#ngscb

None of this is controversial among social scientists, nor is it hard to grasp. But Zuckerberg stubbornly stuck to this anonymity-breeds-incivility doctrine, even as dictators used the fact that Facebook forced dissidents to use their real names to retain power through the threat (and reality) of arrest and torture:

https://pluralistic.net/2023/01/25/nationalize-moderna/#hun-sen

Why did Zuck cling to this dangerous and obvious fallacy? Because the more he could collapse your identity into one unitary whole, the better he could target you with ads. Truly, it is impossible to get a billionaire to understand something when his mega-yacht depends on his not understanding it.

This motivated reasoning ripples through all of Silicon Valley’s top brass, producing what Anil Dash calls “VC QAnon,” the collection of conspiratorial, debunked and absurd beliefs embraced by powerful people who hold the digital lives of billions of us in their quivering grasp:

https://www.anildash.com/2023/07/07/vc-qanon/

These fallacy-ridden autocrats like to disguise their demands as observations, as though wanting something to be true was the same as making it true. Think of when Eric Schmidt — then the CEO of Google — dismissed online privacy concerns, stating “If you have something that you don’t want anyone to know, maybe you shouldn’t be doing it in the first place”:

https://www.eff.org/deeplinks/2009/12/google-ceo-eric-schmidt-dismisses-privacy

Schmidt was echoing the sentiments of his old co-conspirator, Sun Microsystems CEO Scott McNealy: “You have zero privacy anyway. Get over it”:

https://www.wired.com/1999/01/sun-on-privacy-get-over-it/

Both men knew better. Schmidt, in particular, is very jealous of his own privacy. When Cnet reporters used Google to uncover and publish public (but intimate and personal) facts about Schmidt, Schmidt ordered Google PR to ignore all future requests for comment from Cnet reporters:

https://www.cnet.com/tech/tech-industry/how-cnet-got-banned-by-google/

(Like everything else he does, Elon Musk’s policy of responding to media questions about Twitter with a poop emoji is just him copying things other people thought up, making them worse, and taking credit for them:)

https://www.theverge.com/23815634/tesla-elon-musk-origin-founder-twitter-land-of-the-giants

Schmidt’s actions do not reflect an attitude of “If you have something that you don’t want anyone to know, maybe you shouldn’t be doing it in the first place.” Rather, they are the normal response that we all have to getting doxed.

When Schmidt and McNealy and Zuck tell us that we don’t have privacy, or we don’t want privacy, or that privacy is bad for us, they’re disguising a demand as an observation. “Privacy is dead” actually means, “When privacy is dead, I will be richer than you can imagine, so stop trying to save it, goddamnit.”

We are all prone to believing our own bullshit, but when a tech baron gets high on his own supply, his mental contortions have broad implications for all of us. A couple years after Schmidt’s anti-privacy manifesto, Google launched Google Plus, a social network where everyone was required to use their “real name.”

This decision — justified as a means of ensuring civility and a transparent ruse to improve ad targeting — kicked off the Nym Wars:

https://epeus.blogspot.com/2011/08/google-plus-must-stop-this-identity.html

One of the best documents to come out of that ugly conflict is “Falsehoods Programmers Believe About Names,” a profound and surprising enumeration of all the ways that the experiences of tech bros in Silicon Valley are the real edge-cases, unreflective of the reality of billions of their users:

https://www.kalzumeus.com/2010/06/17/falsehoods-programmers-believe-about-names/

This, in turn, spawned a whole genre of programmer-fallacy catalogs, falsehoods programmers believe about time, currency, birthdays, timezones, email addresses, national borders, nations, biometrics, gender, language, alphabets, phone numbers, addresses, systems of measurement, and, of course, families:

https://github.com/kdeldycke/awesome-falsehood

But humility is in short supply in tech. It’s impossible to get a programmer to understand something when their boss requires them not to understand it. A programmer will happily insist that ordering you to remove your “mask” is for your own good — and not even notice that they’re taking your skin off with it.

There are so many ways that tech executives could improve their profits if only we would abandon our stubborn attachment to being so goddamned complicated. Think of Netflix and its anti-passsword-sharing holy war, which is really a demand that we redefine “family” to be legible and profitable for Netflix:

https://pluralistic.net/2023/02/02/nonbinary-families/#red-envelopes

But despite the entreaties of tech companies to collapse our identities, our families, and our online lives into streamlined, computably hard-edged shapes that fit neatly into their database structures, we continue to live fuzzy, complicated lives that only glancingly resemble those of the executives seeking to shape them.

