so http://www.dronemagazine.uk/ appeared this year…..
it’s interesting the things you stumble on sometimes. In 2011, the MOD tendered for a “nano drone” platform.
picked up at http://blog.soton.ac.uk/robotics/nano-uas/ when i was browsing Drone articles.
some time last autumn i found backslash.cc
As part of their Masters Thesis at NYU, Pedro Olivera and Xuedl Chen designed and built a series of components for a Protester’s kit.
- A Bandana to defend against facial recognition technologies
- An Off-grid Router
- a “Panic Button” to alert other users that an area is becoming dangerous/compromised
- a Drive to store crowd-loaded imagery/video whilst at the same time anonymising any meta-data
- a signal jammer to enable users to shoot video/take pictures with mobile devices without the risk of external compromisation by surveillance devices etc.
- a good old graffiti stencil to alert users that an area is possibly compromised by state surveillance devices
“the modern protester believes that connectivity is a basic human right”
sadly, there are no plans to commercially or otherwise mass produce this equipment, it’s inspiration for anyone with the maker skills to put it together.
Outernet – Humanity’s Public Library
You don’t get a clearer manifesto than that, I guess. Outernet is a planned system of satellite broadcasts of content, from books and news to audio & video, which will be received by purpose built kit (or DIY Raspberry Pi units) and then distributed via wi-fi access points.
Their website is here: https://www.outernet.is/en/
and the best line I read on it was
Outernet will eradicate information poverty and censorship
Which is as close to the spirit of the stuff I’ve been posting here as you can get, I think.
At this point, more or less the only way to tap into the output is with a DIY receiver, which can be built using a Raspberry Pi, a 60cm dish, an LNB and an irritatingly expensive USB Satellite TV receiver. On the face of it, it looks like they’re broadcasting using a TV channel through two satellites, currently only covering North America an Europe (East and West).
However, the plan on Indiegogo (https://www.indiegogo.com/projects/lantern-one-device-free-data-from-space-forever) is to produce mini solar powered receivers which have built in Wi-Fi Access Points, and eventually to supplement these with a larger unit called Pillar
It does sound ambitious, with their indiegogo project suggesting that with $10m they can effectively launch their own network of satellites broadcasting the Outernet feed. Best of luck to them though, I think 🙂
The Outernet website includes the entire archive as it stands which is to be broadcast, lists of the content included, and a suggestion box for content to be added.
They can also be found on
and Google+: https://plus.google.com/+OuternetIs/posts
I believe this is a project worth following, and I do hope it goes the distance, the Indiegogo project has at least met its $200,000 target.
Nicely played HK, nicely played.
worth linking this article from the BBC, showing how Apple’s Mesh implementation using Bluetooth has been used very effectively.
OK, so the Jury’s out on this one so far.
I had word of a new social network about a month back, I can’t remember exactly where, but since then a few more posts on blogs and press made me more interested.
is a new social networking site, very minimal in design, and at first glance, probably more suited to visual posting, but just as adequate for text updates.
The primary interest for me though is their basic manifesto. IE, that they aren’t building it to monetise the posts, and that there won’t be any advertising.
Normally on the internet, an old adage holds true, that if something looks too good to be true, it usually is. Ello makes the claim that they’ll maintain the finances for the site by charging for access to premium functionality.
I mean, at the end of the day, if you’re paying for it, and it’s profitable, would you need to be greedy and exploit the data and users? Certainly doing so to paying punters would be fatal.
So, I’m going to stick with it for a while, and see where it goes. certainly as an “anti facebook”, if it sticks to its manifesto, I will be impressed, and very pleased.
“you are not a product”
I had an invite from a facebook friend fired over to me, and I have a slot at https://ello.co/lojacked
It’s not decentralisation, but as an antidote to “big data”, it’s a start.
Sadly, invites for the site have already gone up on ebay, so you can dodge the word-of-mouth style of being brought into the fold. I believe the whole idea of the invites system if done properly would mean that only people you know, and would benefit from the system would get on. Obviously, if you want to spam the crap out of everyone, all you have to do is buy your way in on ebay. Sad really, but also inevitable, I suppose.
ArkOS is a project designed for “embedded computers”, and was originally put together to run on the Raspberry Pi.
