings have been clipped,” said the company’s CEO, Wesley Berry.
But at least the FAA was nice about it, Berry said. “The FAA was extremely professional and polite,” he said. “I couldn’t have been chastised in a nicer way.”
Berry said he agreed with the FAA’s characterization of delivery drones as “flying food processors” and that drone delivery operators probably need regulation — like training to avoid mishaps and insurance should they occur.
FlowerDeliveryExpress.com had intended to deliver as many free rose bouquets as possible to its beta test group on Valentine’s Day to benchmark the delivery capacity of its drone. The company currently uses traditional delivery methods to serve several million other customers across the country.
Berry said the FAA didn’t tell him when they might come up with regulations that would allow drone delivery — but said the FAA told him it is “actively working on it. This technology is here to stay. When the time is right, we’ll be ready for orders to be delivered, not by an address, but by GPS coordinates. It’s exciting to plan the future of the business based on this emerging technology.”
Berry’s other delivery methods in development include trucks carrying pre-made bouquets for rapid delivery.
FlowerDeliveryExpress.com has launched a consumer beta program to test alternative delivery methods and other development efforts. Consumers can sign up for the beta test group athttp://www.FlowerDeliveryExpress.com/beta. Participation is not guaranteed, and you must be a U.S. resident.
The drone flower delivery, which took place Saturday, Feb. 8, 2014 in metro Detroit, can be viewed on YouTube here: http://bit.ly/1lXLQgn.
Berry also owns Wesley Berry Flowers, a Detroit-based brick-and-mortar florist established by his family in 1946. The company has four stores, including one downtown in the Penobscot Building and another in the Schoolcraft-Greenfield area of Detroit. But Berry said that 98 percent of his company’s business is now done via the website.
http://detroit.cbslocal.com/2014/02/13/faa-grounds-valentines-flower-delivery-express-drone/

Dubai's Drone Delivery Idea Might Be Slightly Less Crazy Than Amazon's

Jeff Bezos has some new competition in the crazy drone delivery race. Dubai officials want to start using drones to deliver government documents by next year. And while Amazon's drone delivery program probably won't happen, Dubai's equally-crazy plan might have a slightly better shot at getting off the ground.
The idea is to use quadcopter drones to deliver "small, light value things that are time sensitive, like medicines, identification documents, vital papers and things of that nature," Dr Noah Raford, special adviser to the Office of the Prime Minister, Sheikh Mohammed bin Rashid, toldThe National. He said the drones could carry a three-pound payload on a delivery of about two miles. Abdulrahman Alserkal, the Emirati engineer who designed the project, says retina and fingerprint scanners would make sure the payload got to the correct recipient.
It's all part of a $1 million contest launched this week, soliciting inventors to find ways to use drones to benefit citizens. And frankly, it might be a little more likely than Amazon's plan. A drone can carry a passport or drivers license across a neighborhood much more easily than that bowling ball you bought from Amazon.
And as Wired's Marcus Wohlsen points out, Dubai's government monarchy runs a lot like a business. UAE Prime Minister Sheikh Mohammed bin Rashid doesn't have to grapple with the FAA like Amazon does. If he wants document delivery drones, he's probably likely to get them. Dubai loves drones—in fact, they're already planning to use them to fight fires.
Look, most of the same hurdles facing Amazon will probably hinder Dubai's plan: imprecise navigation, limited payload and range, and the plain old fact that drones buzzing around neighborhoods with no operator in sight are pretty terrifying. Personally, I think it'd be super freaky to get a knock on your door and find a retina-scanning drone there delivering your new car registration papers or whatever. Although that still sounds a hell of a lot better than waiting in line at the DMV. [The National via Wired]
http://gizmodo.com/could-dubais-crazy-plan-to-deliver-official-documents-1523453538

