Plan Of The City: NYC architecture relocates itself to Mars, throws party

I get a fair few emails in the Futurismic mailbox saying “hey, I did this thing, maybe you’d check it out and blog about it?” Roughly 80% of them are either poorly disguised corporate pitches or stuff that’s just not very good, but every now and again I get something like this: Plan Of The City is an animation by regular reader Joshua Frankel, and it’s really rather wonderful. So consider this your Friday afternoon brain-break; take thirteen minutes to watch the architecture of New York fly itself to Mars, accompanied by some rather moving music. Go.

You can find out more about Plan Of The City and Joshua’s other works; give the guy a bit of attention, why not? Thanks for getting in touch, Mister Frankel. 🙂

A Silk Road from a sow’s ear

Beyond the more ardent libertarians, anarchists and cryptography wonks, responses to the Bitcoin story were largely indifferent – it’s a currency for nerds, so what? But give that currency a demonstrable use, and all of a sudden the “human interest” angle leaps right out: OMFG ANONYMOUS DRUG TRADING ON THE INTERTUBES!

Silk Road, a digital black market that sits just below most internet users’ purview, does resemble something from a cyberpunk novel. [[ Right, of course – and what *doesn’t* resemble a cyberpunk novel these days, Wired? ]] Through a combination of anonymity technology and a sophisticated user-feedback system, Silk Road makes buying and selling illegal drugs as easy as buying used electronics — and seemingly as safe. It’s Amazon — if Amazon sold mind-altering chemicals.

In a nutshell: obscure (and probably regularly-changed) URLs, access only permitted by users running the TOR anonymiser, all transactions made using the untraceable Bitcoins. The ultimate anonymised storefront, in other words, complete with an eBay-esque reputation system. Cue tabloid moral panic in 5… 4… 3…

Most interesting of all is watching the schisms open up in the strata of geek libertarianism, though:

… not all Bitcoin enthusiasts embrace Silk Road. Some think the association with drugs will tarnish the young technology, or might draw the attention of federal authorities. “The real story with Silk Road is the quantity of people anxious to escape a centralized currency and trade through trading bitcoin come funziona,” a longtime bitcoin user named Maiya told us in a chat. “Some of us view Bitcoin as a real currency, not drug barter tokens.”

Maiya’s right about the “true story” there, but that last sentence is priceless – the cognitive dissonance of being in favour of a decentralised and anonymous currency but wanting to restrict what people can trade with it is really rather spectacular.

Wired‘s coverage there is pretty measured, all things considered; watching this story plough into the mainstream media is going to be a textbook demo of escalating hysteria. *fetches popcorn*

Grasping around for a new enemy: Pentagon redefines hacking as act of warfare

So, with OBL offed and Al Qaida effectively beheaded (as if it hadn’t already been waning considerably in its ability to achieve anything of note), the defence budget of the US needs a new enemy to justify its continued expansion. But no one with sense would start an old-school land war these days (missions of liberation and the insurgencies they provoke are an entirely different category, of course), so what is there that merits a bit of saber-rattling?

“People we don’t like who also have nukes or are trying to get them” is a hardy perennial, but most of them have gathered enough friends (or mutual enemies-of-their-enemy) that it’s getting hard to make anyone care other than the lapdog allies over on Airstrip One. Something current, scary and poorly-understood would be ideal… something like the nebulous and poorly-defined notion of “cyberwarfare”, perhaps?

The Pentagon’s first formal cyber strategy, unclassified portions of which are expected to become public next month, represents an early attempt to grapple with a changing world in which a hacker could pose as significant a threat to U.S. nuclear reactors, subways or pipelines as a hostile country’s military.

In part, the Pentagon intends its plan as a warning to potential adversaries of the consequences of attacking the U.S. in this way. “If you shut down our power grid, maybe we will put a missile down one of your smokestacks,” said a military official.

Recent attacks on the Pentagon’s own systems—as well as the sabotaging of Iran’s nuclear program via the Stuxnet computer worm—have given new urgency to U.S. efforts to develop a more formalized approach to cyber attacks. A key moment occurred in 2008, when at least one U.S. military computer system was penetrated. This weekend Lockheed Martin, a major military contractor, acknowledged that it had been the victim of an infiltration, while playing down its impact.

The report will also spark a debate over a range of sensitive issues the Pentagon left unaddressed, including whether the U.S. can ever be certain about an attack’s origin, and how to define when computer sabotage is serious enough to constitute an act of war. These questions have already been a topic of dispute within the military.

I expect that open-endedness is a feature rather than a bug, because it offers a great opportunity to put the great economic enemy in the frame: if China’s consolidating the stranglehold on your economy which your own foreign and fiscal policies practically begged them to begin, it’s time to puff up your chest and get stern with them commies! Don’t take it from me, though – here’s Thomas P M Barnett with a plainly-titled post at TIME: “According to new Pentagon cyber strategy, state-of-war conditions now exist between the US and China“. Ouch.

In other words, if you, Country C, take down or just plain attack what we consider a crucial cyber network, we reserve the right to interpret that as an act of war justifying an immediately “equivalent” kinetic response (along with any cyber response, naturally). If this new strategy frightens you, then you just might be a rational actor.