As I’ve already indicated, I like the Pi, and I love how it could fit into the decentralisation lark I keep waffling on about, mainly due to price, ease of use and low power requirements.
Well, if you want a website you can run from your own home broadband network, which could have the capability of running wordpress, a forum, a chat page, or hosting your own email server, then ArkOS may be, in the years to come, the solution.
In this post, I’ll download ArkOS, install the image to my Pi, and see what it can do. by the end of this post, there may be a link to a DynDNS url where I’ll have the ArkOS instance hosted.
The makers are very keen to point out that ArkOS is still in dev. at this time, only version 0.3 is available, but there are plenty of people downloading and installing it, and feeding back.
A standard SD Card image can be downloaded from the ArkOS website. (Generally, because the Pi boots from SD Card, not a hard disk, any OS installation for it begins with taking a .img image file, and loading it onto an SD card. In this particular instance, I’m using a 32GB Sandisk Micro SD card I got cheap on ebay, and loading it onto a new Raspberry Pi model B.
Once imaged, install the card, and power up the Pi connected via the ethernet port to your router. From that point on, it’s simply a question of browsing to the right address now announced on your own home network, and going through a step by step process to get everything up and running.
So, what do I get?
The driver for all of this is a system called “Genesis”, which gives the owner an interface to install plugins to the main system.
Genesis plugins are components which normally on a Linux box would be command line installs, and each component would need to be set up to interlink. for example, if I wanted to run a WordPress website, I’d need to install a Database package, create a database for WordPress to live in, and then configure wordpress to point at said database.
With Genesis (which is currently at version 0.6) you simply click on an icon to install wordpress, and automagically install a database server to support it, and then do the same again to setup a WordPress instance.
hence why http://wordpress.lojacked.dyndns.org is now available.
(using a dynamic DNS service like DynDNS is pretty much the only way to enable accessing toys on your home network from outside. read your router documentation to understand how port forwarding works)
Genesis uses an “App Store” to download software packages from. and to be honest, they do cover everything that a “freedom box” needs. These include WordPress (obviously), a collaborative notes system, OwnCloud, chat, even a version of mumble which you could use to host VoIP conferencing. There is a CalDAV compatible Calendar/Contacts server called Radicale which is compatible with iOS, so I now have a self hosted Calendar server for my iPhone which is independent of the iOS cloud.
So, all told, you can store your files there, your contacts and calendar, and run a WordPress blog, all from your own home network, instead of the various centralised databases and Clouds.
+1 for ArkOS I think.
Total time for download, installation and basic setup of 1 ArkOS server running on Raspberry Pi, 1 WordPress Blog, and 1 Calendar Server, about 1 hour or so, allowing for me fiddling with stuff, and about 10 minutes arsing about with my home router.
Cost: $0, apart from my annual subscription to DynDNS, which is about $25.
I’ve made other posts about mobile ad-hoc networks, and somewhere there’s probably a post about the Technicity MOOC I participated in. (Another post will go up about that)
As part of that MOOC, there was a project that I never finished. Here’s something like what I would have submitted if I’d had the time. To a greater or lesser extent, wanting to finish this list off, and make it available, was a great motivator for getting this site off the ground and start publishing again.
What I’m suggesting here is just a few GPS based tools which could be used to enhance the Mesh and make it much more useful in a location context way.
Everyone should have heard of the Raspberry Pi by now. a cheap bareboard computer the size of a packet of fags, which is more than capable of running a variety of Linux ports, and other OSs besides.
The history is, the guys wanted a computer that was to “inspire children”. An easy to produce, easy to get up and running small footprint computer to use in the classroom.
What we got, was a lot more than that, in my opinion. What I think we got was a computer cheap enough to bring us towards more ubiquitous computing, that allows for rapid, low powered deployment, and has the facility to connect to electronics in a way not as convenient before now.
So, everyone should know what a Mesh network is right?
A network made up of a variety of nodes, which in the even of a node going down, reroutes network traffic using the remaining nodes. (Probably oversimplifying as usual, but you get the idea?)
I remember learning about Mesh networks back in the 90s when I was at College. It’s not a new thing by any means, but hopefully we’ll see more mainstream use of the term this decade. At least I hope so, because they’ve got a potential to change things such as how we protest, and how we communicate on an urban level.
