Why isn’t the internet more fun and weird?

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Why isn’t the internet more fun and weird? (jarredsumner.com)

MySpace inspired a generation of teenagers to learn how to code. We have Dark Mode now, but where did all the glitter go?

During the internet of 2006, consumer products let anyone edit CSS. It was a beautiful mess. As the internet grew up, consumer products stopped trusting their users, and the internet lost its soul.

I agree entirely with Jarred: in discouraging people from having their own web presences and in locking-down our shared social spaces online, we’re making the Web feel increasingly flat, soulless, and – dare I say is – joyless. MDX seems really cool, but I’m not yet convinced that it alone solves the underlying problem of content creators feeling that they should (or must) use dry, boring silos for the things they produce rather than their own space (in which they’d be able to express their personalities and the personality of the things they were sharing). It may well lower the barrier to producing interactive personal sites a little (as well as having other applications, I’m sure!), but we’re going to need more than that to drag people away from Facebook, Medium, Twitter and the like.

Facebook pays teens to install VPN that spies on them

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Facebook pays teens to install VPN that spies on them (TechCrunch)

Desperate for data on its competitors, Facebook has been secretly paying people to install a “Facebook Research” VPN that lets the company suck in all of a user’s phone and web activity, similar to Facebook’s Onavo Protect app that Apple banned in June and that was removed i…

Since 2016, Facebook has been paying users ages 13 to 35 up to $20 per month plus referral fees to sell their privacy by installing the iOS or Android “Facebook Research” app. Facebook even asked users to screenshot their Amazon order history page. The program is administered through beta testing services Applause, BetaBound and uTest to cloak Facebook’s involvement, and is referred to in some documentation as “Project Atlas” — a fitting name for Facebook’s effort to map new trends and rivals around the globe.

I figured we’d been almost a day since Facebook were last in the news for privacy and ethics-related concerns (earlier this week, earlier still), so we must’ve been due more coverage. This time, it’s about Facebook’s latest tack in trying to understand the teen market that it’s failing to penetrate as well as it once did, and the fact that it’s been paying young adults and children to proxy all of their traffic through Facebook’s servers including setting up their phones to allow Facebook to break their encryption so that it can understand how they’re using them.

Reply #12885

a kind of synth bagpipe on Twitter (Twitter)

“the local part of my email address is just the letter ‘d’ by itself, which means microsoft has imposed the interesting restriction that my randomly generated password cannot contain the letter ‘d’”

@notrevenant @PWtoostrong you wouldn’t believe how often I’m told I’m not allowed to use the letter “Q” in passwords, because “my password mustn’t contain my surname”. O_o

Note #12883

Letter addressed to Dan Q, Developer, Bodleian Libraries.

Received a letter to “Dan Q, Developer”. In case there’s multiple Dan Qs @bodleianlibs? Nope: everyone‘s had the last word of their job title: Wikmedian in Residence > “Residence”, Press & Media Officer > “Officer”… #mailmerge #fail?

Letter addressed to Dan Q, Developer, Bodleian Libraries.×

The Search for England’s Forgotten Footpaths

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Nineteen years ago, the British government passed one of its periodic laws to manage how people move through the countryside. The Countryside and Rights of Way Act created a new “right to roam” on common land, opening up three million acres of mountains and moor, heath and down, to cyclists, climbers, and dog walkers. It also set an ambitious goal: to record every public path crisscrossing England and Wales by January 1, 2026. The British Isles have been walked for a long time. They have been mapped, and mapped again, for centuries. But that does not mean that everything adds up, or makes sense. Between them, England and Wales have around a hundred and forty thousand miles of footpaths, of which around ten per cent are impassable at any time, with another ten thousand miles that are thought to have dropped off maps or otherwise misplaced. Finding them all again is like reconstructing the roots of a tree. In 2004, a government project, named Discovering Lost Ways, was given a fifteen-million-pound budget to solve the problem. It ended four years later, overwhelmed. “Lost Footpaths to Stay Lost,” the Daily Telegraph reported. Since then, despite the apparent impossibility of the task, the 2026 cutoff has remained on the statute books, leaving the job of finding and logging the nation’s forgotten paths to walkers, horse people, and other obsessives who can’t abide the muddled situation.

A couple of days into the New Year, with the deadline now only seven years off, I met Bob Fraser, a retired highway engineer, in a parking lot a few miles outside Truro, in Cornwall, in the far west of England. Fraser grew up in Cornwall and returned about thirty years ago, which is when he noticed that many footpaths were inaccessible or ended for no reason. “I suppose that got me interested in trying to get the problem sorted out,” he said. Since he retired, seven years ago, Fraser has been researching and walking more or less full time; in the past three years, he has applied to reinstate sixteen lost paths.

The 500-Year-Long Science Experiment

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The 500-Year-Long Science Experiment (The Atlantic)

In 2014, microbiologists began a study that they hope will continue long after they’re dead.

In the year 2514, some future scientist will arrive at the University of Edinburgh (assuming the university still exists), open a wooden box (assuming the box has not been lost), and break apart a set of glass vials in order to grow the 500-year-old dried bacteria inside. This all assumes the entire experiment has not been forgotten, the instructions have not been garbled, and science—or some version of it—still exists in 2514.

