Daily Archives: October 25, 2016

I CAN HAZ MEME HISTORY??


Jason Scott presents Internet Memes of the last 20 Years at the Internet Archive’s 20th anniversary celebration.

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It’s always going to be an open question as to what parts of culture will survive beyond each generation, but there’s very little doubt that one of them is going to be memes.

Memes are, after all, their own successful transmission of entertainment. A photo, an image that you might have seen before, comes to you with a new context. A turn of phrase, used by a politician or celebrity and in some way ridiculous or unique, comes back you in all sorts of new ways (Imma let you finish) and ultimately gets put back into your emails, instant messages, or even back into mass media itself.

However, there are some pretty obvious questions as to what memes even are or what qualifies as a meme. Everyone has an opinion (and a meme) to back up their position.leo2

One can say that image macros, those combinations of an expressive image with big bold text, are memes; but it’s best to think of them as one (very prominent) kind of a whole spectrum of Meme.

Image Macros rule the roost because they’re platform independent. They slip into our lives from e-mails, texts, websites and even posted on walls and doors. The chosen image (in this example, from the Baz Luhrman directed Great Gatsby) portrays an independent idea (Here’s to you) and the text compliments or contrasts it. The smallest, atomic level of an idea. And it gets into your mind, like a piece of candy (or a piece of grit).

photofunia-1475750857It can get way more complicated, however. This 1980s “Internet Archive” logo was automatically generated by an online script which does the hard work of layout, fonts and blending for you. When news of this tool broke in September of 2016 (it had been around a long time before that), this exact template showed up everywhere, from nightclub flyers to endless tweets. Within a short time, the ideas of both “using a computer to do art” and “the 1980s” became part of the payload of this image, as well as the inevitable feeling it was even more cliche and tired as hundreds piled on to using it. The long-term prospects of this “1980s art” meme are unknown.

223798 And let’s not forget that “memes” (a term coined by Richard Dawkins in his 1976 book The Selfish Gene) themselves go back decades before the internet made its first carefully engineered cross-continental connections. Office photocopies ran rampant with passed along motivational (or de-motivational) posters, telling you that you didn’t need to be crazy to work here… but it helps! Suffering the pains of analog transfer, the endless remixing and hand touchups of these posters gave them a weathered look, as if aged by their very (relative) longevity. To many others, this whole grandparent of the internet meme had a more familiar name: Folklore.

Memes are therefore rich in history and a fundamental part of the online experience, passed along by the thousands every single day as a part of communicating with each other. They deserve study, and they’ve gotten it.

Websites have been created to describe both the contributing factors and the available examples of memes throughout the years. The most prominent has been Know Your Meme, which through several rounds of ownership and contributors has consistently provided access to the surprisingly deep dive of research a supposedly shallow “meme” has behind it.

meme-gapBut the very fluidity and flexibility of memes can be a huge weakness — a single webpage or a single version of an image will be the main reference point for knowing why a meme came to be, and the lifespan of these references are short indeed. Even when hosted at prominent hosting sites or as part of a larger established site, one good housecleaning or consolidation will shut off access to the information, possibly forever.

This is where the Internet Archive comes in. With our hundreds of billions of saved URLs from 20 years stored in the Wayback Machine, a neutral storehouse of not just the inspirations for memes but examples of the memes themselves are kept safe for retrieval beyond the fleeting fads and whims of the present.
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The metaphor of “the web” turns out to be more and more apt as time goes on — like spider webs, they’re both surprisingly strong, but also can be unexpectedly lost in an instant. Connections that seemed immutable and everlasting will drop off the face of the earth at the drop of a hat (or a server, or an unpaid hosting bill).

Memes are, as I said, compressed culture. And when you lose culture, you lose context and meaning to the words and thoughts that came before. The Wayback machine will be a part of ensuring they stick around for a long time to come.

How the Internet Archive is hacking the election

There are thirteen days until Election Day — not that we’re counting.

In this most bizarre, unruly, terrifying, fascinating election year, the Internet Archive has been in the thick of it. We’re using technology to give journalists, researchers and the public the power to take the political junk food that’s typically spoon fed to all of us—the political ads, the presidential debates, the TV news broadcasts—and help us to scrutinize the labels, dig into the content, and turn that meal into something more nutritious.

political ad archivePolitical ads. We’ve archived more than 2,600 different ads over at the Political TV Ad Archive and used the open source Duplitron created by senior technologist Dan Schultz to count nearly 300,000 airings of the TV ads across 26 media markets. We’ve linked the ads to OpenSecrets.org information on the sponsors—whether it’s a super PAC, a candidate committee, or a nonprofit “dark money” group.