Now, the rich, powerful people making these demands don’t plan on being constrained by them. They are conservatives, in the tradition of #FrankWilhoit, believers in a system of “in-groups whom the law protects but does not bind, alongside out-groups whom the law binds but does not protect”:

https://crookedtimber.org/2018/03/21/liberals-against-progressives/#comment-729288

As with Schmidt’s desire to spy on you from asshole to appetite for his own personal gain, and his violent aversion to having his own personal life made public, the tech millionaires and billionaires who made their fortune from the flexibility of general purpose computers would like to end that flexibility. They insist that the time for general purpose computers has passed, and that today, “consumers” crave the simplicity of appliances:

https://memex.craphound.com/2012/01/10/lockdown-the-coming-war-on-general-purpose-computing/

It is in the War On General Purpose Computing that we find the cheapest and flimsiest rhetoric. Companies like Apple — and their apologists — insist that no one wants to use third-party app stores, or seek out independent repair depots — and then spend millions to make sure that it’s illegal to jailbreak your phone or get it fixed outside of their own official channel:

https://doctorow.medium.com/apples-cement-overshoes-329856288d13

The cognitive dissonance of “no one wants this,” and “we must make it illegal to get this” is powerful, but the motivated reasoning is more powerful still. It is impossible to get Tim Cook to understand something when his $49 million paycheck depends on him not understanding it.

The War on General Purpose Computing has been underway for decades. Computers, like the people who use them, stubbornly insist on being reality-based, and the reality of computers is that they are general purpose. Every computer is a Turing complete, universal Von Neumann machine, which means that it can run every valid program. There is no way to get a computer to be almost Turing Complete, only capable of running programs that don’t upset your shareholders’ fragile emotional state.

There is no such thing as a printer that will only run the “reject third-party ink” program. There is no such thing as a phone that will only run the “reject third-party apps” program. There are only laws, like the Section 1201 of the Digital Millennium Copyright Act, that make writing and distributing those programs a felony punishable by a five-year prison sentence and a $500,000 fine (for a first offense).

That is to say, the War On General Purpose Computing is only incidentally a technical fight: it is primarily a legal fight. When Apple says, “You can’t install a third party app store on your phone,” what they means is, “it’s illegal to install that third party app store.” It’s not a technical countermeasure that stands between you and technological self-determination, it’s a legal doctrine we can call “felony contempt of business model”:

https://locusmag.com/2020/09/cory-doctorow-ip/

But the mighty US government will not step in to protect a company’s business model unless it at least gestures towards the technical. To invoke DMCA 1201, a company must first add the thinnest skin of digital rights management to their product. Since 1201 makes removing DRM illegal, a company can use this molecule-thick scrim of DRM to felonize any activity that the DRM prevents.

More than 20 years ago, technologists started to tinker with ways to combine the legal and technical to tame the wild general purpose computer. Starting with Microsoft’s Palladium project, they theorized a new “Secure Computing” model for allowing companies to reach into your computer long after you had paid for it and brought it home, in order to discipline you for using it in ways that undermined its shareholders’ interest.

Secure Computing began with the idea of shipping every computer with two CPUs. The first one was the normal CPU, the one you interacted with when you booted it up, loaded your OS, and ran programs. The second CPU would be a Trusted Platform Module, a brute-simple system-on-a-chip designed to be off-limits to modification, even by its owner (that is, you).

The TPM would ship with a limited suite of simple programs it could run, each thoroughly audited for bugs, as well as secret cryptographic signing keys that you were not permitted to extract. The original plan called for some truly exotic physical security measures for that TPM, like an acid-filled cavity that would melt the chip if you tried to decap it or run it through an electron-tunneling microscope:

https://pluralistic.net/2020/12/05/trusting-trust/#thompsons-devil

This second computer represented a crack in the otherwise perfectly smooth wall of a computer’s general purposeness; and Trusted Computing proposed to hammer a piton into that crack and use it to anchor a whole superstructure that could observe — and limited — the activity of your computer.

This would start with observation: the TPM would observe every step of your computer’s boot sequence, creating cryptographic hashes of each block of code as it loaded and executed. Each stage of the boot-up could be compared to “known good” versions of those programs. If your computer did something unexpected, the TPM could halt it in its tracks, blocking the boot cycle.

What kind of unexpected things do computers do during their boot cycle? Well, if your computer is infected with malware, it might load poisoned versions of its operating system. Once your OS is poisoned, it’s very hard to detect its malicious conduct, since normal antivirus programs rely on the OS to faithfully report what your computer is doing. When the AV program asks the OS to tell it which programs are running, or which files are on the drive, it has no choice but to trust the OS’s response. When the OS is compromised, it can feed a stream of lies to users’ programs, assuring these apps that everything is fine.

