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]]>tl;dr: Projects building open communications networks using custom router software are playing an important role in providing refugees with Internet access. Last year, largely unbeknownst to the public, a new EU directive was passed on the regulation of radio equipment. This directive may limit the software that can be run on WiFi routers to those certified by the manufacturer. This could keep initiatives from being able to provide such open networks in the future. Now is the time to get active in your member state to protect open WiFi networks!
In cities throughout Europe, people are seeking refuge from war, discrimination, hunger and persecution. Initiatives from civil society have been building up free Internet connections surrounding camp sites and housing projects.
Many had to flee from their countries in months-long trips. Free WiFi connections allow them to participate in society, in culture and everyday life, which has become unthinkable to most of us without access to the Internet. It also allows them to get in touch with relatives and friends who may still be in their countries of origin, who may be fleeing themselves or have found refuge in other cities or other parts of Europe.
In Germany, Freifunk and other initiatives have been building up free and open – that is: collectively built-up, not-for-profit – wireless networks for more than a decade. Similar initiatives exist throughout Europe, such as Guifi.net in Spain or Funkfeuer in Austria. In the current situation, Freifunk and others have committed themselves to an additional, humanitarian goal.
They provide Internet access to refugees by way of installing customized software onto devices such as routers and WiFi access points. They are replacing the software (so-called firmware) originally installed on the devices by their manufacturers. Using their own software, they can build up free and open networks more easily and automatically.
There are common rules for devices that communicate using radio waves in the European Union. They have been put into place to avoid devices interfering unwantedly with other devices, as well as to keep certain frequencies clear for communication of airplanes, emergency services and so on.
WiFi access points and routers are subject to these regulations. The overhaul of the old directive (Directive 2014/53/EU on “the making available … of radio equipment”) early in 2014, at the end of the last parliament’s legislative term, introduced a new requirement for hardware manufacturers to demonstrate that software running on devices comply with rules regarding the use of certain radio channels, for example. This not only applies to firmware shipped by device manufacturers but also to any kind of software installable on the devices.
In Article 3.3 (i) of the directive, it says devices need to be built in a way to “ensure that software can only be loaded into the radio equipment where the compliance of the combination of the radio equipment and software has been demonstrated”. This could be interpreted as a requirement for manufacturers to only allow certified software to run on their devices. Projects like Freifunk and others as well as commercial third-party producers would suffer as a result, lacking proper certification.
The original Commission draft of the directive (PDF), however, includes a recital (19) that explicitly mentions: “Verification … should not be abused in order to prevent [the devices’] use with software provided by independent parties”.
It is now a matter of the member states’ transposition of the directive into national law whether the recital’s intention is kept.
It is curious that according to recital (29), “conformity assessment should … remain solely the obligation of the manufacturer”. Depending on the implementation of the directive into national law, manufacturers would subsequently have to verify third party producers’ software. It is hitherto unknown if manufacturers are sympathetic to the idea of having to spend money and expertise on this process.
Volunteer projects throughout Europe that are building WiFi networks for refugees, similar to Freifunk in Germany, have made headlines and earned sympathy this summer. Lawmakers in Europe need to make sure these projects can continue their work.
EU member states have until 13 June 2016 to complete their national implementations of Directive 2014/53/EU. A freedom of information request brought forward by Michel Vorsprach in Germany has already produced an answer from the ministry for economic affairs. According to their reply, the German draft law is in its final stages and implementation will happen in due time. Governments throughout Europe need to implement the radio equipment directive in a way that does not hinder the free and open internet movement.
Manufacturers must not be lured into implementing even more restrictive measures than they are already using to prevent installation of third-party firmwares. It is a basic necessity for volunteers to be able to install customized firmware onto routers. Only if they can overcome the boundaries of what hardware manufacturers had originally planned for their devices to do, can free and open Internet projects continue to flourish.
If you are working with an initiative that provides free and open networks that are based on OpenSource firmwares like OpenWRT or DDWRT, or if you are willing to help them continue to do so, you have to act now:
Photo by slworking2
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]]>The post PittMesh – local network appeared first on P2P Foundation.
]]>Quoting from the article…
While paying for services to correspond with others over long distances might make sense, modern technology gives us better and more affordable options for communicating with those close to us. If you have wireless networking equipment in your home that is capable of communicating with your neighbor’s equipment, why not just communicate directly with them?
PittMesh is a new community-owned wireless network that runs OpenWrt, a widely supported, well documented, open source firmware for embedded systems like WiFi routers. PittMesh routers are owned by individuals and configured in a way that make them work together to build a larger, decentralized network. The project was started by a wireless networking non-profit called Meta Mesh and has been developed by a world-wide coalition of programmers for well over a decade.
The PittMesh network uses a simple network routing protocol called Optimized Link-State Routing (OLSR). This protocol automatically senses other OLSR-enabled routers wirelessly and publishes routes to non-adjacent subnets on the network, which allows the routers themselves to act as the infrastructure needed to connect neighbors to one another. It also delivers Internet access from bandwidth donors.
PittMesh currently has 29 nodes hoisted.
There are 10 nodes planned for deployment.
There are 5 point-to-point links active.
Live connectivity data coming soon…
Find more about it in the full article here.
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