Slashdot reader mmanciop reminded us that Ubuntu released a new version of its "circle of friends" logo this week (which its designer says gives it "a more contemporary look and feel.")

From the Ubuntu blog: We proudly present to you the transformation of the Circle of Friends logo for Ubuntu. The new logo isn't a revolution; rather, it's an evolution of the Circle of Friends. As you can see at the top of the post, the classic white-on-orange colour scheme hasn't changed. But the new version sports sleek lines which bind the Circle of Friends even more closely together.

While it is important to have a respectful continuity with the previous Circle of Friends, the updated version is leaner, more focused, more sophisticated. It also makes a little more sense that the heads are now inside the circle, facing each other and connecting more directly. The rectangular orange tag is a break from the conventional square or circle, as it allows for the boldness of the orange to express itself and provides a recognisable colourful mark across media. Finally, the logo moves from a tiny superscript to a large, dynamic and leading presence.

Some might wonder why we had to touch the Ubuntu logo at all. As one can imagine, it is a daunting honour to work on something so many of us have such a strong connection to. But in the end, a logo should match what it represents. Similar to how Ubuntu continues to evolve and adapt to new uses in technology, its logo should follow suit to encapsulate and reflect such ongoing change.
For comparison, here's the original logo.

Share your reactions in the comments. (For example, how do you think it compares to other logos?) Do you like it more or less than, say, the logo for Raku?

Christopher Alexander, a British-American architect and design theorist that affected fields including software and sociology, died on Thursday, March 17, after a long illness. He was 86. Christopher Newport University reports: Christopher Alexander, a towering figure in architecture and urbanism -- one of the biggest influences on the New Urbanism movement -- died on Thursday, March 17, after a long illness, it was reported by Michael Mehaffy, a long-time collaborator and protege. Alexander was the author or principal author of many books, including A Pattern Language, one of the best-selling architectural books of all time. He is considered to be the father of the pattern language movement in software, which is the idea behind Wikipedia. In 2006, he was one of the first two recipients, along with Leon Krier, of CNU's Athena Medal, which honors those who laid the groundwork for The New Urbanism movement.

In 1965, Alexander wrote a much-cited essay, A City Is Not a Tree, one of the earliest and most trenchant critiques of the dendritic, sprawl pattern of city planning and development. Other works include The Timeless Way of Building and A New Theory of Urban Design. Alexander was more than a theorist: In 2006, when he was awarded the Athena, it was reported he had designed and built more than 200 buildings around the world. In 2012, his The Battle for the Life and Beauty of the Earth, tells the story of a school campus in Japan that was designed and built using the principles that he articulated (see photo at top).

An anonymous reader quotes a report from Ars Technica: Cryptographic keys generated with older software now owned by technology company Rambus are weak enough to be broken instantly using commodity hardware, a researcher reported on Monday. This revelation is part of an investigation that also uncovered a handful of weak keys in the wild. The software comes from a basic version of the SafeZone Crypto Libraries, which were developed by a company called Inside Secure and acquired by Rambus as part of its 2019 acquisition of Verimatrix, a Rambus representative said. That version was deprecated prior to the acquisition and is distinct from a FIPS-certified version that the company now sells under the Rambus FIPS Security Toolkit brand.

Researcher Hanno Bock said that the vulnerable SafeZone library doesn't sufficiently randomize the two prime numbers it used to generate RSA keys. (These keys can be used to secure Web traffic, shells, and other online connections.) Instead, after the SafeZone tool selects one prime number, it chooses a prime in close proximity as the second one needed to form the key. "The problem is that both primes are too similar," Bock said in an interview. "So the difference between the two primes is really small." The SafeZone vulnerability is tracked as CVE-2022-26320. Cryptographers have long known that RSA keys that are generated with primes that are too close together can be trivially broken with Fermat's factorization method. French mathematician Pierre de Fermat first described this method in 1643. Fermat's algorithm was based on the fact that any number can be expressed as the difference between two squares. When the factors are near the root of the number, they can be calculated easily and quickly. The method isn't feasible when factors are truly random and hence far apart. The security of RSA keys depends on the difficulty of factoring a key's large composite number (usually denoted as N) to derive its two factors (usually denoted as P and Q). When P and Q are known publicly, the key they make up is broken, meaning anyone can decrypt data protected by the key or use the key to authenticate messages.