Journalists have used the underlying metadata to visualize this information creatively, whether it’s the moment when anti-Trump ads started popping up in Florida (FiveThirtyEight.com), revealing how Ted Cruz favors “The Sound of Music”  (Time.com), or turning the experience of being an Iowa voter deluged with campaign ads into an 8-bit arcade-style video game (The Atlantic).

Meanwhile, our fact checking partners at FactCheck.org, PolitiFact, and The Washington Post’s Fact Checker, have fact checked 116 archived ads and counting, not just for the presidential candidates but for U.S. Senate, House, and local campaigns as well. Of the 70 ads fact check by PolitiFact reporters, nearly half have earned ratings ranging from “Mostly false” to “Pants on Fire!”

Example: this “Pants on Fire!” ad played nearly 300 times in Cleveland, Ohio, in August, where Democrat Ted Strickland is facing incumbent Senate Rob Portman, a Republican, in a competitive race.  The claim: that as governor, Democrat Ted Strickland proposed deep budget cuts and then “wasted over $250,000 remodeling his bathrooms at the governor’s mansion.” While it’s true Strickland proposed budget cuts in the wake of the 2008 financial crisis, the money used to renovate the governor’s mansion didn’t come from that pool of money. What’s more, the bathrooms in question were not for the governor’s personal use, but rather for tourists who come to visit the mansion.

Presidential debates. In the recent presidential debates, the Internet Archive opened up the TV News Archive to offer near real-time broadcasts while the candidates were still on the stage. Journalists and fact checkers used this online resource to share clips of key points in the debate.

Example: during the third presidential debate, Farai Chideya, a reporter for FiveThirtyEight.com, linked to this clip in a live blog about the debate, noting that abortion is a key issue for Trump’s core supporters.

Twenty-five hours after the debate, we learned that the public made 85 quotes from our TV News Archive debate footage, and that viewers played these more than one million times—a healthy response to this brand new experiment.

TV News. When the debates were over, we used the Duplitron on TV news to tally which debate clips were shared on such networks as CNN, FOX News, and MSNBC and shows such as “Good Morning America” and the “Today show.” Journalists used our downloadable data to create visualizations to show how TV News shows present the debates to viewers.

nytExample: this interactive visualization in The New York Times shows readers how the different cable news networks presented the first debates, and highlights the differences between them.

The Wall Street Journal, the Economist, Fusion and The Atlantic all have used the data to visualize how the debates were portrayed for viewers. In addition, we’re keeping our eyes open and Duplitron turned on for tracking how TV news shows cover other key video. For example, we have data on how TV news shows used clips from the 2005 “Access Hollywood” tape, in which Trump bragged about groping women, and his subsequent apology.

In the thirteen days remaining before the election, we’ll continue to track airings of political ads in key battleground state markets, work with fact checking and journalist partners, and stay on the TV news beat with attention to breaking news.

And when it’s all over, we’re looking forward to working with our partners to figure out what just happened, what we’ve learned, and how we can help in the future.

 

10 Years of Archiving the Web Together

As the Internet Archive turns 20, the Archive-It community is proud to celebrate an anniversary of its own: 10 years of working with thousands of librarians, archivists, and others to preserve the web and build rich, expansive collections of websites for discovery and use by future generations. Eighteen partners inaugurated the Archive-It service in 2006. Since then, that list has grown to include more than 450 organizations and individuals, each with its unique goals and collecting scope. In this time they added more than 17 billion (yes, with a “b”) URLs to their collections.