This is a biology experiment that’s planned to run for half a millenium. How does one even make such a thing possible?

Thinking about the difficulties in constructing a message that may be understood for generations into the future reminds me of the work done on a possible marking system for nuclear waste disposal (which would need to continue to carry the message that a place is dangerous for ten thousand years).

This kind of philosophical thinking may require further work, though, if we’re ever to send spacecraft on interstellar journeys: another kind of “long” experiment. How might we preserve the records of what we’ve done, so that our descendants have the opportunity to continue our work, in a way that promotes the iterative translation and preservation of the messages that are required to support it? For example: if an experiment is to be understandable if rediscovered after a hypothetical future dark age, what precautions do we need to take today?

Why do book spines have the titles printed the way they do?

Have you noticed how the titles printed on the spines of your books are all, for the most part, oriented the same way? That’s not a coincidence.

Illustration of a chained library
If you can’t see the spines of your books at all, perhaps you’re in a library and it’s the 17th century. Wait: how are you on the Internet?

ISO 6357 defines the standard positioning of titles on the spines of printed books (it’s also codified as British Standard BS6738). If you assume that your book is stood “upright”, the question is one of which way you tilt your head to read the title printed on the spine. If you tilt your head to the right, that’s a descending title (as you read left-to-right, your gaze moves down, towards the surface on which the book stands). If you tilt your head to the left, that’s an ascending title. If you don’t need to tilt your head in either direction, that’s a transverse title.

ISO 6357:1985 page illustrating different standard spine title alignments.
Not every page in ISO 6357:1985 is as exciting as this one.

The standard goes on to dictate that descending titles are to be favoured: this places the title in a readable orientation when the book lays flat on a surface with the cover face-up. Grab the nearest book to you right now and you’ll probably find that it has a descending title.

Books on a shelf.
This eclectic shelf includes a transverse title (the Holy Bible), a semi-transverse title (The Book of English Magic) and a rare ascending title (A First Dictionary) among a multitude of descending titles.

But if the book is lying on a surface, I can usually read the cover of the book. Only if a book is in a stack am I unable to do so, and stacks are usually relatively short and so it’s easy enough to lift one or more books from the top to see what lies beneath. What really matters when considering the orientation of a spine title is, in my mind, how it appears when it’s shelved.

It feels to me like this standard’s got things backwards. If a shelf of anglophone books is organised into any kind of order (e.g. alphabetically) then it’ll usually be from left to right. If I’m reading the titles from left to right, and the spines are printed descending, then – from the perspective of my eyes – I’m reading from bottom to top: i.e. backwards!

It’s possible that this is one of those things that I overthink.

Illustration of a chained library× Books on a shelf.×

Facebook to integrate WhatsApp, Instagram and Messenger

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Facebook plans to integrate its messaging services on Instagram, WhatsApp and Facebook Messenger.

While all three will remain stand-alone apps, at a much deeper level they will be linked so messages can travel between the different services.

Facebook told the BBC it was at the start of a “long process”.

The plan was first reported in the New York Times and is believed to be a personal project of Facebook founder Mark Zuckerberg.

Once complete, the merger would mean that a Facebook user could communicate directly with someone who only has a WhatsApp account. This is currently impossible as the applications have no common core.

The work to merge the three elements has already begun, reported the NYT, and is expected to be completed by the end of 2019 or early next year.

Facebook-looking-dodgy in the news again this week (previously) with the news that they plan to integrate Instagram and WhatsApp into their central platform. They’re selling the upsides of this, such as that Facebook and WhatsApp users will be able to communicate with one another without switching to a different tool, but privacy advocates are understandably concerned: compared to Facebook, WhatsApp provides a reasonable level of anonymity. It also seems likely that this move may be an effort to preempt antitrust suits forcing Facebook’s property portfolio to be kept separate.

But even without those concerns, there are smaller but just-as-real, more-insidious privacy risks from this integration. With a very minor change to their terms and conditions about the use of the WhatsApp app Facebook can start performing even more-sophisticated big-data mining on the types of interpersonal relationships that they’re known to enjoy (let’s not forget that this is the company whose app will, left-unchecked, mine your mobile phone book to find friends-in-common that you have with other people, even if that friend-in-common doesn’t use Facebook!). With WhatsApp’s treasure trove of metadata, Facebook can determine who you talk to and, from where, and with what frequency: by technical necessity, none of this metadata is protected by WhatsApp’s end-to-end encryption. Similarly, they can determine what “groups” you participate in. This easily supports the “shadow profiles” they maintain which tell them far more about your life and interests than your mere Facebook profile alone does.

I for one will be watching WhatsApp with care and dropping it if it looks likely to “turn evil”. It’s not as though there aren’t (arguably better) alternatives, such as Signal (which I already use as my primary mobile text messaging system) and Riot.

Facebook may have known it was defrauding children and families through its online games

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Internal documents appear to show that Facebook knew it was defrauding children and families through its ecosystem of online games as early as 2011. Employees even had a name for the practice, which they dubbed “friendly fraud,” or FF for short. More damning, related documents show that Facebook employees had found a way to stop the fraud from happening, but the social media giant prioritized revenue instead.

