Should we crowdsource malicious technology remediation?

Technology cuts both ways
Most powerful tools are like double-edged swords.  Since information wants to be free, disruptive technologies that put huge powers into the hands of individuals are going to be difficult to control.  We already see that in the computer world with botnets.  A handful of hackers can literally control millions of infected machines at a time.  Computer security is a mess right now, but there are some lessons to be learned in there somewhere.  Notably these computer security problems are going to be bleeding into meatspace more and more as we haphazardly stick everything in sight on the internet and leave the default password.

But we are also going to see different sorts of asymmetrical attacks in the future.  Consider the scenario of bad actors using cheap autonomous drones in malicious attacks against the public as Suarez describes in Kill Decision (which is a good book, by the way.)  Another scary attack would be a bioweapon created in a home lab.  Even citizen science could be a double-edged sword.  Instead of trying to blunt the sword, we should take advantage of the fact that there are generally more benevolent actors than malevolent ones in any given field.  I don’t know if I am ready to fully subscribe to the “intelligence implies benevolence” idea, but it does seem to have some merit.  After all, why mess around with randomly terrorizing a bunch of people with disruptive tech when there are so many more lucrative opportunities for intelligent sociopaths in our society.  Hmm, I might need to think that idea through more.

Nonetheless, we can certainly assume that there are numerous individuals and groups currently working with cheap, widely available, dual-use technology who could be considered benevolent.  It’s inevitable that they would argue amongst themselves about what benevolence actually means, but I am sure they could form alliances along a spectrum from “drones that invade privacy are bad, let’s interfere with them” to “eh, a little involuntary genetic hacking isn’t going to kill you (as long as it doesn’t actually kill you.)”  I’m suggesting that these benevolent groups should have coordination protocols so that they work together to help directly address problems that arise.  We should basically crowdsource malicious technology remediation.

OpenSource Citizen’s autonomous Drone security protocol
I am pretty sure that something like an opensource citizen’s autonomous drone security protocol will be incredibly useful someday.  The laws are loosening up on drones in US airspace.   And since makers and hobbyists are already getting into autonomous drone building, there will be a natural user base to help counteract bad actors.  Imagine a protocol that allows citizens to register their homemade drone which can be activated when a problem arises.  It might be similar to the way people donate computer cycles to the folding@home project.

It might work like reddit where anyone (or designated spotters) can create a post to report suspicious drone behavior.  If enough reviewers upvote this to confirm authenticity, then the protocol kicks in and all citizen drones in the area that are registered with the protocol take to the sky and execute some sort of swarm based target location algorithm.  Once the offending drone is located, it can be surveilled by reviewers and then reported to authorities.  One might even consider a more aggressive protocol (with teeth) that provides a mechanism for the citizen drones to disable or even destroy the offending drone.

Biohackers Unite!
But consider the recent ban on H5N1 research that was triggered by the development of bird flu strains that would be transmissible between mammals.  Maybe that particular ban worked and maybe it didn’t.  In computer security this approach might be called security through obscurity and it is not considered super effective.  It seems that the coordinated network of labs worldwide that are currently working together to identify and sequence diseases more and more rapidly could be viewed as part of a more rigorous defense in depth strategy against biological malware.  Why couldn’t independent biohacker spaces like BioCurious be linked into these networks or form networks of their own to respond to problems?  There are a lot of smart people out there playing with this stuff.

Some of my friends have objected to this idea and think that a top-down approach is better.  They might suggest that drones should be banned, etc.  But my argument is that: first of all, good luck with enforcement, and secondly only criminals would end up with drones then.  I guess I fall in with the gun advocates on that one.  Ouch.  The layers of defense are fewer without citizen involvement and if the official defenders screw up then we all get screwed.  It’s hard for big organizations like the US government to keep up with new tech (at least operationally, the research side is good).  Christ, they don’t even encrypt all their drone video feeds yet.  Hackerspaces on the ground are already hosting, toying with, and breaking advanced tech.  That’s where I saw my first 3D printer for example.  Hackerspaces represent a global asset that could be tapped to help defend humanity from malicious actors.

Self-esteem, Hollywood, and the end of democracy

I often think about the nature of self-esteem.  This topic came up again when I read Michael Vassar’s recent essay on Edge.org in response to the question: “What *should* we be worried about?”  I like Vassar, he is always ready to make outrageous statements and then back them up with a rigorous line of reasoning.  In the case of this Edge essay, I (and a few others) have had a hard time fully understanding his position.  Nonetheless, Vassar makes many points that are worth noting.  He highlights the correlation between self-esteem and initiative and then decries the fact that our society lacks enough people with initiative.  He also asserts that education is a system to ensure submission so he agrees with Chomsky and others in that criticism.

The self-esteem/initiative connection is one that I don’t consider often enough, and I fully agree with the education/submission problem.  But self-esteem is a complex issue.  Vassar points to the correlation between socioeconomic status and self-esteem and evidence that the upper classes are anti-social and unethical.  Also, some studies report that bullies actually have high explicit self-esteem but that bullying behavior may be caused by simultaneous low implicit self-esteem.  (Though there is some controversy over this view of narcissism.)  I am skeptical of implicit measures of self-esteem as a matter of principle.  Oh, you are going to tell me how I really feel about myself, without an fMRI, using a cleverly design name-letter association test?  Really?  That’s nice.