Archive-It partners over the years. Clockwise from top-left: Margaret Maes (LIPA) and Nicholas Taylor (Stanford University); James Jacobs (Stanford University) and Kent Norsworthy (University of Texas at Austin); K12 web archivists at PS 174 in Queens; Renate Giacomuzzi, Elisabeth Sporer (University of Innsbruck), and Kristine Hanna (Internet Archive)

Archive-It partners over the years. Clockwise from top-left: Margaret Maes (Legal Information Preservation Alliance) and Nicholas Taylor (Stanford University); James Jacobs (Stanford University) and Kent Norsworthy (University of Texas at Austin); K12 web archivists at PS 174 in Queens; Renate Giacomuzzi, Elisabeth Sporer (University of Innsbruck), and Kristine Hanna (Internet Archive)

And to give you just a hint of how the overall collection has grown: that’s about 5 billion new URLs in just the last year! They’ve captured some momentous historical events, local community history, and social and cultural activity across more than 7,000 collections to date, everything from 700+ human rights sites to the tea party movement; tobacco industry records to Mormon missionaries’ blogs. And of course who can forget all of the LOLcats? They’ve collaborated on capturing breaking news, opened doors to the next generation of curators in our K12 web archiving program, and explored their own collections in new forms with datasets leveraging our researcher services.

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The Archive-It pilot website in 2005

Archive-It is Internet Archive’s web archiving service that helps institutions build, preserve, and provide access to collections of archived web content. It was developed in response to the needs of libraries, archives, historical societies, museums, and other organizations who sought to use the same powerful technology behind the Wayback Machine to curate their own web archives. The service was then the first of its kind, but has grown and expanded to meet the needs of an ever-widening scope of partners dedicated to archiving the web.

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Adding a website to a collection in Archive-It 2.0, as released in July 2006.

Our pilot partners, who began testing a beta version of the service in late 2005, helped to develop and improve the essential tools that such a service would provide and used those tools to create collections, documenting local and global histories in a new way. Based on feedback from the pilot partners, the Archive-It web application launched publicly in 2006 with the most basic of curation tools: create a collection, capture content, and make it publicly available. The service and the community grew exponentially from there.

Archive-It 5.0 realtime crawl tracking.

Archive-It 5.0 realtime crawl tracking.

The myriad partner-driven technical (to say nothing of aesthetic!) improvements of the last ten years are reflected in this year’s release of Archive-It 5.0, the first full redesign of the Archive-It web application since its launch. In the meantime, Archive-It continues to work with the community to preserve and provide access to amazing collections and to develop new tools for archiving the web, including new capture technologies, data transfer APIs, and more.

With year 11 (and Archive-It 5.1) just around the corner, we look forward to helping our partner institutions use new tools, build new collections, and expand the broader community working to archive the web.

Lending Launches on Archive.org, Plus Bookreader Updates

We have been loaning digital books through Open Library since 2010. We started with about 10,000 books in the lending collections, and soon there will be more than 500,000 books available.  

Today we launch lending on Archive.org, so patrons no longer need to go to Open Library to borrow books. The same parameters for borrowing apply — books are free to borrow for logged in users, and they can be borrowed for a period of 2 weeks.

For Open Library users, the lending path has changed a bit — see this post for more information.

For Archive.org users, you’re going to see many more modern books available in the coming weeks. These books will appear in collections and search results with a blue “Borrow” notice on them.

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Logged in users will be able to borrow the book from the book’s details page where you see the full metadata. Remember, creating an account on archive.org is free, and so is borrowing books.

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When you click “Borrow This Book” you will be taken to the new bookreader.  You can search, use the read aloud feature, zoom in and out, and change the number of pages you see at once. The book will be available in your browser for 2 weeks as long as you are connected to the Internet.

If you prefer to read your book offline, you can download a PDF or EPUB version of the book to be read in Adobe Digital Editions (free download).  You must install Adobe Digital Editions before you can read the offline version of your book.

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When you want to return the book, you can return it from Adobe Digital Editions (if you chose to download) and from the bookreader.

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In addition to the new borrow features, we have updated the bookreader to display better on mobile devices. The layout now changes when you are on a very small screen in order to make it easier to use.  You will see one page at a time, and some of the functions are located in the menu on the left.

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If you would like to download an offline copy of the book accessible through Adobe Digitial Editions (don’t forget to download the app first!) open the menu and choose “Loan Information.”

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From here you can download a PDF or EPUB to read offline, or return the book.

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We hope you will explore the books available for lending, and enjoy the features of the new bookreader.

Many thanks to: Richard Caceres, Brenton Cheng, Carolyn Li-Madeo, Tracey Jaquith, Jessamyn West, Jeff Kaplan, John Lekashman, Dwalu Khasu, John Gonzalez and Alexis Rossi.