Sunday, 9 February 2014

Why the idea of Delivery Drones may never take flight



Doug Bennett, a member of the DC Drone User Group in Washington, DC, flies FPV at a park. Image: author
What happens when you take your drone to public land in Pleasanton, California and start flying it around in first-person view, using the drone’s onboard camera to see where you’re going? If you’re Sean Wendland, you get a stern talking to from an old man who says you can’t use your newfangled technology here.
The old guard vs. the new. Welcome to the nerdiest beef in the drone world.
For decades, the model aircraft hobby has been dominated by former soldiers, pilots, and other airplane enthusiasts. They've been flying gas-powered model aircraft and balsa-wood clunkers at flying clubs around the country for decades with very little interruption from the government or anyone else, for that matter.
But when you pop a camera on a hexacopter and stream that camera's video back to your iPad to fly it like you’re playing StarFox, things change. All of a sudden, instead of a model airplane you can fly in circles for a half-hour, you’ve got a drone that can be used for deliveries, to do land surveys, to perform search-and-rescue missions, and take aerial photography. And you’ve got a huge influx of Silicon Valley-types who care very little about flying around a little airplane and care very much about getting a slice of the estimated $13.6 billion the drone industry is expected to be worth once the FAA finally sets commercial regulations. 
“They are tech guys, that’s one thing I’ve noticed,” Dave Mathewson, executive director of the Academy of Model Aeronautics, said about first-person view droners. “I don’t think they’re as interested in the flying aspect, they’re interested in the platform and the ability to do something with it like starting a company.”
First-person view (FPV) is how Predator drones are usually operated overseas and it’s how commercial drones will have to be operated if they’re going to do anything out of line-of-sight from its pilot—unless we’re going to let them fly completely autonomously. It’s also a technology that is hated by most of the old guard.  
Wendland is not a member of the AMA, as that old man at Lassen was, but it’s not for lack of trying. He said he was turned away by three flying clubs who said his kind, and his technology, wasn’t welcome there. 
“It’s a cultural and a generational issue,” Wendland said. “I’ve been turned away from three clubs and now I have a bad taste in my mouth. I won’t go near anything associated with the AMA, and a lot of people in the FPV community feel the same way.”
That’s a problem. If Jeff Bezos (or anyone else) wants to be able to fly you shampoo within an hour of you ordering it, FPV is going to be necessary. For better or worse, it’s the near-term future of commercial drones. Bezos can dream all he wants about drone delivery, but fully automated flight is a long way away from dodging every powerline, bird, and streetlight between Amazon’s warehouses and your front door. An experienced FPV flyer can do that, no sweat.
At the end of this video, you can head Wendland's interaction with an AMA member.
“Going forward, the biggest commodity will be pilots,” Wendland said. “A company isn’t going to buy five [aircraft] just to crash four of them. They’ll buy one and hire a pilot that knows what they’re doing.”
The makeup of AMA’s 140,000 members closely matches that of its Model Aviation magazine, which is delivered to 96 percent of the organization’s members. According to the AMA, the median age of a member is 46 and a quarter are retired. There’s no available demographic information for FPV flyers, but many in the community are more likely to be software developers, startup-minded people, or video game enthusiasts, rather than people who are deeply enamored with aviation as a whole. 
And that’s a problem for the AMA, which has operated without FAA regulation since 1936 and now face federal interference. The AMA set its first guidelines for FPV flight in 2008 and they are extremely restrictive. To be within the guidelines, you have to have a spotter who constantly has an eye on your drone, fly below 400 feet, and always remain within visual line of sight. That last one is the big hangup: The main benefit of flying FPV is the fact that you can fly your drone much further distances—say, the distance necessary to make a delivery.

THE FUTURE OF LEGAL FIRST-PERSON VIEW FLIGHT AND OF THE DRONE INDUSTRY COULD BE IN THE HANDS OF AN ORGANIZATION THAT HAS TRADITIONALLY DISLIKED THE HOBBY. 