That’s a very beneficial use for a TPM, but there’s a sinister flipside: the TPM can also watch your boot sequence to make sure that there aren’t beneficial modifications present in your operating system. If you modify your OS to let you do things the manufacturer wants to prevent — like loading apps from a third-party app-store — the TPM can spot this and block it.

Now, these beneficial and sinister uses can be teased apart. When the Palladium team first presented its research, my colleague Seth Schoen proposed an “owner override”: a modification of Trusted Computing that would let the computer’s owner override the TPM:

https://web.archive.org/web/20021004125515/http://vitanuova.loyalty.org/2002-07-05.html

This override would introduce its own risks, of course. A user who was tricked into overriding the TPM might expose themselves to malicious software, which could harm that user, as well as attacking other computers on the user’s network and the other users whose data were on the compromised computer’s drive.

But an override would also provide serious benefits: it would rule out the monopolistic abuse of a TPM to force users to run malicious code that the manufacturer insisted on — code that prevented the user from doing things that benefited the user, even if it harmed the manufacturer’s shareholders. For example, with owner override, Microsoft couldn’t force you to use its official MS Office programs rather than third-party compatible programs like Apple’s iWork or Google Docs or LibreOffice.

Owner override also completely changed the calculus for another, even more dangerous part of Trusted Computing: remote attestation.

Remote Attestation is a way for third parties to request a reliable, cryptographically secured assurances about which operating system and programs your computer is running. In Remote Attestation, the TPM in your computer observes every stage of your computer’s boot, gathers information about all the programs you’re running, and cryptographically signs them, using the signing keys the manufacturer installed during fabrication.

You can send this “attestation” to other people on the internet. If they trust that your computer’s TPM is truly secure, then they know that you have sent them a true picture of your computer’s working (the actual protocol is a little more complicated and involves the remote party sending you a random number to cryptographically hash with the attestation, to prevent out-of-date attestations).

Now, this is also potentially beneficial. If you want to make sure that your technologically unsophisticated friend is running an uncompromised computer before you transmit sensitive data to it, you can ask them for an attestation that will tell you whether they’ve been infected with malware.

But it’s also potentially very sinister. Your government can require all the computers in its borders to send a daily attestation to confirm that you’re still running the mandatory spyware. Your abusive spouse — or abusive boss — can do the same for their own disciplinary technologies. Such a tool could prevent you from connecting to a service using a VPN, and make it impossible to use Tor Browser to protect your privacy when interacting with someone who wishes you harm.

The thing is, it’s completely normal and good for computers to lie to other computers on behalf of their owners. Like, if your IoT ebike’s manufacturer goes out of business and all their bikes get bricked because they can no longer talk to their servers, you can run an app that tricks the bike into thinking that it’s still talking to the mothership:

https://nltimes.nl/2023/07/15/alternative-app-can-unlock-vanmoof-bikes-popular-amid-bankruptcy-fears

Or if you’re connecting to a webserver that tries to track you by fingerprinting you based on your computer’s RAM, screen size, fonts, etc, you can order your browser to send random data about this stuff:

https://jshelter.org/fingerprinting/

Or if you’re connecting to a site that wants to track you and nonconsensually cram ads into your eyeballs, you can run an adblocker that doesn’t show you the ads, but tells the site that it did:

https://www.eff.org/deeplinks/2019/07/adblocking-how-about-nah

Owner override leaves some of the beneficial uses of remote attestation intact. If you’re asking a friend to remotely confirm that your computer is secure, you’re not going to use an override to send them bad data about about your computer’s configuration.

And owner override also sweeps all of the malicious uses of remote attestation off the board. With owner override, you can tell any lie about your computer to a webserver, a site, your boss, your abusive spouse, or your government, and they can’t spot the lie.

But owner override also eliminates some beneficial uses of remote attestation. For example, owner override rules out remote attestation as a way for strangers to play multiplayer video games while confirming that none of them are using cheat programs (like aimhack). It also means that you can’t use remote attestation to verify the configuration of a cloud server you’re renting in order to assure yourself that it’s not stealing your data or serving malware to your users.

This is a tradeoff, and it’s a tradeoff that’s similar to lots of other tradeoffs we make online, between the freedom to do something good and the freedom to do something bad. Participating anonymously, contributing to free software, distributing penetration testing tools, or providing a speech platform that’s open to the public all represent the same tradeoff.

We have lots of experience with making the tradeoff in favor of restrictions rather than freedom: powerful bad actors are happy to attach their names to their cruel speech and incitement to violence. Their victims are silenced for fear of that retaliation.

When we tell security researchers they can’t disclose defects in software without the manufacturer’s permission, the manufacturers use this as a club to silence their critics, not as a way to ensure orderly updates.