The New Memory Palace

By Paul D. Miller aka DJ Spooky

     “Sometimes it is the people no one can imagine anything of who do the things no one can imagine.”

– Alan Turing’s biopic, The Imitation Game, 2014

Photo Credit: Mitchell Maher

DJ Spooky at Internet Archive’s 20th Anniversary Celebration
Photo Credit: Mitchell Maher

A lot of things have changed in the last 20 years. A lot of things haven’t. We’ve moved from the tyranny of physical media to the seemingly unlimited possibilities of total digital immersion. We’ve moved from a top down, mega corporate dominated media, to a hyper-fragmented multiverse where any kind of information is accessible within reason (and sometimes without!). The fundamental issue that “memory” and how it responds to the digital etherealization of all aspects of the information economy we inhabit conditions everything we do in this 21st-century culture of post-, post-, post-everything contemporary America. Whether it’s the legions of people who walk the streets with Bluetooth enabled earbuds that allow them to ignore the physical reality of the world around them, or the Pokémon Go hordes playing the world’s largest video game as it’s overlaid on stuff that happens “IRL” (In Real Life) that layer digital role playing over the world: diagnosis is pending. But the fundamental fact is clear: digital archives are more important than ever and how we engage and access the archival material of the past, shapes and molds the way we experience the present and future. Playing with the Archive is a kind of digital analytics of the subconscious impulse to collage. It’s also really fun.

mnemosyne1Mnemosyne was the Greek muse who personified memory. She was a Titaness who was the daughter of Uranus (who represented “Sky”), the son and husband of Gaia, Mother Earth. When you break it down, Mnemosyne had a deeply complicated life, and ended up birthing the other muses with her nephew, Zeus. Ancient Greek myth was quite an incestuous place, and every deity had complicated and deeply interwoven histories that added layers and layers of what we would now call “intertextuality.” Look at it this way: a Titaness, Mnemosyne, gave birth to Urania (Muse of Astronomy), Polyhymnia (Muse of hymns,) Melpomene (Muse of tragedy,) Erato (Muse of lyric poetry,) Clio (Muse of history,) Calliope (Muse of epic poetry,) Terpsichore (Muse of dance,) and Euterpe (Muse of music). It’s complicated. Mnemosyne also presided over her own pool in Hades as a counterpoint to the river Lethe, where the dead went to drink to forget their previous life. If you wanted to remember things, you went to Mnemosyne’s pool instead. You had to be clever enough to find it. Otherwise, you’d end up crossing the river under the control of spirits guided by the “helmsman” whose title translates from the Greek term “kybernētēs” across the mythical river into the land of the dead aka Hades. What’s amazing about the wildly “recombinant” logic of this cast of characters is that somehow it became the foundation of our modern methods for naming almost every aspect of digital media — including the term “media.” Media, like the term data is a plural form of a word “appropriated” directly from Latin. But the eerie resonance it has with our era comes into play when we think of the ways “the archive” acts as a downright uncanny reflection site of language and its collision between code and culture.

neuromancer-william-gibsonUntil the internet, the term cyber was usually used to measure words about governance and then later evolved to how we look at computers, computer networks, and now things like augmented reality and virtual reality. The term traces back to the word cybernetics, which was popularized by the renowned mathematician Norbert Wiener, founder of Information theory, at MIT. There’s a strange emergent logic that connects the dots here: permutation, wordplay, and above all, the use of borrowed motifs and ahistorical connections between utterly unassociated material. I guess William S. Burroughs was right: the world has become a mega-Cybertron, a place where everything is mixed, cut and paste style, to make new meanings from old. With people like Norbert Wiener, cybernetics usually refers to the study of mechanical and electronic systems designed at heart, to replace human systems. The term “cyberspace” was coined by William Gibson, to reflect the etherealized world of his 1982 classic, Burning Chrome. He used it again as a reference point for Neuromancer, his groundbreaking novel. A great, oft-cited passage gives you a sense how resonant it is with our current time:

Cyberspace. A consensual hallucination experienced daily by billions of legitimate operators, in every nation, by children being taught mathematical concepts… a graphic representation of data abstracted from the banks of every computer in the human system. Unthinkable complexity. Lines of light ranged in the nonspace of the mind, clusters and constellations of data. Like city lights, receding…