At first, those at flying clubs were merely interested in FPV flight—until the flashy nature of it began getting media attention and flyers like Raphael Pirker, one of the more polarizing figures in the community, began uploading videos to YouTube. In 2011, he posted a drone footage taken while flying FPV in New York City that caught the attention of the FAA and the AMA.
"At first, the clubs were very welcoming, but after we did the New York flights, whenever we came they just said no, you can’t fly here today," Pirker said of clubs in Europe. "I think the same is happening across the United States right now. The momentum at the clubs has swung largely against it, especially in traditional circles."
Now, a bunch of young guys like Pirker and Wendland are ignoring the AMA’s volunteer safety guidelines, flying in populated areas, catching FAA scrutiny, making flashy YouTube videos, and generating tons of media attention (both positive and negative) on the hobby. That’s why you end up with AMA-affiliated clubs that won’t let FPV flyers onto their fields. It’s also why the AMA has, in the past, ripped media outlets for suggesting that flying FPV is the future of model aircraft and have said that those who flaunt the AMA safety guidelines are “unbelievably selfish” and are “clowns” that are “unconcerned for public safety.”  
As a matter of policy, the FAA has allowed FPV flight as long as its operator isn't doing it for commercial purposes. Whether they can truly limit that is up for debate; a pending case against Pirker will help settle that debate.
But, whether they like each other or not, drone operators and the AMA are going to have to make nice. 
Though some, like Wendland, have completely disavowed and distanced themselves from the AMA, people who want to fly commercially are probably going to need them. The AMA has the legacy, membership, and, most importantly, the political clout to remain relevant. They’re one of the only organizations that the FAA goes to for guidance on the subject. 
“They’re not embracing us. They’ve failed,” Wendland said. “The AMA hasn't embraced us and because of that, the FAA knows nothing about this hobby because they’ve never talked to us directly.”
Last month, the AMA and the FAA signed a memorandum of understanding, one that “establishes a cooperative working relationship between the FAA and the AMA.”
Under the agreement, AMA will serve as a focal point for the aero-modeling community, the hobby industry and the FAA to communicate relevant and timely safety information,” an FAA representative wrote on the agency’s blog. “The group will establish and maintain a comprehensive safety program for its members, including guidelines for emerging technologies such as model UAS. The group also agreed to foster a ‘positive and cooperative environment’ with modelers toward the FAA and any applicable regulations.”
That means the future of legal FPV flight and of the drone industry could be in the hands of an organization that has traditionally disliked the hobby. 
“Right now, the AMA and AUVSI [a consortium of drone manufacturers] are the only two organizations that have the FAA’s ear,” said Scott Fuller, who has been flying FPV since 2005. 
But the AMA stance on FPV is slowly changing. With the ongoing drone boom, the AMA’s membership should be flourishing, but it’s not. It has remained relatively stagnant, and its resistance to FPV flight is a huge reason for that. 
Also, there’s too much money in FPV flight for the FAA to move forward by banning it entirely. The agency may turn to the AMA for initial guidelines, but when Bezos and a thousand other corporations and lobbying arms come calling, it will have to find some way of allowing at least limited use of FPV in commercial flights. 
It seems that, finally, the AMA is starting to recognize it needs FPV as much as FPV needs it. In October, AMA president Bob Brown attended a DC Drone Users Group meeting in Northern Virginia. Much of the meeting was focused on how the organization is trying to reach out to its clubs to allow drone flyers to practice in their fields, and Brown premiered a video sent out to all of its members noting that the AMA has to eventually embrace FPV flight.
“Just as with any other form of modeling, the risks are not limited to the technology, it is how it is being used,” Brown said. “We believe it will eventually be seen no differently than anything that came before it.”
Mathewson, the former AMA president, told me that eventually, his members are “going to see that FPV is no different from anything that came before it.”
Whether FPV pilots are willing to play along is another story. Fuller says the AMA has looked at the FPV community “as a cash cow” since the multi rotor explosion started, and Wendland says he won’t work with the FAA or the AMA unless it agrees to allow experienced pilots to fly beyond line of sight, a move neither seems to be caving on.
"This is like the computer club at Apple in 1977. There’s major philosophies at odds with each other in the FPV movement, and someone like Bill Gates is going to split off and make millions," Wendland said. "We have innovators in this community that are doing this stuff without the AMA."

http://motherboard.vice.com/blog/the-little-known-fued-thats-shaping-the-future-of-delivery-drones