However it becomes disentangled, it’s clear that this gnarly, variable thing called “self-esteem” is not an unalloyed good.  Of course, without it, no one will stand up to repression (unless they are hungry enough.)   I can also understand how you would need high self-esteem to think you can change the world the way Steve Jobs did.  But it seems that Jobs was emotionally fragile, breaking down in tears, hurting others, etc.  His self-esteem must have had a high value at times, but it seemed to have a broad dynamic range.  Jobs may even have met the criteria for Narcissistic Personality Disorder.  (if you take any of that DSM crap seriously)

Vassar seems to be hinting that that our society is setup such that it takes a narcissist or sociopath to truly succeed.  Everyone else is too submissive and their self-esteem is too low.  He goes on to make the claim that these leaders lack the skills to innovate but I don’t fully understand this part of the argument.  There is also some stuff about social provisioning of love and belonging which is unclear to me.  Setting those fuzzy bits aside, I  wonder how this wide-spread degradation of self-esteem comes into existence.  Are there mechanisms in place to systematically lower self-esteem?

I would argue that Hollywood and Madison Avenue provide two examples of popular media complexes who are negatively impacting self-esteem.  We are probably hard-wired as social animals to pay attention to high-status individuals around us.  Hollywood cashes in on this by dangling their stars before us.  It may be that by focusing on these unrealistically high-status individuals, it lowers our own sense of status and perhaps our  self-esteem.  Madison Avenue has a more direct reason to lower your self-esteem: people who feel bad about themselves are more likely to buy stuff.

So it’s clear that Hollywood and Madison Avenue are destroying democracy…   Right?  Come on, we need for people to stand up for themselves to have a proper democracy. How can we stand up for ourselves if our self-esteem has been decimated by popular media?  Clearly we all need to unplug from popular media.  So lay off the celebrity blogs and crappy Hollywood nonsense, ok?   And for goodness sake, throw out your television and get an ad-blocker or something.

Foresight 2013 – Day 3, Part 2

This article is a continuation of my commentary on the Foresight 2013 conference.  As I mentioned in my Day 1Day 2, and Day 3 posts, the Foresight folks have a strict media policy in place.  So while I can’t really blog about the content of the presentations, I will discuss the work these speakers have previously made public.

I would love to say that anyone who thinks they understand quantum mechanics doesn’t understand quantum mechanics, but I really just don’t understand it.  When Harvard’s Alan Aspuru-Guzik gave his Foresight 2013 talk “Simulating Quantum Mechanics with Quantum Devices,I listened with more enthusiasm than comprehension.  So bear with me.  Aspuru-Guzik likes to use quantum simulation to go after electronic structure calculations which are some of the most computationally intensive problems in science.  “The calculation time for the energy of atoms and molecules scales exponentially with system size on a classical computer but polynomially using quantum algorithms.”  Aspuru-Guzik points out that theory is ahead of experimentation in this field, but he has found and built some toys to play with.

So the idea here is to leverage quantum devices to simulate quantum mechanics.  I guess the NIST has some device with hundreds of qubits.  But the systems Aspuru-Guzik gets to play with are more modest.  He ran a simplified protein folding problem on an 81 qubit D-Wave system and got 13 correct results out of 10000 runs.  “The fact that it worked at all was significant.”  The investors must be thrilled.  I have heard that aside from factoring numbers, there aren’t many uses for this quantum computing.  But if you can factor numbers, you basically break all encryption.  Of course when I say “you” I mean the NSA.  But Aspuru-Guzik’s stuff is more benign.  He will be folding proteins and figuring out photosynthesis and stuff.  So he’s cool.

Next, Gerhard Klimek gave a talk about Nanohub.org.   Here’s what they say about themselves:

What is nanoHUB.org?

nanoHUB.org is the place for computational nanotechnology research, education, and collaboration. nanoHUB hosts a rapidly growing collection of Simulation Programs for nanoscale phenomena that run in the cloud and are accessed through your web browser. In addition there are Online PresentationsCoursesLearning ModulesPodcastsAnimationsTeaching Materials, and more to help you learn about the simulation programs and about nanotechnology. nanoHUB supports collaboration via Workspaces and User groups.

So there are clearly educational resources for students, but I understand that researchers and industry folks get into the simulation stuff.   Boasting 900 papers with an h-index of 41, Nanohub is a serious scientific resource.  So why head head on over and simulate a carbon nanotube or something?

Carrying on in the simulation vein, Ron Dror of D.E. Shaw Research talked about their custom supercomputer, Anton.  Anton is a massively parallel ASIC based pocket calculator that can figure out how drugs bind to receptors.  Dror has published work on G-protein-coupled receptor modulators in particular, which represent one third of all drugs.  Who knew? Pretty cool stuff.  And this David E. Shaw fellow is an “intriguing and mysterious” character.  He saunters from his Stanford PhD over to Columbia, toys with parallel supercomputing, yawns, strolls down to Wall Street, dabbles with high frequency trading, stretches, casually sets aside the resulting $27 billion hedge fund and sets up a computational biochemistry research group to model molecular dynamics simulations of proteins.  What a slacker.

Topping off the conference was the venerable CalTech theorist, William A. Goddard, III.  Your guess is as good as mine as to what he said… and I was in the audience.  There was something about a ReaxFF force field which lets you model chemical reactions.   He also said he was happy to see theory starting to be able to predict something useful, which I am sure is a huge understatement.  But there was just too much math for me to really get a grasp on his talk.

I was incredibly awed by these sober scientists toiling away at the edge of human knowledge, delving into the the very underpinnings of chemistry and biology.What new wonders will be within our grasp as we come to  understand and manipulate complex molecular interactions at the atomic level?   Dare I hope for my beloved utility fog someday?  If so, we will have them to thank.  And uh, possibly pay royalties to, depending on how the IP plays out.