When we let corporations decide who is allowed to speak, they act with a mixture of carelessness and self-interest, becoming off-the-books deputies of authoritarian regimes and corrupt, powerful elites.

Alas, we made the wrong tradeoff with Trusted Computing. For the past twenty years, Trusted Computing has been creeping into our devices, albeit in somewhat denatured form. The original vision of acid-filled secondary processors has been replaced with less exotic (and expensive) alternatives, like “secure enclaves.” With a secure enclave, the manufacturer saves on the expense of installing a whole second computer, and instead, they draw a notional rectangle around a region of your computer’s main chip and try really hard to make sure that it can only perform a very constrained set of tasks.

This gives us the worst of all worlds. When secure enclaves are compromised, we not only lose the benefit of cryptographic certainty, knowing for sure that our computers are only booting up trusted, unalterted versions of the OS, but those compromised enclaves run malicious software that is essentially impossible to detect or remove:

https://pluralistic.net/2022/07/28/descartes-was-an-optimist/#uh-oh

But while Trusted Computing has wormed its way into boot-restrictions — preventing you from jailbreaking your computer so it will run the OS and apps of your choosing — there’s been very little work on remote attestation…until now.

Web Environment Integrity is Google’s proposal to integrate remote attestation into everyday web-browsing. The idea is to allow web-servers to verify what OS, extensions, browser, and add-ons your computer is using before the server will communicate with you:

https://github.com/RupertBenWiser/Web-Environment-Integrity/blob/main/explainer.md

Even by the thin standards of the remote attestation imaginaries, there are precious few beneficial uses for this. The googlers behind the proposal have a couple of laughable suggestions, like, maybe if ad-supported sites can comprehensively refuse to serve ad-blocking browsers, they will invest the extra profits in making things you like. Or: letting websites block scriptable browsers will make it harder for bad people to auto-post fake reviews and comments, giving users more assurances about the products they buy.

But foundationally, WEI is about compelling you to disclose true facts about yourself to people who you want to keep those facts from. It is a Real Names Policy for your browser. Google wants to add a new capability to the internet: the ability of people who have the power to force you to tell them things to know for sure that you’re not lying.

The fact that the authors assume this will be beneficial is just another “falsehood programmers believe”: there is no good reason to hide the truth from other people. Squint a little and we’re back to McNealy’s “Privacy is dead, get over it.” Or Schmidt’s “If you have something that you don’t want anyone to know, maybe you shouldn’t be doing it in the first place.”

And like those men, the programmers behind this harebrained scheme don’t imagine that it will ever apply to them. As Chris Palmer — who worked on Chromium — points out, this is not compatible with normal developer tools or debuggers, which are “incalculably valuable and not really negotiable”:

https://groups.google.com/a/chromium.org/g/blink-dev/c/Ux5h_kGO22g/m/5Lt5cnkLCwAJ

This proposal is still obscure in the mainstream, but in tech circles, it has precipitated a flood of righteous fury:

https://arstechnica.com/gadgets/2023/07/googles-web-integrity-api-sounds-like-drm-for-the-web/

As I wrote last week, giving manufacturers the power to decide how your computer is configured, overriding your own choices, is a bad tradeoff — the worst tradeoff, a greased slide into terminal enshittification:

https://pluralistic.net/2023/07/24/rent-to-pwn/#kitt-is-a-demon

This is how you get Unauthorized Bread:

https://arstechnica.com/gaming/2020/01/unauthorized-bread-a-near-future-tale-of-refugees-and-sinister-iot-appliances/

All of which leads to the question: what now? What should be done about WEI and remote attestation?

Let me start by saying: I don’t think it should be illegal for programmers to design and release these tools. Code is speech, and we can’t understand how this stuff works if we can’t study it.

But programmers shouldn’t deploy it in production code, in the same way that programmers should be allowed to make pen-testing tools, but shouldn’t use them to attack production systems and harm their users. Programmers who do this should be criticized and excluded from the society of their ethical, user-respecting peers.

Corporations that use remote attestation should face legal restrictions: privacy law should prevent the use of remote attestation to compel the production of true facts about users or the exclusion of users who refuse to produce those facts. Unfair competition law should prevent companies from using remote attestation to block interoperability or tie their products to related products and services.

Finally, we must withdraw the laws that prevent users and programmers from overriding TPMs, secure enclaves and remote attestations. You should have the right to study and modify your computer to produce false attestations, or run any code of your choosing. Felony contempt of business model is an outrage. We should alter or strike down DMCA 1201, the Computer Fraud and Abuse Act, and other laws (like contract law’s “tortious interference”) that stand between you and “sole and despotic dominion” over your own computer. All of that applies not just to users who want to reconfigure their own computers, but also toolsmiths who want to help them do so, by offering information, code, products or services to jailbreak and alter your devices.