The FAA Shuts Down Worlds First Beer-Delivery Drone

Ice fishermen on Lake Waconia in Minnesota were pleasantly surprised when a Wisconsin brewery, Lakemaid, flew a twelve-pack of their frothy suds over the icy wastes to their warm fishing cabins using a hefty, remote-controlled quadcopter. It was a match made in zero-degree weather: the brewery took orders and flew their drones out to the fishermen who, in turn, didn’t have to trudge to the shore for liquid refreshment. The FAA, however, didn’t find the arrangement so appealing.
According to FAA rules, you cannot fly a drone for commercial purposes or above 400 feet in the United States. Therefore a robot flying a sixer over to some thirsty pescatarians is right out. One phone call from the FAA shut down the entire operation and, in turn, set off an Internet firestorm. But the company, whose logo is a fulsome lake maiden with a slippery tail, will not be grounded for long.
“The model of UAV used for the video was a DJI F550,” said Lakemaid president Jack Supple. “There was a little wind that day so it was laboring to lift the twelve pack. We had to lighten its load by some bottles to safely fly it. We were about to order a larger drone when the FAA called. So we’re waiting to see where this goes. Regulations come out in 2015 and we’ll be ready.”
The company even began a petition on Whitehouse.gov to get their beer drones (BUAVs) back in the air and has definitely caused a social media ruckus on Twitter and Facebook. Their website still features a 2011 retail list but has been revamped to focus primarily on their flying robokegerator.
Savvy students of marketing will note that this move is an excellent PR stunt for the small Stevens Point, Wisconsin brewery, although there is some disappointment that the FAA spoiled the fun. Over Super Bowl Weekend the “fishermen [were] going to sit there from Friday 5 p.m. all the way through Sunday,” said Supple to the AP.
Want to try Lakemaid? Supple says you’ll have to wait (or order a sixer online). The drones probably won’t make it to the coasts just yet. “The only way to get it in New York and San Francisco would be to know a real nice relative traveling from the Upper Midwest, or to call a shipping retailer in one of those states.”
I asked Supple what was next for Lakemaid. Rockets perhaps? He balked at the question.
“We never even considered using rockets. Lakemaid Beer Frosty Winter Lager is far too good to risk on a violent rocket ride and crash landing on a frozen lake surface. The ability of the UAV to set the twelve pack gently and tenderly down in the snow next to the fish house make us fans of this form of delivery,” he said.

Monday, 6 January 2014

EMS care delivered by drone Could Amazon’s futuristic delivery device carry AEDs, naloxone, and epinephrine injectors to medical emergencies?

Fifty years ago defibrillation was a skill reserved for highly trained physicians, in the controlled environment of an intensive care room or a surgical suite. In the late 1960s, the Columbus Division of Fire’s Heartmobile, among other pioneering programs, took advanced cardiac life support out of the hospital and into the community, delivered by a new cadre of allied health professionals: paramedics.
On December 1, 2013 Amazon CEO Jeff Bezos released a video of a small, pilotless drone being used to deliver a package within 30 minutes of ordering. While technically feasible, this service isn’t yet available for Amazon shoppers. On the other hand, this technology could be used to dispatch a drone carrying AED to a 911 caller.
I am sure 40 years ago the idea of firefighters providing ACLS care was quickly dismissed as futuristic optimism. It is now the expectation of every community that firefighters, police officers, and medical first responders — as well as teachers, clergy, and mall security guards — be able to apply AED pads and deliver a shock. If a community is serious about increasing cardiac arrest survival, all options should be explored, including drones.
The delivery of medications for other time-critical interventions could be enhanced with drone delivery. Auto-injectors can be administered by lay people for patients experiencing a seizure, narcotics overdose, or anaphylaxis.
EMS1.com columnist Dan White previously explored the use of “Drones as an Eye in the Sky for EMS.” In addition to Dan’s ideas, a drone with the capability to provide live streaming video could be used for:
  • Patient assessment when a patient is in remote or austere conditions that is not easily accessible to EMS professionals
  • 360-degree size-up of mass casualty incidents, hazmat incidents, multiple vehicle collisions, or structure fires
  • Monitoring participants at a mass participation event, like a road race or parade
How would you use a drone to improve patient assessment and care?

Googlicious : It's Amazon vs. Google in the delivery drone wars!

Amazon reveals it's Prime Air delivery concept while Google has been working on one of their own. The Kindle HDX is rated the best 7-inch tablet screen and Moto X's site goes down on Cyber Monday.

Package Delivery Drones - Are they the future?