Unshocker as internal memo at Facebook shows that they not only knew that kids were taking advantage of their parents’ credit card details being retained by Facebook-hosted freemium games to allow them to continue to make purchases, but that they specifically instructed their developers to make it as easy as possible for people to fall into this trap. Common industry practices like requiring selected card digits for additional purchases were not implemented specifically to help ensure that kids could more-easily go wild with their parents’ bank accounts.

Note #12848

Partner’s husband dropped car at garage.
Garage calls me to say it’s ready.

“My partner will pick it up,” I say.
“The other guy said his wife would pick it up?” they reply.

Pause.

“Yeah, that’s right.”

#awkward #polyamory #moment

Dropgangs, or the future of darknet markets

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The Internet is full of commercial activity and it should come at no surprise that even illegal commercial activity is widespread as well. In this article we would like to describe the current developments – from where we came, where we are now, and where it might be going – when it comes to technologies used for digital black market activity.

The other major change is the use of “dead drops” instead of the postal system which has proven vulnerable to tracking and interception. Now, goods are hidden in publicly accessible places like parks and the location is given to the customer on purchase. The customer then goes to the location and picks up the goods. This means that delivery becomes asynchronous for the merchant, he can hide a lot of product in different locations for future, not yet known, purchases. For the client the time to delivery is significantly shorter than waiting for a letter or parcel shipped by traditional means – he has the product in his hands in a matter of hours instead of days. Furthermore this method does not require for the customer to give any personally identifiable information to the merchant, which in turn doesn’t have to safeguard it anymore. Less data means less risk for everyone.

The use of dead drops also significantly reduces the risk of the merchant to be discovered by tracking within the postal system. He does not have to visit any easily to surveil post office or letter box, instead the whole public space becomes his hiding territory.

From when I first learned about the existence of The Silk Road and its successors – places on the dark web where it’s possible to pseudo-anonymously make illicit purchases of e.g. drugs, weapons, fake ID and the like in exchange for cryptocurrencies like Bitcoin – it always seemed to me that the weak point was that the “buyer” had to provide their postal address to the “seller”. While there have, as this article describes, been a number of arrested made following postal inspections (especially as packages cross administrative boundaries), the bigger risk I’d assume that this poses to the buyer is that they must trust the seller (who is, naturally, a bigger and more-interesting target) to appropriately secure and securely-destroy that address information. In the event of a raid on a seller – or, indeed, law enforcement posing as a seller in a sting operation – the buyer is at significant risk.

That risk may not be huge for Johnny Pothead who wants to buy an ounce of weed, but it rapidly scales up for “middleman” distributors who buy drugs in bulk, repackage, and resell either on darknet markets or via conventional channels: these are obvious targets for law enforcement because their arrest disrupts the distribution chain and convictions are usually relatively easy (“intent to supply” can be demonstrated in many jurisdictions by the volume of the product in which they’re found to be in possession). A solution to this problem, for drug markets at least, with the fringe benefit of potentially faster-deliveries is pre-established dead drops (the downside, of course, is a more-limited geographical coverage and the risk of discovery by a non-purchaser, but the latter of these can at least be mitigated), and it’s unsurprising to hear that this is the direction in which the ecosystem is moving. And once you, Jenny Drugdealer, are putting that kind of infrastructure in place anyway, you might as well extend it to your regular clients too. So yeah: not surprising to see things moving in this direction.

I recall that some years ago, a friend whom I’m introduced to geocaching accidentally ran across a dead drop (or a stash) while hunting for a ‘cache that was hidden in the same general area. The stash was of clearly-stolen credit cards, and of course she turned it in to the police, but I think it’s interesting that these imaginative digital-era drug dealers, in trying to improve upon a technique popularised by Cold War era spies by adding the capacity for long-time concealment of dead drops, are effectively re-inventing what the geocaching community has been doing for ages.

What will they think of next? I’m betting drones.

Vasectomy

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Oh Joy Sex Toy - Vasectomy

This comic from the fabulous Oh Joy Sex Toy folks gives a pretty good explanation of vasectomy that mirrors my experience (part one, part two)… except for the fact that I didn’t have this dude’s anxiety issue and was instead (according to the surgeon) “creepily interested” in the nitty-gritty of what he was up to!

RFC-20

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The choice of this encoding has made ASCII-compatible standards the language that computers use to communicate to this day.

Even casual internet users have probably encountered a URL with “%20” in it where there logically ought to be a space character. If we look at this RFC we see this:

   Column/Row  Symbol      Name

   2/0         SP          Space (Normally Non-Printing)

Hey would you look at that! Column 2, row 0 (2,0; 20!) is what stands for “space”. When you see that “%20”, it’s because of this RFC, which exists because of some bureaucratic decisions made in the 1950s and 1960s.

Darius Kazemi is reading a single RFC every day throughout 2019 and writing up his understanding as to the content and importance of each. It’s good reading if you’re “into” RFCs and it’s probably pretty interesting if you’re just a casual Internet historian.