Tech giants will squeal at this, insisting that they serve your interests when they prevent rivals from opening up their products. After all, those rivals might be bad guys who want to hurt you. That’s 100% true. What is likewise true is that no tech giant will defend you from its own bad impulses, and if you can’t alter your device, you are powerless to stop them:

https://pluralistic.net/2022/11/14/luxury-surveillance/#liar-liar

Companies should be stopped from harming you, but the right place to decide whether a business is doing something nefarious isn’t in the boardroom of that company’s chief competitor: it’s in the halls of democratically accountable governments:

https://www.eff.org/wp/interoperability-and-privacy

So how do we get there? Well, that’s another matter. In my next book, The Internet Con: How to Seize the Means of Computation (Verso Books, Sept 5), I lay out a detailed program, describing which policies will disenshittify the internet, and how to get those policies:

https://www.versobooks.com/products/3035-the-internet-con

Predictably, there are challenges getting this kind of book out into the world via our concentrated tech sector. Amazon refuses to carry the audio edition on its monopoly audiobook platform, Audible, unless it is locked to Amazon forever with mandatory DRM. That’s left me self-financing my own DRM-free audio edition, which is currently available for pre-order via this Kickstarter:

http://seizethemeansofcomputation.org

I’m kickstarting the audiobook for “The Internet Con: How To Seize the Means of Computation,” a Big Tech disassembly manual to disenshittify the web and bring back the old, good internet. It’s a DRM-free book, which means Audible won’t carry it, so this crowdfunder is essential. Back now to get the audio, Verso hardcover and ebook:

https://www.kickstarter.com/projects/doctorow/the-internet-con-how-to-seize-the-means-of-computation

If you’d like an essay-formatted version of this post to read or share, here’s a link to it on pluralistic.net, my surveillance-free, ad-free, tracker-free blog:

https://pluralistic.net/2023/08/02/self-incrimination/#wei-bai-bai

[Image ID: An anatomical drawing of a flayed human head; it has been altered to give it a wide-stretched mouth revealing a gadget nestled in the back of the figure's throat, connected by a probe whose two coiled wires stretch to an old fashioned electronic box. The head's eyes have been replaced by the red, menacing eye of HAL 9000 from Stanley Kubrick's '2001: A Space Odyssey.' Behind the head is a code waterfall effect as seen in the credits of the Wachowskis' 'The Matrix.']

Image: Cryteria (modified) https://commons.wikimedia.org/wiki/File:HAL9000.svg

Disney and Fox weren't Romeo and Juliet, star-crossed lovers making goo-goo eyes at each other across the table at MPA meetings. They were two giant public companies, and any differences between them were irrelevancies and marketing myths:

https://locusmag.com/2021/07/cory-doctorow-tech-monopolies-and-the-insufficient-necessity-of-interoperability/

I think senior management's personalities do matter (see, for example, the destruction of Boeing after it was colonized by sociopaths from McDonnell Douglas), but the influence of those personalities is much less important than the constraints that competition and regulation impose on companies. In other words, an asshole can run a company that delivers good products at fair prices under ethical conditions – provided that failing to do so will cost more in lost business and fines than they stand to make by cheating:

https://pluralistic.net/2024/05/24/record-scratch/#autoenshittification

Microsoft is a company founded and run by colossal assholes. Bill Gates is a monster and he surrounded himself with monsters, and they hired monsters to fill out the courts of their corporate palaces:

https://pluralistic.net/2024/06/14/patch-tuesday/#fool-me-twice-we-dont-get-fooled-again

To the extent that good things come out of Microsoft – some of its games products, the odd piece of hardware, important papers from MSR – it's in spite of the leadership; it's the result of constraints imposed by competition and regulation – and that's why Microsoft pursued such an aggressive program of extinguishing its competitors and capturing its regulators.

In retrospect, I think one of my goals in that talk was to convince those people doing good work for a rotten institution to go elsewhere and do other things. Certainly, that's one of the goals I pursue in the talks I give today. At the time, some of Microsoft's highest-profile technologists were publicly resigning over the company's war on free/open source software, so it wasn't an unrealistic goal:

https://web.archive.org/web/20030214215639/http://synthesist.net/writing/onleavingms.html

What I did not expect what that publishing the talk on my site and blogging it on Boing Boing would spark a wave of public interest that would get its message in front of several orders of magnitude more people than I spoke to at Microsoft that day. Partly, that was because I released the talk into the public domain, using the brand-new Creative Commons Public Domain Declaration (which was later replaced with the CC0 mark, due to legal issues withBu its drafting):

https://web.archive.org/web/20100223035835/http://creativecommons.org/licenses/publicdomain/