But Amazon’s idea isn’t exactly new. An organization called Matternet has been developing a network of drones. It plans to start deploying these in remote areas that don’t have reliable transportation systems. It describes its network as a “physical Internet,” and its drones would deliver important lightweight packages containing, perhaps, medications to take to patients in remote areas, and blood tests to bring back from these patients to the labs. Matternet has started testing prototypes. My guest today, Andreas Raptopoulos, is the CEO of Matternet and led the team that came up with the idea back in 2011. Andreas, welcome to the podcast.
Andreas Raptopoulos: Thank you very much for having me.
Tekla Perry: Why don’t you start by explaining what Matternet means by a “network of drones.”
Andreas Raptopoulos: The basic idea is to rethink our transportation infrastructure and try to ask the basic question: For countries that haven’t yet developed adequate road infrastructure, would it make sense for them to go through the whole cycle of investing in road infrastructure—the billions of dollars that would require and the many years it would take to build it—or is there a better technology to start resolving some of these transportation needs? And we looked at the space and what is happening in technology today, and we found this really exciting trend in the small UAV space. The octocopters, the quadcopters, the small fixed-wing vehicles that are all autonomous. So we thought, Would it be possible to create a network, a node network, where these vehicles could be transporting autonomously small goods between ground stations, and in that way set up a new type of transportation infrastructure, create a new paradigm of transportation that doesn’t rely on roads? This type of application, of transportation mode, would not only have applications in places that don’t yet have roads, like the developing world, but in many places here, in the developed world, like our cities and megacities, where we do have transportation infrastructure but it is very inefficient because of congestion.
Tekla Perry: So you envision yours could work in cities as well?
Andreas Raptopoulos: Yes, eventually. We figured it would make a lot of sense to start at places in the developing world, where there is a very high level of need and people are willing to take much higher risk in trying something out because they have a very, very pressing problem. And if you are able to solve it, you may be able to save a lot of lives or have a lot of positive impact in the region. And then over time, as we learn how to operate this, we can take it to rural places in the U.S. and, eventually, cities.
What Amazon is proposing, I think, is on the right track. The timing of it is unknown, but in any way that you see it, we think it is really necessary for corporations to start thinking, companies to start operating networks, to really understand how such a network can operate at scale.
Tekla Perry: You said it all got started in 2011. Can you tell me how the whole idea came about and how you got started on this project?
Andreas Raptopoulos: We started at a place in Silicon Valley, at the [NASA Research Park] called Singularity University. And it is a place where people—around 80 people from 35-plus countries—every summer gather there to talk about advanced technologies and how we can use them to address humanity’s grand challenges. And we saw that people who are locked in the cycle of poverty, of extreme poverty, which is about 1.4 billion people in the world, two-thirds of them do not have access to reliable transportation. So we understood that in order to really think of a world that is able to get these people participating in the economy, we really need to figure out a way for them to get access to commercial hubs and develop transportation networks around them.
So that’s how the whole thing started. The original vision was to start at a small scale and eventually go up in the payload capacity of those vehicles, carrying heavier and heavier goods, eventually coming to the point where we could do transportation of maybe groceries and other heavy products. What we found out, though, is that the world in some ways is already miniaturized. It is counterintuitive, but there are a lot of things in the small-payload scale. You heard the stats from Amazon that 86 percent of their packages are below 5 pounds? We found this pattern in many, many different places. So even with a very small payload capacity, you can really do a lot of transportation, have a lot of impact, in a place that doesn’t have any means of providing transportation.
Tekla Perry: Back to your network of drones, how far apart are each of the base stations?
Andreas Raptopoulos: This is still a design parameter for us. We have basically constraints of costs of the vehicle we are using, reliability. We want it to be quite reliable, and again, we want it to be able to transport certain payloads within a certain range. Initially, we put a stake in the ground of 2 kilograms over 10 kilometers, which would then place a requirement for those ground stations to be only 10 km apart. Then we started pushing the range further without increasing payload capacity. So now we are at the point where we can do 2 kg over 20 km, and we see a few good ways to increase that even further. The end game for the design of the vehicle is to allow us to not have ground stations when we don’t need it for delivery or picking up a load.
Tekla Perry: And these ground stations are necessary for recharging?
