Skype is a polarizing product for telecom operators and customers. It is an application that lets customers abandon their historical phone services in favour of an encrypted Voice over Internet Protocol (VoIP) communications service that provides ‘free’ calls to computers and cheap rates when making a Skype-to-analogue/cellular phone service. For customers, it extends the choices presented to them and potentially reduces their monthly phone expenses.
The iPhone application for Skype has made headlines as telecom and smartphone manufacturers alike have actively and passively resisted, and ultimately relented, to permitting customers make Skype calls from their iPhones and other mobile devices. Apple has stated that they will not ‘jump through hoops’ to ensure that VoIP applications work through successive operating system updates, and AT&T’s poor data transmission systems likely made them somewhat hesitant to allow another bandwidth-heavy service onto their networks. What really got me interested in the Skype iPhone application, as a Canadian, was the following:
There was no place on the web that informed Skype users of how much data was consumed by the iPhone application when in use.
It was #2 that was particularly interesting. Canadian consumers tend to have fairly low default bandwidth caps with Rogers, the primary carrier of the iPhone in Canada, at 1GB in the basic iPhone plan. My thought was this: if the iPhone application actually consumed massive amounts of data Rogers would:
Make a killing on the likely data overages as early adopters shifted over to Skype VoIP in favour of Rogers’ own voice services;
If the application actually consumed a large amount of bandwidth, carriers might see it as ‘technically’ needing to be mediated using some system (perhaps deep packet inspection).
I started putting out feelers, and no one knew how much data the application consumed. Rogers claimed they didn’t know, nor did Apple. A contact on Twitter who worked as customer relations for Skype also doesn’t know the amount of data used, and the information was nowhere (that I could find) on the English-written web. Similarly, my international contacts were uncertain about data requirements. Fortunately, after an extended wait, I’ve finally received word from Skype’s customer service desks (my last ditch effort was to submit a support ticket). Here is how the relevant part of the email reads:
German Deep Packet Inspection (DPI) manufacturer, ipoque, has produced a white paper titled “Deep Packet Inspection: Technology, Applications & Network Neutrality.” In it, the company distinguishes between DPI as a technology and possible applications of the technology in a social environment. After this discussion they provide a differentiated ‘tiering’ of various bandwidth management impacts on network neutrality. In this post I offer a summary and comment of the white paper, and ultimately wonder whether or not there is an effective theoretical model, grounded in empirical study, to frame or characterize network neutrality advocates.
The first thing that ipoque does is try and deflate the typically heard ‘DPI analysis = opening a sealed envelop’ analogy, and argue that it is better to see packets as postcards, where DPI analysis involves looking for particular keywords or characters. In this analysis, because the technology cannot know of the meaning of what is being searched for, the DPI appliances cannot be said to violate one’s privacy given the technology’s lack of contextual awareness. I’ve made a similar kind of argument, that contextual meaning escapes DPI appliances (though along different lines) in a paper that I presented earlier this year titled “Moving Across the Internet: Code-Bodies, Code-Corpses, and Network Architecture,” though I think that its important to recognize a difference between a machine understandingsomething itself versus flagging particular words and symbols for a human operator to review. Ubiquitous, “non-aware,” machine surveillance can have very real effects where a human is alerted to communications – its something of a misnomer to say that privacy isn’t infringed simply because the machine doesn’t know what it’s doing. We ban and regulate all kinds of technologies because of what they can be used for rather than because the technology itself is inherently bad (e.g. wiretaps). Continue reading
When people are about to download content from the ‘net that is copywritten, many often ask ‘will I get caught doing this?’ For many, the response is ‘no’ and then continue to download that episode of Seinfeld or whatever. Given that there are so many people downloading, and that record companies in the US have claimed to have abandoned filing new lawsuits against individuals, then things (in North America) appear to be getting better.
At issue, however, is that filing lawsuits is big money, and in Europe especially it looks like Digiprotect has moved in to assume first-mover advantage. Digiprotect gets “the legal rights from the companies to distribute these movies to stores, and with these rights we can sue illegal downloaders. Then we take legal action in every country possible, concentrating on the places where such action will be profitable” (Source). They avoid demanding too much money from infringers, on the basis that few judges like the idea of imposing million dollar fines on individuals – usually opting for suits demanding in the vicinity of 500 Euros. This amount of money ‘teaches’ individuals and provides enough money to keep the employees paid. No staff member has a fixed salary – they are paid according to the ‘cases’ that are won. The actual method of determining the financial burdens are based on the business expenses, profit, and money to be distributed to artists. In effect, the company sets up a honeypot and then sues whomever it is profitable to sue.
The Canadian SIGINT Summaries includes downloadable copies, along with summary, publication, and original source information, of leaked CSE documents.
Parsons, Christopher; and Molnar, Adam. (2021). “Horizontal Accountability and Signals Intelligence: Lesson Drawing from Annual Electronic Surveillance Reports,” David Murakami Wood and David Lyon (Eds.), Big Data Surveillance and Security Intelligence: The Canadian Case.
Parsons, Christopher. (2015). “Stuck on the Agenda: Drawing lessons from the stagnation of ‘lawful access’ legislation in Canada,” Michael Geist (ed.), Law, Privacy and Surveillance in Canada in the Post-Snowden Era (Ottawa University Press).
Parsons, Christopher. (2015). “The Governance of Telecommunications Surveillance: How Opaque and Unaccountable Practices and Policies Threaten Canadians,” Telecom Transparency Project.
Parsons, Christopher. (2015). “Beyond the ATIP: New methods for interrogating state surveillance,” in Jamie Brownlee and Kevin Walby (Eds.), Access to Information and Social Justice (Arbeiter Ring Publishing).
Bennett, Colin; Parsons, Christopher; Molnar, Adam. (2014). “Forgetting and the right to be forgotten” in Serge Gutwirth et al. (Eds.), Reloading Data Protection: Multidisciplinary Insights and Contemporary Challenges.
Bennett, Colin, and Parsons, Christopher. (2013). “Privacy and Surveillance: The Multi-Disciplinary Literature on the Capture, Use, and Disclosure of Personal information in Cyberspace” in W. Dutton (Ed.), Oxford Handbook of Internet Studies.
McPhail, Brenda; Parsons, Christopher; Ferenbok, Joseph; Smith, Karen; and Clement, Andrew. (2013). “Identifying Canadians at the Border: ePassports and the 9/11 legacy,” in Canadian Journal of Law and Society 27(3).
Parsons, Christopher; Savirimuthu, Joseph; Wipond, Rob; McArthur, Kevin. (2012). “ANPR: Code and Rhetorics of Compliance,” in European Journal of Law and Technology 3(3).