In fact, forget it, I’m already too late, Apple have decided as of IOS 7, to adopt it.
see : What is mesh networking, and why Apple’s adoption in iOS 7 could change the world on extremetech.com
But, given it’s a Mesh network running on the hardware of a big company, let’s skip that…. although no doubt, some Black hatters may be able to make it work for us, and make sure it’s not all recorded in the IOS black box.
As usual, Wikipedia has a nice summary for us of what a wireless Mesh looks like.
“Wireless mesh network diagram” by David Johnson, Karel Matthee, Dare Sokoya, Lawrence Mboweni, Ajay Makan, and Henk Kotze (Wireless Africa, Meraka Institute, South Africa) – Building a Rural Wireless Mesh Network: A do-it-yourself guide to planning and building a Freifunk based mesh network. Licensed under CC BY-SA 2.5 via Wikimedia Commons.
The point is, a Wireless, Ad-hoc Mesh network is an internet capable network that may or may not be connected to the wider internet, that can span (potentially) any open or urban space, outside of the control of any corporate or governmental entity. “Wow, why isn’t everyone doing it then?” you might ask. pretty simple really, you need the hardware and technical knowledge to do so. from the diagram above, you may recognise some proprietary LinkSys routers, but in the article above (which was, bear in mind, written in 2007) the LinkSys firmware was hacked, as it was based on OpenWRT (which I’ll articlise on it’s own at some point). That and, at the end of it, you’ll be connected back to the internet. Certainly in urban areas you have to work with the concept that free connection to the internet would have every man and his dog downloading cat pictures in 30 seconds. It’s an infrastructure, but one that would be useful within specific contexts.
But it’s still a technical thing. you need to know a fair bit to get one up and running, and be comfortable with some of the hacks involved.
That, hopefully may not remain the case for as long.
Check out a similar Wikipedia article, and this is much more interesting: Mobile ad hoc network. And i’d like to emphasise the following extract
Military / Tatical MANETs are used by military units with emphasis on security, range, and integration with existing systems.
Now this is where ad-hoc Mesh networking really starts to mean something other than just helping a village in Africa get on the Net (and makes me interested in it).
(Who remembers “One Laptop Per Child“? – the basic premise of the OLPC project is that it would use mobile ad-hoc to join networks of OLPC machines to one or few internet gateways for the purpose of bringing the internet to locations with no fixed gateway or infrastructure)
The context for the above extract, is within the Digital Battlefield, which makes the whole C5i (Command, Control, Communications, Computers, Combat systems and Intelligence) work.
If you check out this memo/white paper there’s another extract I’d like to mention:
mesh-based mobile networks can be operated as robust,inexpensive alternatives or enhancements to cell-based mobile network infrastructures
One of the themes I’ll be continuing to pursue, is that any technology which means we get some privacy, or the opportunity to get away from mainstream systems and networks is a Good Thing ™. Hopefully with the posts I make in the future, there will some sense appear, out of the madness. The point of the last extract is to point out that these networks are power. While they may never match the breadth of national Cellular networks, when applied to smaller scale environments, they could provide much needed freedom from said national systems.
Imagine Tahrir Square, Cairo, with the support of informational networking that does not rely on the cellular network internet, and a communication system that did not rely on facebook, or twitter, which could be (and were) blacked out by the then Egyptian government.
Imagine an Occupy event, where live streaming of sousveillance devices is automatically broadcast to multiple recording facilities (also hosted on the mobile ad-hoc), all running on a network which is not reliant on a platform which is controlled by, or legislatively at the whim of, government, police or military.
And if we’re feeling nice about the people in power (God forbid), imagine a disaster area, such as New Orleans after the flooding, or Malaysia, or pretty much any are where the infrastructural communications hardware has been knocked out, having at least some level of electronic communications which could be supplemented by anything that can hook into wi-fi, such as smartphones and so on. (oversimplifying again, but the idea’s there).
Project Byzantium is what made me much more interesting the potential of this idea, and even more so when I found ByzPi which is a port to run on the Raspberry Pi. (I really will have to publish my skit on the Pi sooner rather than later!) It’s a Linux based Mesh networking package which allows you to turn any Linux based kit into Mesh nodes, and has some pre-built communications services available such as a Twitter analog, and IRC.
I’ll try and tie this in with my other decentralisation posts as well to see what (if anything) could come out of all these disparate technologies.