Drone Wars


Mauricio loves remote control aircraft. When I bought a model plane for my son he was the first round to see it, he told me how to strengthen the wings, and recounted tales of daredevil antics and crashes in the heart of South America.

Now he wants to get a license to pilot a drone, because now in Italy where he lives you need a license, which is not the case in the USA.

Drone Use and the Law

Drone use is becoming ever more common, but there have been a few pieces in the press about people getting into trouble for drone use.

In October, a European football qualification match was abandoned after a drone carrying inflammatory language on a large tail was flown over the pitch. It’s appearance caused a scuffle between players that got so out of hand that the referee had to lead the players off and later abandon proceedings.

In what I might see as a copycat incident a week later, a man was arrested after a drone was seen flying over Manchester City’s stadium during a game. Read more about these events on the BBC.

This week reports abound of a near miss at Heathrow airport in London involving an unidentified drone. An Airbus carrying 180 people almost collided with the drone that is too small to appear on radar. Police are searching for the pilot. This article describes the event and goes on to explain flying rules in the UK for such machines. The owner of the drone will be in serious trouble when the police catch him, and could face fines of up to half a million pounds.

In a related incident police are investigating reports of drone flights over a nuclear power station. Once again in October but this time in France, police received reports of a series of drone flights over nuclear power stations. The flights were at night, and seem to have been coordinated, and this fact has set a few alarm bells ringing with the French authorities. Were they spies, terrorists, anti nuclear campaigners or just people having a laugh? Who knows? Read more here.

Drone use is becoming ever more common and the trend is bound to increase, but given the problems above this growth is certainly not unproblematic. In a previous post I wrote about privacy implications, and earlier this year Christopher wrote about Amazon’s possible drone delivery service. Find the links here.

On a scientific note NASA are developing a biodegradable drone. It is made from mushroom and cloned paper wasp spit, and the materials used are hailed as possibly offering a new substitute for plastic. If the machine crashes it simply biodegrades leaving no trace, so could be used in sensitive areas without fear of contamination.

Certainly one to look out for.

Sending People and Animals into Space


I watched NASA TV all afternoon today. I wanted to see the launch of the new US Space Agency flagship Orion, but unfortunately technical issues led to it being postponed. They will (and I will) try again tomorrow.

Space Difficulties

This is an interesting launch for one major reason, it is the first test flight of a capsule that will carry people, possibly to Mars, but certainly into outer space. The test is going to send it way out beyond the orbiting space station (3600 miles), into an area that is much more inhospitable.

One issue that is different at that kind of distance is radiation. The radiation level is high, high enough to effect machines let alone humans, and so the test will measure how much the engineers have managed to insulate the capsule from this problem. Incidentally this problem is often cited as evidence that the US moon landings were faked, with critics saying that the astronauts would not have survived the radiation levels if they had actually gone there. But that is another post!

Another thing to be tested is its capacity to withstand the temperatures of re-entry in to the atmosphere. You might recall one of the Space Shuttle missions ending in disaster as it burnt up on re-entry due to faulty tiles on the underbelly.

Now I would like to see a rocket launch, but it is a completely different thing to see one with a capsule carrying people attached. I remember the golden days of space travel, when it was only animals that had the chance of orbit. (I don’t really remember them).

Animals or People?

It is after all a dangerous game going into space. This Wikipedia article lists all of the deaths involving space travel, both on the ground and in the air. 19 people have died during space flight, but another 11 have died in training, and if we think that only 533 people have been into space then the fatality rate is high.

So will they send animals in the capsule to test it out again? I doubt it, but alongside the 500 odd people in space we should not forget our animal friend heroes, some of whom gave their lives for this great mission.

Fruitflies, a pest sometimes and national heroes on other days. Fruitflies were after all the first animals sent into space, way back in 1947. In 1949 they sent a resus monkey up called Albert 2, although he died on re-entry. They did have some sensor data however so it ewas not all in vain. They are little remembered though, unlike Laika the dog. Laika was rescued from the streets of Moscow, trained, and sent on a one way mission into space. It is not known how long she lived, the capsule burned up on re-entry, and I am not sure why she was sent, but a heroic end to a flea ridden mut it was in November 1957. There she is in the photo above.

2 dogs did however make it back in one piece after a quick orbit. In 1960 Belka and Strelka made it back home, and I am sure received the welcome they deserved.

Then there was Ham, a chimpanzee. He was trained to interact with the vessel, pulling levers and feeding himself. He became a celebrity upon his return and there is even a documentary film available about his and his friends’ pioneering lives.

If you would like to know more about animals in space (I bet you can’t wait) check out this link.

I am looking forward to a launch tomorrow, with or without animal passengers.

On a final note follow this link to see a photo reportage about abandoned NASA facilities. The places that launched some of these great missions are now in ruins. Makes you think!

Internet Information Laws

Internet Snooping

Once again the regulation of the Internet and collection of private data is in the UK news. According to the BBC, Home Secretary Teresa May is to outline a bill that will force firms to hand details to police regarding who was using a phone or computer at a particular time.

