I like to pretend that I’m somewhat web savvy, and that I can generally guess where links on large websites will take me. This apparently isn’t the case with Blogger – I have a Blogger account to occasionally comment on blogs in the Google blogsphere, but despise the service enough that I don’t use the service. I do, however, have an interest in Google’s newly released Dashboard that is intended to show users what Google knows about them, and how their privacy settings are configured.
Given that I don’t use Blogger much, I was amazed and pleased to see that there was a link to the Dashboard in the upper-right hand corner of a Blogger page that I was reading when I logged in. Was this really the moment where Google made it easy for end-users to identify their privacy settings?
Alas, no. If I were a regular Blogger user I probably would have known better. What I was sent to when I clicked ‘Dashboard’ was my user dashboard for the blogger service itself. This seems to be a branding issue; I had (foolishly!) assumed that various Google environments that serve very different purposes would be labeled differently. In naming multiple things ‘dashboard’ it obfuscates access to a genuinely helpful service that Google is now providing. (I’ll note that a search for ‘Google Dashboard’ also calls up the App Status Dashboard, and that Google Apps also has a ‘Dashboard’ tab!)
All sorts of nasty things as said about ISPs that use Deep Packet Inspection (DPI). ISPs aren’t investing enough in their networks, they just want to punish early adopters of new technologies, they’re looking to deepen their regulatory powers capacities, or they want to track what their customers do online. ISPs, in turn, tend to insist that P2P applications are causing undue network congestion, and DPI is the only measure presently available to them to alleviate such congestion.
At the moment, the constant focus on P2P over the past few years has resulted in various ‘solutions’ including the development of P4P and the shift to UDP. Unfortunately, the cat and mouse game between groups representing record labels, ISPs (to a limited extent), and end-users has led to conflict that has ensured that most of the time and money is being put into ‘offensive’ and ‘defensive’ technologies and tactics online rather than more extensively into bandwidth-limiting technologies. Offensive technologies include those that enable mass analysis of data- and protocol-types to try and stop or delay particular modes of data sharing. While DPI can be factored into this set of technologies, a multitude of network technologies can just as easily fit into this category. ‘Defensive’ technologies include port randomizers, superior encryption and anonymity techniques, and other techniques that are primarily designed to evade particular analyses of network activity.
I should state up front that I don’t want to make myself out to be a technological determinist; neither ‘offensive’ or ‘defensive’ technologies are in a necessary causal relationship with one another. Many of the ‘offensive’ technologies could have been developed in light of increasingly nuanced viral attacks and spam barrages, to say nothing of the heightening complexity of intrusion attacks and pressures from the copyright lobbies. Similarly, encryption and anonymity technologies would have continued to develop, given that in many nations it is impossible to trust local ISPs or governments.
I’ve written about Deep Packet Inspection (DPI) technologies before, and their various potential privacy issues. Generally, I’ve talked about how the possibility of having your ISP persistently monitor your online actions could stifle the substantive abilities exercising of autonomy, liberty, and freedom of conscious. I won’t revisit those issues here, though I’d recommend checking out my earlier post on DPI. What follows examines how ISPs are injecting information into the webpages that you visit, which prevents you from viewing webpages as they were designed.
When you visit a webpage, your computer downloads a little bit of code and renders it on your screen – the web is an environment where visual stimulation necessitates copying data. Recently, researchers from the University of Washington and the International Computer Science Institute have discovered that about 1.3% of the time what is displayed on your computer’s screen has been altered. This having been said,