Member 185
28 entries

Patrick Tierney (M, 34)
Princeton, US
Immortal since Oct 7, 2007
Uplinks: 0, Generation 1
  • Affiliated
  •  /  
  • Invited
  •  /  
  • Descended
  • HackerLastPip’s favorites
    From brendan
    2 + 2 5
    From leili
    Toys that make worlds
    From sarahw
    data flow
    From florianv
    Recently commented on
    From HackerLastPip
    Points on a new Internet
    From HackerLastPip
    City of Words
    From HackerLastPip
    Interactive Performances:...
    From reas
    Programming Media :...
    From reas
    Network Code
    HackerLastPip’s projects
    The human species is rapidly and indisputably moving towards the technological singularity. The cadence of the flow of information and innovation in...

    A series of rambles by SpaceCollective members sharing sudden insights and moments of clarity. Rambling is a time-proven way of thinking out loud,...

    The Total Library
    Text that redefines...

    Emergence and Navigating...
    Develop a generative, emergent process to fill space (2D or 3D) using only black lines. Modify a known process or invent your own. Implement your...
    Now playing SpaceCollective
    Where forward thinking terrestrials share ideas and information about the state of the species, their planet and the universe, living the lives of science fiction. Introduction
    Featuring Powers of Ten by Charles and Ray Eames, based on an idea by Kees Boeke.

    Lebbeus Woods. Terrain 2.

    A little know, but incredibly influential and constricting aspect of the Internet (or any networked body of sufficient size), is the protocols used to transport information between nodes of the network. The protocols most people are familiar with are http and html (directly influencing css, javascript, etc). These two protocols completely determine what your experience on the web is like. In other words, if you're looking at a website, it is strictly conforming to http/html. The protocol of http/html, based around a grandmother's recipe catalog, is what forces 95% of the internet into looking like the world's largest magazine collection.

    Presumably we all see deficiencies in this protocol and believe that a Polytopian system is the solution. But, what, exactly, are the problems with the existing state of internet protocols? So far I have identified several deficiencies:

    • Lack of social presence on a "site". If 3000 people are all looking at a website at the same time, you are not aware of any of them.

    • A lack of perspective on the people using the Internet. If I want to see where clusters of people are, I am unable. If a crowd forms around an idea, if they're all listening to a particular feed of data, I am unaware.

    • Lack of a temporal dimension. Why can't I see these people as if it were an hour ago, why can't I visit a site as though it was a month ago, or a certain important date in the past.

    • A lack of communication. Besides a few hacks to http (Facebook, Gmail), I cannot communicate with any of the other viewers of a site.

    • A lack of social search. To use an analogy, when you visit a city for the first time, and are trying to find cafe, the first step is not to look through the yellow pages. Yet this is EXACTLY how the Internet is structured at the moment. Finding a cafe in a new city involves walking around, stumbling into new things, looking at the people cafes, listening to what they're talking about. Search has, and should continue to be, a social dance through space. The Internet must reflect this.

    • Strict hierarchy of media. Http/html favors text above all else (requiring no links, references, tags), followed by images (requiring slightly more work). Other media such as sound and video must be hacked on, and as such cannot be used as liberally as text and images. Vast numbers of other means of communication are ignored (3D models, gestures, collage [ie the links between items as a medium]).

    • Lack of change to the above media. It is impossible to change the contents of a website unless it is specifically hacked to allow it (forums, comment boxes, etc). Changes to video, audio, and images are impossible.

    I am curious what other people see as problems to the existing structure of the World Wide Web and the Internet.


    1. Galloway, Alexander R. Protocol: how control exists after decentralization. Leonardo Press, 2006.
    Mon, Oct 19, 2009  Permanent link
    Categories: architecture, Virtual Reality, internet
    Sent to project: Polytopia
      RSS for this post
      Promote (7)
      Add to favorites (2)
    Synapses (1)
    Part I

    The internet is not yours, it never was yours. I'm sorry, it just isn't. It is owned by large telecommunication companies that decide who does what with their infrastructure. Like any public infrastructure, users have to adhere to certain rules for the whole thing to function. The problem is it is easy to think that while spending time on the Internet you have the same rights as in a cafe or worse yet your home. After all, this is where all your massages are, your documents, you meet friends here and form communities. These are all actions that have traditionally been protected by free speech and privacy laws, laws held paramount in democratic societies.

    Let me show you a sample of your "Acceptable Use Policy". This is important because the AUP determines what you can and cannot do on the internet:

    1. AT&T respects freedom of expression and believes it is a foundation of our free society to express differing points of view. AT&T will not terminate, disconnect or suspend service because of the views you or we express on public policy matters, political issues or political campaigns.
    believes in

    Thank you for granting me that right — I didn't know it was ever in question. However...

    2. Customer is prohibited from engaging in any other activity, whether legal or not, that AT&T determines in its sole discretion, to be harmful to its subscribers, operations, network(s). (emphasis added)

    Well that's pretty vague. Additionally ...