When the Internet Archive asked me to do a megamix of their archive of recordings from their data files, I was a bit overwhelmed. There’s no way any human being could comb through even the way they’ve documented just the web, let alone the material they have asked people to upload.Where to start? Sir Tim Berners-Lee’s speech inaugurating the internet back when he came up with the term the “Semantic Web?”  The first recordings from Edison? That could be cool. Maybe mix that with GW Bush’s State of the Union speech inaugurating the invasion of Iraq? Why not. Take Hedy Lamar’s original blueprints for spread spectrum “secret communications systems” and mix that with recordings of William S. Burrough and Malcolm X, with a beat made from open source 1920’s jazz and 1950’s New Orleans blues? Why not. Grab some clips of Cory Doctorow talking about the upcoming war on open computing and mix it with Parliament Funkadelic? Sure. Take the first “sound heard around the world,” the telemetry signals guiding the Sputnik satellite as it swirled around planet Earth to become our first orbital artificial moon? Cool. Why not? Take a speech from Margaret Sanger, the woman who started Planned Parenthood, and mix it with Public Enemy? Cool. Take D.W. Griffith’s “Birth of a Nation” and re-score it with the Quincy Jones theme from “Fat Albert?” That would actually be kind of cool, but would require a lot of editing.

The basic idea here is that once you have the recordings and documentation of all aspects of human activity from the last several centuries, that is a serious “mega-mix.”

What you will hear in the short track I made is a mini reflection of the density of the sheer volume of materials that the Internet Archive has onsite. It is a humble reminder that through the computer, the network, and the wireless transmission of information, we have an immaculate reflection of what Alan Turing may have called “morphogenesis” — the human, all too human, attempt to corral the world into anthropocentric metaphors that seek to convey the sublime, the edge of human understanding: the emergent patterns that occur when you recombine material with unexpectedly powerful new connections.

Photo Credit: Mitchell Maher

Memory Palace on flexi vinyl
Photo Credit: Mitchell Maher

I’m honored to be the first DJ to start. But I’m also honored that many, many more will follow. The Archive is a mirror of infinite recombinant potential. I hope that its gift of free culture and free exchange creates a place where we will be comfortable with what is almost impossible to guess comes next. It is not a “collaborative filter” but a place where you are invited to explore on your own and come up with new ways of seeing the infinite memory palace of the fragments of history, time, and space that make this modern 21st century world work.

Enjoy.

Paul D. Miller aka DDJ SpookyJ Spooky’s work ranges from creating the first DJ app to producing an impactful DVD anthology about the “Pioneers of African American Cinema.” According to a New York Times review, “there has never been a more significant video release than ‘Pioneers of African-American Cinema.'” The prolific innovator and artist also created 13 music albums and is about to release a fourteenth. Called “Phantom Dancehall,” it is an intense mix of hip hop, Jamaican ska and dancehall culture.

20,000 Hard Drives on a Mission

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The mission of the Internet Archive is “Universal Access to All Knowledge.” The knowledge we archive is represented as digital data. We often get questions related to “How much data does Internet Archive actually keep?” and “How do you store and preserve that knowledge?”

All content uploaded to the Archive is stored in “Items.” As with items in traditional libraries, Internet Archive items are structured to contain a single book, or movie, or music album — generally a single piece of knowledge that can be meaningfully cataloged and retrieved, along with descriptive information (metadata) that usually includes the title, creator (author), and other curatorial information about the content. From a technical standpoint, items are stored in a well-defined structure within Linux directories.

Once a new item is created, automated systems quickly replicate that item across two distinct disk drives in separate servers that are (usually) in separate physical data centers. This “mirroring” of content is done both to minimize the likelihood of data loss or data corruption (due to unexpected harddrive or system failures) and to increase the efficiency of access to the content. Both of these storage locations (called “primary” and “secondary”) are immediately available to serve their copy of the content to patrons… and if one storage location becomes unavailable, the content remains available from the alternate storage location.

We refer to this overall scheme as “paired storage.” Because of the dual-storage arrangement, when we talk about “how much” data we store, we usually refer to what really matters to the patrons — the amount of unique compressed content in storage — that is, the amount prior to replication into paired-storage. So for numbers below, the amount of physical disk space (“raw” storage) is typically twice the amount stated.

As we have pursued our mission, the need for storing data has grown. In October of 2012, we held just over 10 petabytes of unique content. Today, we have archived a little over 30 petabytes, and we add between 13 and 15 terabytes of content per day (web and television are the most voluminous).