UK Government Intervention

Providers would have to keep data that links devices to users. In effect the Police want to know the IP address that the machine was allocated at any particular time, this is information that the companies currently do not keep as it is of no commercial value to them.

This is not the first time the UK Government has tried to pass legislation however that would enable large scale surveillance of Internet use, but the previous bill was dropped when they realized that it would not pass. Some think (and say) that this new proposal will be the start of an attempt to re-frame the argument and push a re-worded proposal whose aim will be similar to the last attempt.

My own opinion however is that this may all be a bit of a diversion, as the providers already have access to all of this and much more information and can do what they want with it. They are not democratically elected and so do not answer to the people. They are multinational, or probably more correctly sopra-national, and can realistically avoid national laws that may make life difficult for them. They can move operations, move storage facilities, change customer agreements, and do not have to justify their actions to anyone.

The Bigger Picture?

The idea that the government should not have access to this information is well worth thinking about, but governments are under some obligation to the people that they represent. They get access to the information that the providers want to give them. It will not be possible for the police or any other state organization to use raw data as they do not have the personnel to carry out such work, so they will have to be provided with already worked data.

Where and how this data is stored, how it will be processed, who will have access to it, what will be done with it in the future, how safe it is, what rights the users have, international law, privacy, responsibility, and any number of other issues you can think of should all be raised.

Once more the flow of information is in the hands of the big boys. It might not be right to worry so much about what a government might do with our data but better to worry about the data that the providers themselves have. Governments are asking for information from companies that already have it, that is the problem.

All of the above is of course my own opinion!

Powered Exoskeletons


As some readers will know, I have a great interest in prosthetics and other aids that help people to overcome barriers due to their being in some way different. Recently I wrote articles about prosthetic limbs, interviewed the World record holding runner Martina Caironi and looked at canes for the blind. Many posts ago I looked at elective amputation, and today I would like to cast my gaze over exoskeletons.

Companies have now started to produce powered exoskeletons in various forms, for both military and civilian use. Dual use technology has also always been of interest to me for some time, as it is difficult to see how we could draw a line between civilian use and development and military use. If we think that most robot limb and hand developments are geared towards treating soldiers who have been injured while on active service, then we see why the military is the largest investor in such research.

If we take the powered exoskeleton the link is more obvious. The military want an armoured exoskeleton that supports itself (so the soldier does not have to carry the weight) that can enable said soldier to carry more ammunition and supplies, heavier weaponry and move quicker and for a longer period of time.

Robocop comes to mind. But one thing is for sure, the FDA recently gave approval for the sales of the first exoskeleton in the USA, and you can also get one if you live in Europe or parts of the Middle East (at a cost of about $65,000), and so they will soon be seen on the streets.

And there are also many applications in hospital. The machines are used to get people walking again who have had accidents, to build up muscle and to aid other forms of rehab such as balance loss. Who could say that technology that allows someone to walk again after years in a wheelchair is a bad thing?

Exoskeleton in Medical Use

Exoskeleton in Medical Use


Well there are actually some arguments related to this. Many of the following are taken from an article called Exoskeletons in a disabilities context: the need for social and ethical research , written by Jathan Sadowski of Arizona State University and available here (payment required).

One problem is that creating the model of how it is correct to move and “be”, makes the non acceptability of alternatives worse. To give an example, the more technology works towards making us all walk upright, as many humans do, the more those who do not walk upright become marginalized. Society does not change to incorporate the differences, but moves to “rectify” the differences, as if it was just a problem to be solved. This may not be the right approach. This wonderful article by Jenny Davis explains all.

Another possible problem is dependence. If a person has access to such a machine they may grow to be dependent upon it. What happens if they lose the use of the machine? If they can no longer afford it, or it is withdrawn, or breaks down? With dependency comes withdrawal, and we might imagine that it would be serious cold turkey in this case. And all this comes without mention of the problem of availability to all. These systems are not cheap.

There are many industrial applications that relate to the needs for the soldiers above, allowing workers to carry heavy objects for long periods of time, or use heavier machinery, something that could on the surface be seen as little more than an advancement in industrialized production methods. This kind of technology would be fantastic for disaster workers too, as well as fire fighters and people working in remote areas or difficult to access spaces.

Here are a couple of links that you might be interested in. This Forbes video shows the development of a new military exoskeleton, once more explaining its civilian use. This TED talk is a little older, showing the development of the same project. Neither has any critical view of the technology however, and the TED talk almost looks like publicity.

In some of the cases above the use of this technology could undoubtedly be described as human enhancement. In others some would say that it is something more akin to a mechanical wheelchair that improves mobility. But one thing is for sure, as Sadowski point out in the article cited above, “any serious consideration – whether critique, condemnation, or support – of enhancement technologies must also incorporate critical inquiry about ethics, politics, justice, and social relations”.