    3. AT&T IP Services shall not be used to host, post, transmit, or re-transmit any content or material that is threatening, harassing, obscene, indecent, hateful, malicious, racist, fraudulent, deceptive, invasive of privacy or publicity rights, abusive, inflammatory, or otherwise harmful or offensive to third parties, treasonous, excessively violent or promotes the use of violence, or provides instruction, information or assistance in causing or carrying out violence against any government, organization, group or individual, or provides guidance, information or assistance with respect to causing damage or security breaches to AT&T's network or to the network of any other IP Service provider.

    Wow, that's so vague I might as well not post anything here... So while AT&T asserts (1), it can use any combination the items in (2) and (3) to overturn (1) at any time. Better yet, an ISP can just remove clause (1) if they so please. Hey, that's not right you say. OK, go make your own internet.

    See, the internet as a cafe or home simply doesn't hold true. This new digital space of the internet has no bill of rights — you are not guaranteed anything. This shouldn't be surprising: the data infrastructure is privately owned. You're living on Main Street, Disneyland, not Main Street, USA. What's that? you can just encrypt your data or use Tor? Sorry, the telecoms can ban that too under (2) or (3). You signed away all your rights the moment you turned on your modem. Didn't you notice?

    Part II

    Case Study 1: ARPANet
    It's commonly believed that the ARPANet in the genesis of our modern day internet. It was the testing ground of a large-scale, packet switched network. It was however a closed network leased from BBN and Raytheon (they tried several times to give AT&T a monopoly, but AT&T turned them down and continued developing its own tools and services for its rival ARPANet). While the ARPANet was the first example of a network that resembles our current internet, it wasn't the the only computer network that emerged. Telenet, Usenet, ClarkNet, RCCNet, SATNet, etc (Compuserve even had their own network you could buy into). The Internet, by definition, was the coming together of these many networks, united by a single protocol. One thing also remained true during the rise of the internet: TCP/IP had to go through the networks of big companies who were stringing copper long before Len Kleinrock was born.

    Case Study 2: BBS's
    The TCP/IP networks mentioned above were primarily used for file transfer and email. Alternate networks emerged which allowed for a more communal environment. BBS's were one of these. A BBS was a computer server that an individual set up allowing other computers to connect over a phone based modem and leave a message. In essence it allowed anyone to create their own worldwide message board system without going through an ISP or large scale network. While most BBS's were used for benign massaging, some BBS's had a instructions for overthrowing the government, hacking, bomb making, theft, and hand to hand combat. These BBS's, examples of freedom of speech unbound by time or location, would be illegal on today's internet. Why? Because the ISPs say so.

    Case Study 3: Burning man
    Yes, it's that time of year again, and say what you will about the event in it's current state, Burning Man started out as an experiment with a fascinating goal: what happens when a couple thousand people try to create their own city in the middle of the desert? Conclusion: it's fun until people sleeping in tents get run over by inebriated drivers, when the careless start destroying the natural environment, when "liability" becomes a major concern. At that point communal, bottom up organization gives way to a top down structure. I'm not saying that's a bad thing, per say, but who decides the rules?

    Part III

    There is hope. Net neutrality is trying to take back control of the internet from the telecoms, though they are fighting this very hard.

    Most of you should be aware that all the old television frequencies will soon be up for auction. Verizon has already won a large chunk, publicly stating that they planned on reaming the American people with their new toy. Luckily a federal court and the FCC said that wasn't cool (Gooo team!).

    There's still a lot more spectrum left, and no one knows who will get it.

    The point though is that unless we the internet users start looking up from ceiling cat, (insert name here)-tube, and social networks to fight the big picture, the internet might have the same fate as the TV spectrum, owned by a few corporations who decide what belongs on their network. The wireless Internet spectrum cannot suffer the same fate, because there will be no going back.

    We have a chance to make that second digital space we all want, one that's in the public domain (GNU internet?), with a bill of rights that we, the Internet users decided. Remember, this is our space, because we live here.
    Sat, Jul 19, 2008  Permanent link
    Categories: computers, internet
      RSS for this post
      Promote (6)
      Add to favorites (2)
    Synapses (4)
    Doing research on a school I stumbled on an older part of their website that seemed to contradict their current school message (sorry for the lack of details, but I dont want to offend the particular school). Suffice it to say it got me thinking about another way scan the internet.

    The traditional way is to follow links. Start at a site, and crawl your way outwards. It's efficient and charts how most people explore the web. However, what if you moved from website to website like a password cracker, trying reasonable combinations of directory name or html file names. It would take a while and the bots may get banned from a few website, but it would give you a picture of the unlinked Internet. I would be really excited to see the results. What do people keep hidden? What seedy back alleys exist that no outsiders are meant to see?

    Thu, Jan 17, 2008  Permanent link
    Categories: internet, bots
      RSS for this post
      Promote (1)
      Add to favorites (1)
    Create synapse