Pogoplug and The Rise of Network Fog

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Pogoplug in the wild. Some edition of Linux in there, stripped down to basically require zero configuration. Plug it in to your network via an RJ45, and plug in your USB drive(s) and they appear online.
BTW lying under the tech is a first edition (1973) of the brilliantly quirky and prescientThe Velvet Monkey Wrench by John Muir (yes..related) with hippy-days illustrations by the talented Peter Aschwanden, who also illustrated the repair manual for my very first beater VW Rabbit. It has been recently re-issued. Chapter 8: “In Which Money Becomes Electrified”, complete with “E-Sellers” and “E-Cards.” Great future-past stuff.

Along with Augmented Reality, Cloud Computing seems to be one of the more thorough-going technology memes these days. The concept is consistent with the logic of the network. As bandwidth speeds level-up, and bandwidth costs go down (not free, just less, despite what Chris Anderson hypes) the asymptotic extreme approaches a curious quandary: where should “processing” be placed in relation to “data”?

Imagine if data can move (or appear to move) fast enough between where it is consumed and created such that it doesn’t actually matter where it lives? That might mean that I don’t have to lug around lots of big portable computing power — I can use a svelte device with just a sliver of CPU and enough screen to see what I need to see. No hot, power-hungry hard drive. Etc.

I’m curious about this intersecting graph and so decided to introduce an experiment using this newly available Pogoplug device. Effectively it’s a condensed bit of pre-existing technology wonderfully packaged into simple oneness. Simple oneness — my half-assed way to describe the Pogoplug without referring to it as either “smart”, as an “appliance” or a “smart appliance.” It’s only smart in the degree to which it does not make me feel dumb.

I have to say, it certainly appears clever in a number of ways. First of all, it does something obvious, and I mean that this way: the bits of technical kit required to make ones data appear close to one no matter where one is, within the constraints of reasonable access to networks and so forth — this has been around for quite some time. I can remember — and I’m sure every geek with an itch to not just speculate but live a bit in the future — I can remember cobbling together this and that to get my screen, my data and my command prompt to appear and be accessible from other places. It was all there, all the little packages and so forth — it was just an unpleasant, distasteful peasants stew. Pogoplug adds some robust seasoning. I didn’t have to touch a thing except to plug everything together, copy a unique identifier found in the box into a web form — and the Pogoplug mothership found my unit, prompted me to pick a username and password and then I saw a web interface to all the drives I had plugged into the unit. Nice, simple, surprising.

There’s a bit of software for Windows and OS X to allow the drives to appear like ordinary desktop storage, making drag-and-drop and browsing quite familiar. I can assign files to be shared to specific people — there are no global permissions it appears, which is just fine with me. Although, one interesting aspect of this is a possible shift in the locality of served data. I’m curious about this — rather than data living in the more typical, canonical places like data centers, does it distribute in a fashion, so that your data is accessed at its place of origin, or where you decide to keep it and perhaps you like to keep it close by or even under your mattress or the equivalent in the networked age. And perhaps it is served up and processed more locally, such as at my home, in my car’s computer, directly from my mobile computer or mobile phone or even from my camera.

It’s just a speculation, but a more distributed network of nodes is a peculiar inversion of the typical run and hype of cloud-y things, which implores us to move everything into one or two or many clouds run by cloud service providers. What about an infinity of highly localized service points? What about my front doormat? Should it be a service provider? Can the guys who insist on bringing door hanger adverts for the local Thai restaurant just upload it to my door handle instead? Save the paper? Can I unsubscribe to the inevitable digital version of the crappy real estate newspaper that appears on the lawn in the morning?

I don’t know the specific advantages this might offer when measured against the usual metrics of the technology business — faster, cheaper, more profitable — but I enjoy the concept of keeping my stuff — data, touch points, access ways — close to me, nearby, on me, in my devices, etc. There are times when I feel like I am too trusting when I put it off somewhere I don’t even have physical access to. Perhaps my furniture secures my stuff, hidden in the overstuffed arm rest of my reading chair or something?
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Pre-Columbian Internet Geography

This photograph is my second “Truman Show” moment, near the end of day four of walking the Inca Trail, with this bit of exposed infrastructure along the seam where mountain meets trail. An abrupt reminder that the trail is maintained in the contemporary sense, pretty much exclusively for visitors using it as I was — to have a nice if a bit grueling four day trek through the Andes. (Likely this bit of electrical plumbing ran power and communications between a restaurant/lodge a few kilometers from the final “Sun Gate” milestone.)

The trail was presumed built by order of an Inca back in the day to allow for a proper system of communicating messages as well as goods. It connected all of the villages throughout the Empire, which extended throughout what is now Peru, as well as today’s Bolivia, Ecuador, Chile and Argentina.

It’s often described as a road system, but the Near Future Laboratory can only grok it as a larger system of communication very much like today’s Internet, mostly because of the mechanics of its formal protocols. It was not just something for one to walk along to get from point A to point B. It’s possible to speculate that it was built as a way of adhering social / power relations, creating an assemblage that included royal (the Inca King) control through messaging, maintaining control over borders, dispersing warriors and their power, transporting food, routing vital water along its intricate right-of-way. The protocol allowed for a system of runners operating in relay moving impossibly fast along the trail.

Every four years a race is held, running the trail from kilometer 82 to Machu Picchu, about 45 kilometers total. The current record time? 3 hours and 12 minutes. Today, it’s traveled by at most 500 people a day so that, for the typical 4 day trek, you’re on the trail with 2000 other people. (Only near the beginning at kilometer 82 did it appear to be bustling. Along the way, it was only occasionally that we ran into other people.)

Related:
A Google Earth KML file of the trek, recorded along the way with a GPS device.

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