Currently, Internet Archive hosts about 20,000 individual disk drives. Each of these are housed in specialized computers (we call them “datanodes”) that have 36 data drives (plus two operating systems drives) per machine. Datanodes are organized into racks of 10 machines (360 data drives), and interconnected via high-speed ethernet to form our storage cluster. Even though our content storage has tripled over the past four years, our count of disk drives has stayed about the same. This is because disk drive technology improvements. Datanodes that were once populated with 36 individual 2-terabyte (2T) drives are today filled with 8-terabyte (8T) drives, moving single node capacity from 72 terabytes (64.8T formatted) to 288 terabytes (259.2T formatted) in the same physical space! This evolution of disk density did not happen in a single step, so we have populations of 2T, 3T, 4T, and 8T drives in our storage clusters.

petaboxOur data mirroring scheme ensures that information stored on any specific disk, on a specific node, and in a specific rack is replicated to another disk of the same capacity, in the same relative slot, and in the same relative datanode in a another rack usually in another datacenter. In other words, data stored on drive 07 of datanode 5 of rack 12 of Internet Archive datacenter 6 (fully identified as ia601205-07) has the same information stored in datacenter 8 (ia8) at ia801205-07. This organization and naming scheme keeps tracking and monitoring 20,000 drives with a small team manageable.

We maintain our datacenters at ambient temperatures and humidity, meaning that we don’t incur the cost of operating and maintaining an air-conditioned environment (although we do use exhaust fans in hot weather). This keeps our power consumption down to just the operational requirements of the racks (about 5 kilowatts each), but does put some constraints on environmental specifications for the computers we use as data nodes. So far, this approach has (for the most part) worked in terms of both computer and disk drive longevity.

Of course, disk drives all eventually fail. So we have an active team that monitors drive health and replaces drives showing early signs for failure. We replaced 2,453 drives in 2015, and 1,963 year-to-date 2016… an average of 6.7 drives per day. Across all drives in the cluster the average “age” (arithmetic mean of the time in-service) is 779 days. The median age is 730 days, and the most tenured drive in our cluster has been in continuous use for 6.85 years!

So what happens when a drive does fail? Items on that drive are made “read only” and our operations team is alerted. A new drive is put in to replace the failed one and immediately after replacement, the content from the mirror drive is copied onto the fresh drive and read/write status is restored.

Although there are certainly alternatives to drive mirroring to ensure data integrity in a large storage system (ECC systems like RAID arrays, CEPH, Hadoop, etc.) Internet Archive chooses the simplicity of mirroring in-part to preserve the the transparency of data on a per-drive basis. The risk of ECC approaches is that in the case of truly catastrophic events, falling below certain thresholds of disk population survival means a total loss of all data in that array. The mirroring approach means that any disk that survives the catastrophe has usable information on it.

Over the past 20 years, Internet Archive has learned many lessons related to storage. These include: be patient in adopting newly introduced technology (wait for it to mature a bit!); with ambient air comes ambient humidity — plan for it; uniformity of infrastructure components is essential (including disk firmware). One of several challenges we see on the horizon is a direct consequence of the increases in disk density — it takes a long time to move data to and from a high-capacity disk. Across pair-bonded 1Gbps node interconnects, transferring data to or from an 8T drive requires 8 hours and 11 minutes at “full speed” and in-practice can extend to several days with network traffic and activity interruptions. This introduces a longer “window of vulnerability” for the unlikely “double-disk failure” scenario (both sides of the mirror becoming unusable). To address this we are looking as increased speeds for node-to-node networking as well as alternative storage schemes that compensate for this risk.

As a final note, I want to thank the small team of extremely hard-working individuals at Internet Archive who maintain and evolve the compute and storage infrastructure that enables us to pursue our mission and service our patrons. Without their hard work and dedicated service, we would not be able to store and preserve the knowledge and information that the community works hard to collect and curate.

Thank you to the 2015-2016 Core Infrastructure Team (and contributors):
Andy Bezella, Hank Bromley, Dwalu Khasu, Sean Fagan, Ralf Muehlen, Tim Johnson, Jim Nelson, Mark Seiden, Samuel Stoller, and Trevor von Stein

-jcg (John C. Gonzalez)