Some mix of the content of the speech, the spirit of the moment, and the novelty of that wide open license sparked a ton of interest. Jason Kottke recorded an audio version that Andy Baio hosted:

https://kottke.org/04/06/cory-drm-talk

My brutalist ASCII transcript was quickly converted to beautiful HTML by Matt Haughey and Anil Dash:

https://web.archive.org/web/20040622235333/http://www.dashes.com/anil/stuff/doctorow-drm-ms.html

For people who needed a hardcopy, there was Patrick Berry's printer-friendly stylesheet:

https://patandkat.com/pat/weblog/mirror/cory-drm/doctorow-drm-ms.html

Multiple people recorded (and sold!) audio versions, and then there were all the fan translations, into Danish, French, Finnish, German, Hebrew, Hungarian, Italian, Japanese, Norwegian, Polish, Portuguese (both EU and Brazilian), Spanish and Swedish. I stayed in touch with some of those translators, and they helped me translate the position papers I wrote for UN WIPO meetings. Those papers were so effective that ratfuckers from the copyright lobby started to steal them and hide them in the UN toilets (!):

https://web.archive.org/web/20041119132831/https://www.eff.org/deeplinks/archives/002117.php

Re-reading the speech for my podcast on Sunday, I expected to be struck by the anachronisms in it, and there were a few of those to be sure. But far more clear was the common thread running from this talk to other talks I gave that took on a significant life of their own, like my 2011 "War On General Purpose Computing" talk for CCC:

https://memex.craphound.com/2012/01/10/lockdown-the-coming-war-on-general-purpose-computing/

And my work on Adversarial Interoperability:

https://www.eff.org/deeplinks/2019/10/adversarial-interoperability

And my most recent work, on enshittification:

https://pluralistic.net/2023/08/27/an-audacious-plan-to-halt-the-internets-enshittification-and-throw-it-into-reverse/

In other words, I've been saying the same thing – in different ways – for more than 20 years. That could be depressing, but I actually found it uplifting. Two decades ago, I was radicalized by a fear that the internet would be seized by corporations and governments and transformed into a system of surveillance and control. I found my way into a job at EFF, where I worked with colleagues across multiple disciplines – coders, lawyers and activists – to fight this force.

At the time, this was a fringe cause. Most of the traditional activists I'd come up with in the feminist, antiwar, antiracist, environmental and labour movement viewed digital rights as a distraction and dismissed its partisans as sad, self-obsessed nerds who mistook fights over the management of Star Trek message boards for civil rights struggles:

https://www.newyorker.com/magazine/2010/10/04/small-change-malcolm-gladwell

I thought I was right then, and I think history has borne me out. The point of waging these fights – both in the wide public sphere and within political movements – is to get people activated before it's too late. Every day that goes by is a day when the internet becomes more inhospitable to political organizing for a better world – more surveillant, more controlling. I believed then – and believe today – that the internet isn't more important that the other fights I waged as a young activist, but I think that the internet is fundamental to those fights.

Saving the planet, smashing patriarchy, overthrowing tyranny and freeing labor are all fights that will be coordinated – Coase style – on the internet. Without a free, fair and open internet, those fights are infinitely harder to win.

The project of getting people to understand, care about, and fight for digital rights is a marathon, not a sprint. When I joined EFF, it was already 12 years old. There were six people in the org then (I was the seventh). Today, there's more than a hundred of us, and we're stretched so thin! The 30+ year old idea that internet policy will intersect with every part of every fight has been utterly vindicated.

Back in 2004, I asked Microsoft why they were willing to fight the US government to the death over antitrust enforcement, but were such wimps when confronted with the entertainment industry's demands for DRM. 20 years later, I think I know the answer: Microsoft understood that DRM would let them usurp the relationship between creative workers, entertainment industry companies, and audiences. Their perfect instincts for seeking out and capitalizing on opportunities to seize monopoly power drove them to make deliberately defective products, in the belief that their market power would let them cram those products down our throats:

https://memex.craphound.com/2004/01/27/protect-your-investment-buy-open/

Here's a link to the podcast episode:

https://craphound.com/news/2024/06/16/my-2004-microsoft-drm-talk/

And here's direct link to the MP3 (hosting courtesy of the Internet Archive; they'll host your stuff for free forever):

https://archive.org/download/Cory_Doctorow_Podcast_470/Cory_Doctorow_Podcast_470_-_My_2004_Microsoft_DRM_Talk.mp3

And here's the RSS feed for my podcast:

https://feeds.feedburner.com/doctorow_podcast

If you'd like an essay-formatted version of this post to read or share, here's a link to it on pluralistic.net, my surveillance-free, ad-free, tracker-free blog:

So that little TPM would do all kinds of cute tricks. It could observe and produce a cryptographically signed manifest of the entire boot-chain of your computer, which was meant to be an unforgeable certificate attesting to which kind of computer you were running and what software you were running on it. That meant that programs on other computers could decide whether to talk to your computer based on whether they agreed with your choices about which code to run.