Theoretically, this means if you, Country C, hack and disable the net of crucial US installation X, America can fire missiles at your equivalent civilian or military installation (C)X. Of course, by responding to your “act of war,” we are initiating our own war response, meaning we’d need presidential approval to start the fireworks. But the key point is, by hacking something that we consider to be national security-sensitive, you leave yourself open to a state-of-war response from the United States at the time of its choosing, so be forewarned.

Which facilities fall into this “eye for an eye (or ear or . . .)” category? Naturally, America shouldn’t say, so as to keep Country C in the dark (the essence of deterrence), but putting us in the dark (take-down of an electric grid) is an obvious one cited in the WSJ piece. Again, theoretically, almost anything can be described as crucial on some national security scale (e.g., hack Monsanto in just the right way and maybe you put US food security at risk), because the small damage that you, Country C, choose to create in our nets might easily cascade into something far larger, so virtually any hack emanating from your networks puts you at risk for a US war response.

(I wonder what the reaction would be to an equivalent policy elsewhere? Let’s say – strictly hypothetically, of course – that Big Nation-state A is revealed to have funded and built some sort of infrastructural sabotage virus with the strict intent of targetting the facilities of Nation-state B; will the US fully understand Nation-state B declaring war on A, or will that be considered a disproportionate act by a rogue state? Guess it’ll depend on which of the two the Pentagon is more interested in keeping on-side.)

Seriously, though: when a pro-intervention pro-globalisation type like Barnett thinks this is a bad play, it’s got to be a real dick move:

This is an destabilizing step sideways in our security relationship with China: Beijing is being warned that its current and ongoing behavior can – at any time – be loosely interpreted as an act of war. Whatever situations or crises ensue, that handy rationale is now always sitting in the Pentagon’s back pocket, because I guarantee you, whenever big-war enthusiasts want to play that card, the Defense Department will be able to muster – at a moment’s notice – a long list of Chinese hacking attacks over the previous X hours/days/weeks/months. So when the President asks, “Do we have evidence that the Chinese are targeting us at this time for cyber-sabotage?” The answer will always be yes.

[…]

Bottom line? Strangelove has re-entered the Building.

That last line implies Strangelove ever left the building; I suspect he’s been stored in boardroom cupboards against the appropriate moment.

Deliberate or otherwise, the daftest thing here is that the Pentagon can grok that “cyberwarfare” is a threat, but doesn’t seem to entirely grok the fact that cyberwarfare doesn’t need to be a function of nation-state level decision-making. Indeed, the real threat is from non-nation-state actors, wherever they may be based. NATO seems wise to this, though, with the General Rapporteur issuing dire warnings to Anonymous, Wikileaks and their ilk:

Describing the rise of the group from its beginnings on internet picture message board 4chan, via campaigns against the Church of Scientology and, more recently, in support of whistle-blowing website Wikileaks, the report continues: “Today, the ad hoc international group of hackers and activists is said to have thousands of operatives and has no set rules or membership.”

The report goes on to lay out a stark warning to the group’s nameless participants:

“It remains to be seen how much time Anonymous has for pursuing such paths. The longer these attacks persist the more likely countermeasures will be developed, implemented, the groups will be infiltrated and perpetrators persecuted.”

Well, good luck with that, folks. If you thought trying to tame countries full of warring factions whose only common ground was a desire to get shot of the meddling infidels was no picnic, declaring war on the fluid alliances and ad-hocracies of the intertubes is going to be a long and frustrating game of whack-a-mole which, I fully suspect, you have no chance of winning. After all, Anonymous doesn’t have anything you can aim a missile at, does it?

Staying with the big things that matter most: Climate

I’ve been talking a lot about media in this column lately. We’re seeing a lot of fast change in the amount of media available, the way we consume that media, and also in what that media says. One of the new media books I’ve been reading is Al Gore’s iPad app version of “Our Choice” about Climate Change. As I write this, it’s pouring rain and hail outside my window and ten degrees colder than normal. The city of Joplin has been almost leveled by a tornado, and at this very moment there is a tornado warning in effect in Northern California (which is not historically a place where many tornadoes touch down). So I decided to write about climate change. Continue reading Staying with the big things that matter most: Climate

Smaller, better, faster, more: synthetic biology

Hi-ho, disruptive tech-development curve! Little chips that synthesise DNA strands faster and more cheaply than the standard extant procedures… anyone fancy formulating a Moore’s Law equivalent for synthetic biology?

Tian cites the recent cloning of the entire genome of a single bacterium, which took more than four years to complete and cost more than $40 million, as an example of the drawbacks of current technology. The new chip system would have reduced that to a small fraction of the time and expense, Tian says.

Gene synthesis involves a number of steps, including synthesis, purification, and assembly of oligonucleotides or oligos, short snippets of DNA, usually less than 50 base pairs. Each of these steps currently takes one to two days to complete. The new chip performs all three of these activities.

The chip itself has row upon row of tiny indentations, or wells. The biochemical equivalent of an inkjet printer shoots the desired DNA bases into each well. The bases assemble within the well and since it is a enzymatic reaction, harsh chemicals are not needed to release the DNA strand, as it done now, from the walls of the well.

“The chip basically combines the three steps into one, which can be completed in less than two days, and without all the labor currently needed,” Tian says. “Also, since the wells are so small, significantly smaller amounts of expensive chemicals are needed to run the reactions.”