Andreas Raptopoulos: The ground stations, they come in different flavors, as it were. The fullest specification one is able to do battery and load swap automatically. The second version of the ground station is the one that is only able to do battery swap, and you need those stations in places where you don’t have a customer facing a need for that type of place. So these are more like the backbone of the system, and these are only able to do battery swap automatically. And then we have the third and the simplest version, of something like a pad that the vehicle identifies and lands on, without the need to do a battery or a load swap. So in the Amazon type of scenario, that type of pad would be the one that will be used to place in someone’s backyard, at some point in the future, and receive a package.
Tekla Perry: Can you describe the drones you are using now?
Andreas Raptopoulos: Yes. We are experimenting with different platforms. The one we used in the field last year is an octocopter; that means it has eight copters. The biggest costs about [US] $3000. Most of the vehicle components are off the shelf. We are optimizing the weight of what we are using in the package to extend the battery range, the flight range. And also, we are starting to think a little bit about the fail-safes we need to have on board, the redundancies we need to have on board. This is really where our work starts. These types of vehicles, these types of small drones we are using, they do not require piloting. They use only GPS and other sensors on board to navigate a certain path, and because we have fixed locations we fly in the network, we only fly between those marked locations, we either have a ground station or a pad, we are able to preauthorize the actual routes these vehicles fly. So we only do repeatable transportation, repeatable routes, on specific airpaths.
Tekla Perry: You started testing. Why don’t you tell me about those tests, and I’m also curious how long you think it’s going to be before you have something operating commercially somewhere.
Andreas Raptopoulos: We’ve done our first field trials last year in the Dominican Republic and Haiti, consistently with our vision of taking this first to places of higher need and places that really have a much higher urgency to try something like this. We went to those two countries, and we tried operations both in rural areas and in urban areas, in the capital of the Dominican Republic, Santo Domingo, and also the capital of Haiti, Port-au-Prince. We wanted to test different hypotheses of how the system would work, how people would react to it, and it was a very, very successful pilot; it beat our expectations hands down on most counts. And it gave us a lot of confidence to move forward and really try to think about a longer-term trial of the system, which we are trying to make happen now. And we are focusing on two different places in the world: in the Dominican Republic and in a small country in South Africa called Lesotho. The application in both cases is transportation of lab samples from remote clinics to hospital labs. The topology, the geography, and the different conditions around the trials are very different in the two places, but what we are transporting is the same in both cases. If we are successful in these first steps, then the logical next step is to really start using this type of treatment for commercial transportation.
Tekla Perry: So you are a for-profit company that thinks you can make a business out of this?
Andreas Raptopoulos: We started with the mind-set that we wanted to be as big as mobile telephony. Who would have imagined 30 years ago, when we had very cumbersome, very big mobile phones, only available to very rich people, who would have imagined that this type of telephony network would be available to everybody and it would be the biggest tool for economic growth in places like Kenya or Haiti? Our vision is really to do the same thing. The key difference that we have here is that when things fail in our field, there is a lot of damage that may be caused. Our view is that this is really going to be a new paradigm, and we are going to see all sorts of uses for it. Some of the uses are predicted already. The one that Amazon is talking about is one of the very straightforward ones. But then there’s going to be other uses that we can’t imagine today.
Tekla Perry: Did you think you’d have a competitor like Amazon quite so soon?
Andreas Raptopoulos: Is Amazon a competitor?
Tekla Perry: I don’t know, is it?
Andreas Raptopoulos: [laughs] We don’t know if they plan to create their own technology. Our plan as a company, our business model, is not to run networks ourselves. Our plan is to develop the technology for other people to set up transportation networks. So we see Amazon as a potential client rather than a potential competitor. Beyond that point, even if they are a competitor, our purpose here is to create a new industry. That has been our purpose from day one, when we started this. And in order to create a new industry, you need big players, strong players, that have an intense need around the problem we are trying to solve, to get into that space and start thinking about it, with real applications. So it is only good that Amazon is getting in.
Tekla Perry: Okay, then. Thank you.
Andreas Raptopoulos: Thank you. It’s a very exciting space, so stay tuned. I think there are going to be a lot of developments over the next few months.
Tekla Perry: We’ve been speaking with Andreas Raptopoulos from Matternet about a plan to develop drone networks to deliver important packages around the world.
For IEEE Spectrum’s “Techwise Conversations,” I’m Tekla Perry.
This interview was recorded 5 December 2013.
Audio engineer: Francesco Ferorelli