Much of our courage and support comes from the people we read and talk to and love online, often on the very networks that expose us—and our friends—to genuine enemies of freedom and peace. We have to keep connected, but we don’t have to play on their terms.
As always with sci-fi interfaces, the important part is telling the story, not realism or accuracy. Personally, I liked the way that the World War II trappings of Rogue One extended to communications and networking technologies.
When it seems like all our online activity is being tracked by Google, Facebook, and co., it comforts me to think of all the untracked usage out there, from shared (or fake) Facebook accounts to the good ol’ sneakernet:
Packets of information can be distributed via SMS and mobile 3G but also pieces of paper, USB sticks and Bluetooth.
Connectivity isn’t binary. Long live the papernet!
A ten-year old paper that looks at the history of the ARAPNET and internet to see how they dealt with necessary changes.
Changing a large network is very difficult. It is much easier to deploy a novel new protocol that fills a void than it is to replace an existing protocol that more or less works.
Chrome is going to refuse to parse
document.write for users on a slow connection. On the one hand, I feel that Google intervening in this way is a bit icky, but I on the other hand, I totally support this move.
This keeps happening. Google announce a change (usually related to search) where I think “Ooh, that could be interpreted as an abuse of a monopoly position …but it’s for ver good reason so I’ll keep quiet.”
Anyway, this should serve as a good kick in the pants for bad actors (that’s you, advertisers) to update their scripts to be asynchronous.
The Museum of Wi-Fi exists to preserve these vestiges of our neighbourhood battlefields.
Some are brilliantly smart, some are just purely gross. They all belong in the museum.
A gripping history lesson of the internet and the ARPANET before it, emphasising the role of government funding.
Silicon Valley often likes to pretend that innovation is the result of entrepreneurs tinkering in garages. But most of the innovation on which Silicon Valley depends comes from government research, for the simple reason that the public sector can afford to take risks that the private sector can’t.
It’s precisely the insulation from market forces that enables government to finance the long-term scientific labor that ends up producing many of the most profitable inventions.
Today we have an internet effectively controlled by a small number of private companies.
Instead of trying to escape the bigness of the Internet, we should embrace it — and bring it under democratic control. This means replacing private providers with public alternatives where it’s feasible, and regulating them where it’s not.
There is nothing in the pipes or protocols of the Internet that obliges it to produce immense concentrations of corporate power. This is a political choice, and we can choose differently.
The World Wide Web, with all of its pages, blogs and so on- has allowed human expression in ways that would have been uneconomic and out of reach before. The most dramatic effect has been this ability for almost anyone to express himself or herself whenever they want to- and potentially be heard by many others.
Vint Cerf there, taking part in this wide-ranging discussion with, among others, Kevin Kelly and Bob Metcalfe.
The introduction leans a bit too heavily on Nicholas Carr for my liking, but it ends up in a good place.
The internet connects us cognitively and becomes a membrane through which our minds can interact, manifesting a whole new iteration of our species, who have begun to exist in a connected symbiotic relationship with technology.
The internet is the first technology we have created, that makes us more human.
A wonderful sci-fi vignette from Matt.
A fascinating guest post by Brian McConnell on Centauri Dreams: what if there’s a galactic equivalent to the internet, allowing civilisations to communicate with a system analogous to packet switching.
Unfortunately this kind of focussed signalling would be hard to detect. But on the other hand, it could explain the Fermi paradox.
The title is hyperbolic, and while I certainly think that the criticisms of HTTP here are justified, I don’t think it will be swept aside by IPFS—I imagine more of a peaceful coexistence. Still, there’s some really good thinking in here and this is well worth paying attention to.
Alternative histories of communication.
Tim Maughan reports on the same container ship trip that Dan W. is sending his postcards from.
I like the idea of there being an Apollo-sized project all around us, if you just know where to look.
First, towering above and over the ship, are the loading cranes. Vast structures mounted on huge, four-legged frames, they resemble the naked scaffolding of unbuilt skyscrapers, and trigger nostalgic reminders of Saturn V rocket launch towers from the 1960s.
Once in port at night I saw one suddenly fire into life next to the ship in a stroboscopic explosion of lights, before it tracked slowly above my high vantage point, bathing me in the orange glow of a dozen small halogen suns.
How computers work:
One day, a man name Alan Turing found a magic lamp, and rubbed it. Out popped a genie, and Turing wished for infinite wishes. Then we killed him for being gay, but we still have the wishes.
Then we networked computers together:
The network is ultimately not doing a favor for those in power, even if they think they’ve mastered it for now. It increases their power a bit, it increases the power of individuals immeasurably. We just have to learn to live in the age of networks.
We are all nodes in many networks. This is a beautiful description of how one of those networks operates.
James talks about his latest project, The Right To Flight.
A look at the architectural history of the network hubs of New York: 32 Avenue of the Americas and 60 Hudson Street. Directed by Davina Pardo and written by her husband Andrew Blum, author of Tubes: A Journey to the Centre of the Internet.
These buildings were always used as network hubs. It’s just that the old networks were used to house the infrastructure of telephone networks (these were the long line buildings).
In a way, the big server hotel of New York—111 Eight Avenue—was also always used to route packets …it’s just that the packets used to be physical.
The transcript of Anab Jain’s talk from the FutureEverything Festival.