This process, called "remote attestation," is generally billed as a way to identify and block computers that have been compromised by malware, or to identify gamers who are running cheats and refuse to play with them. But inevitably it turns into a way to refuse service to computers that have privacy blockers turned on, or are running stream-ripping software, or whose owners are blocking ads:

https://pluralistic.net/2023/08/02/self-incrimination/#wei-bai-bai

After all, a system that treats the device's owner as an adversary is a natural ally for the owner's other, human adversaries. The rubric for treating the owner as an adversary focuses on the way that users can be fooled by bad people with bad programs. If your computer gets taken over by malicious software, that malware might intercept queries from your antivirus program and send it false data that lulls it into thinking your computer is fine, even as your private data is being plundered and your system is being used to launch malware attacks on others.

These separate, non-user-accessible, non-updateable secure systems serve a nubs of certainty, a remote fortress that observes and faithfully reports on the interior workings of your computer. This separate system can't be user-modifiable or field-updateable, because then malicious software could impersonate the user and disable the security chip.

It's true that compromised computers are a real and terrifying problem. Your computer is privy to your most intimate secrets and an attacker who can turn it against you can harm you in untold ways. But the widespread redesign of out computers to treat us as their enemies gives rise to a range of completely predictable and – I would argue – even worse harms. Building computers that treat their owners as untrusted parties is a system that works well, but fails badly.

First of all, there are the ways that trusted computing is designed to hurt you. The most reliable way to enshittify something is to supply it over a computer that runs programs you can't alter, and that rats you out to third parties if you run counter-programs that disenshittify the service you're using. That's how we get inkjet printers that refuse to use perfectly good third-party ink and cars that refuse to accept perfectly good engine repairs if they are performed by third-party mechanics:

https://pluralistic.net/2023/07/24/rent-to-pwn/#kitt-is-a-demon

It's how we get cursed devices and appliances, from the juicer that won't squeeze third-party juice to the insulin pump that won't connect to a third-party continuous glucose monitor:

https://arstechnica.com/gaming/2020/01/unauthorized-bread-a-near-future-tale-of-refugees-and-sinister-iot-appliances/

But trusted computing doesn't just create an opaque veil between your computer and the programs you use to inspect and control it. Trusted computing creates a no-go zone where programs can change their behavior based on whether they think they're being observed.

The most prominent example of this is Dieselgate, where auto manufacturers murdered hundreds of people by gimmicking their cars to emit illegal amount of NOX. Key to Dieselgate was a program that sought to determine whether it was being observed by regulators (it checked for the telltale signs of the standard test-suite) and changed its behavior to color within the lines.

Software that is seeking to harm the owner of the device that's running it must be able to detect when it is being run inside a simulation, a test-suite, a virtual machine, or any other hallucinatory virtual world. Just as Descartes couldn't know whether anything was real until he assured himself that he could trust his senses, malware is always questing to discover whether it is running in the real universe, or in a simulation created by a wicked god:

https://pluralistic.net/2022/07/28/descartes-was-an-optimist/#uh-oh

That's why mobile malware uses clever gambits like periodically checking for readings from your device's accelerometer, on the theory that a virtual mobile phone running on a security researcher's test bench won't have the fidelity to generate plausible jiggles to match the real data that comes from a phone in your pocket:

https://arstechnica.com/information-technology/2019/01/google-play-malware-used-phones-motion-sensors-to-conceal-itself/

Sometimes this backfires in absolutely delightful ways. When the Wannacry ransomware was holding the world hostage, the security researcher Marcus Hutchins noticed that its code made reference to a very weird website: iuqerfsodp9ifjaposdfjhgosurijfaewrwergwea.com. Hutchins stood up a website at that address and every Wannacry-infection in the world went instantly dormant:

https://pluralistic.net/2020/07/10/flintstone-delano-roosevelt/#the-matrix

It turns out that Wannacry's authors were using that ferkakte URL the same way that mobile malware authors were using accelerometer readings – to fulfill Descartes' imperative to distinguish the Matrix from reality. The malware authors knew that security researchers often ran malicious code inside sandboxes that answered every network query with fake data in hopes of eliciting responses that could be analyzed for weaknesses. So the Wannacry worm would periodically poll this nonexistent website and, if it got an answer, it would assume that it was being monitored by a security researcher and it would retreat to an encrypted blob, ceasing to operate lest it give intelligence to the enemy. When Hutchins put a webserver up at iuqerfsodp9ifjaposdfjhgosurijfaewrwergwea.com, every Wannacry instance in the world was instantly convinced that it was running on an enemy's simulator and withdrew into sulky hibernation.

The arms race to distinguish simulation from reality is critical and the stakes only get higher by the day. Malware abounds, even as our devices grow more intimately woven through our lives. We put our bodies into computers – cars, buildings – and computers inside our bodies. We absolutely want our computers to be able to faithfully convey what's going on inside them.

But we keep running as hard as we can in the opposite direction, leaning harder into secure computing models built on subsystems in our computers that treat us as the threat. Take UEFI, the ubiquitous security system that observes your computer's boot process, halting it if it sees something it doesn't approve of. On the one hand, this has made installing GNU/Linux and other alternative OSes vastly harder across a wide variety of devices. This means that when a vendor end-of-lifes a gadget, no one can make an alternative OS for it, so off the landfill it goes.

It doesn't help that UEFI – and other trusted computing modules – are covered by Section 1201 of the Digital Millennium Copyright Act (DMCA), which makes it a felony to publish information that can bypass or weaken the system. The threat of a five-year prison sentence and a $500,000 fine means that UEFI and other trusted computing systems are understudied, leaving them festering with longstanding bugs:

https://pluralistic.net/2020/09/09/free-sample/#que-viva

Here's where it gets really bad. If an attacker can get inside UEFI, they can run malicious software that – by design – no program running on our computers can detect or block. That badware is running in "Ring -1" – a zone of privilege that overrides the operating system itself.

Here's the bad news: UEFI malware has already been detected in the wild:

https://securelist.com/cosmicstrand-uefi-firmware-rootkit/106973/

And here's the worst news: researchers have just identified another exploitable UEFI bug, dubbed Pixiefail:

https://blog.quarkslab.com/pixiefail-nine-vulnerabilities-in-tianocores-edk-ii-ipv6-network-stack.html

Writing in Ars Technica, Dan Goodin breaks down Pixiefail, describing how anyone on the same LAN as a vulnerable computer can infect its firmware:

https://arstechnica.com/security/2024/01/new-uefi-vulnerabilities-send-firmware-devs-across-an-entire-ecosystem-scrambling/

That vulnerability extends to computers in a data-center where the attacker has a cloud computing instance. PXE – the system that Pixiefail attacks – isn't widely used in home or office environments, but it's very common in data-centers.

Again, once a computer is exploited with Pixiefail, software running on that computer can't detect or delete the Pixiefail code. When the compromised computer is queried by the operating system, Pixiefail undetectably lies to the OS. "Hey, OS, does this drive have a file called 'pixiefail?'" "Nope." "Hey, OS, are you running a process called 'pixiefail?'" "Nope."

This is a self-destruct switch that's been compromised by the enemy, and which no one on the bridge can de-activate – by design. It's not the first time this has happened, and it won't be the last.

There are models for helping your computer bust out of the Matrix. Back in 2016, Edward Snowden and bunnie Huang prototyped and published source code and schematics for an "introspection engine":

https://assets.pubpub.org/aacpjrja/AgainstTheLaw-CounteringLawfulAbusesofDigitalSurveillance.pdf

This is a single-board computer that lives in an ultraslim shim that you slide between your iPhone's mainboard and its case, leaving a ribbon cable poking out of the SIM slot. This connects to a case that has its own OLED display. The board has leads that physically contact each of the network interfaces on the phone, conveying any data they transit to the screen so that you can observe the data your phone is sending without having to trust your phone.

(I liked this gadget so much that I included it as a major plot point in my 2020 novel Attack Surface, the third book in the Little Brother series):

https://craphound.com/attacksurface/

We don't have to cede control over our devices in order to secure them. Indeed, we can't ever secure them unless we can control them. Self-destruct switches don't belong on the bridge of your spaceship, and trusted computing modules don't belong in your devices.

I'm Kickstarting the audiobook for The Bezzle, the sequel to Red Team Blues, narrated by @wilwheaton! You can pre-order the audiobook and ebook, DRM free, as well as the hardcover, signed or unsigned. There's also bundles with Red Team Blues in ebook, audio or paperback.

If you'd like an essay-formatted version of this post to read or share, here's a link to it on pluralistic.net, my surveillance-free, ad-free, tracker-free blog:

https://pluralistic.net/2024/01/17/descartes-delenda-est/#self-destruct-sequence-initiated

Image: Mike (modified) https://www.flickr.com/photos/stillwellmike/15676883261/