So far, Bock has identified only a handful of keys in the wild that are vulnerable to the factorization attack. Some of the keys belong to printers originally branded as Fuji Xerox and now belonging to Canon. Printer users can use the keys to generate a Certificate Signing Request. The creation date for the keys was 2020 or later. The weak Canon keys are tracked as CVE-2022-26351. Bock also found four vulnerable PGP keys, typically used to encrypt email, on SKS PGP key servers. A user ID tied to the keys implied they were created for testing, so he doesn't believe they're in active use. Bock said he believes all the keys he found were generated using software or methods not connected to the SafeZone library. If true, other software that generates keys might be easily broken using the Fermat algorithm. It's plausible also that the keys were generated manually, "possibly by people aware of this attack creating test data." The researcher found the keys by searching through billions of public keys that he either had access to, were shared with him by other researchers, or that were available through certificate transparency programs. UPDATE: The headline incorrectly stated that a "600-Year-Old Algorithm" was used. It's been changed to "379-Year-Old-Algorithm" to reflect the updated headline on Ars.

Pi day is here — 3/14. And to celebrate, NASA released their ninth annual NASA Pi Day Challenge — "some math problems related to current and future NASA missions."

MIT Bloggers released a videogame-themed video to welcome the class of 2026.

If you Google "pi day" (or Pi), you're given an interactive doodle that (when you click the pi symbol in the upper-left) presents a Simon-like game challenging you to type in approximations of pi to an ever-increasingnumber of digits.

Guinness World Records points out that the most accurate value of pi is 62,831,853,071,796 digits, "achieved by University of Applied Sciences (Switzerland) in Chur, Switzerland, on 19 August 2021." (Note: the number of digits looks suspiciously significant....)

And USA Today published an article which shares the history of how Pi Day got started. Former physicist Larry Shaw, who connected March 14 with 3.14, celebrated the first Pi Day at the Exploratorium with fruit pies and tea in 1988. The museum said Shaw led Pi Day parades there every year until his passing in 2017.

In 2009, the U.S. House of Representatives passed a resolution marking March 14 as National Pi Day.

The date is significant in the world of science. Albert Einstein was born on this day in 1879. The Exploratorium said it added a celebration of Einstein's life as part of its Pi Day activities after Shaw's daughter, Sara, realized the coincidence. March 14 also marks the death of renowned theoretical physicist Stephen Hawking, who passed away in 2018.
And "For those who don't enjoy math, you get pie," the article quips, noting that numerous pizza chains and restaurants are offering appropriately-adjusted one-day sale prices on pizza (and fruit) pies.

Instacart has even released a list showing which pie flavors enjoy the highest popularity over the national average in each of America's 50 states. ("New York — Boston Cream Pie. Washington — Marionberry Pie....")

This week Silicon Valley's Computer History Museum posted a PDF transcript (and video excerpts) from an interview with 81-year-old Margaret Hamilton, the programmer/systems designer who in the 1960s became director of the Software Engineering Division at the MIT Instrumentation Laboratory which developed the on-board flight software for NASA's Apollo program. Prior to that Hamilton had worked on software to detect an airplane's radar signature, but thought, "You know, 'I guess I should delay graduate school again because I'd like to work on this program that puts all these men on the Moon....'"

"There was always one thing that stood out in my mind, being in the onboard flight software, was that it was 'man rated,' meaning if it didn't work a person's life was at stake if not over. That was always uppermost in my mind and probably many others as well."

Interestingly, Hamilton had originally received two job offers from the Apollo Space Program, and had told them to flip a coin to settle it. ("The other job had to do with support systems. It was software, but it wasn't the onboard flight software.") But what's fascinating is the interview's glimpses at some of the earliest days of the programming profession: There was all these engineers, okay? Hardware engineers, aeronautical engineers and all this, a lot of them out of MIT... But the whole idea of software and programming...? Dick Battin, Dr. Battin, when they told him that they were going to be responsible for the software...he went home to his wife and said he was going to be in charge of software and he thought it was some soft clothing...
Hamilton also remembers in college taking a summer job as a student actuary at Travelers Insurance in the mid-1950s, and "all of a sudden one day word was going around Travelers that there were these new things out there called computers that were going to take away all of their jobs... Pretty soon they wouldn't have jobs. And so everybody was talking about it. They were scared they wouldn't have a way to make a living.

"But, of course, it ended up being more jobs were created with the computers than there were...."

Hamilton's story about Apollo 8 is amazing...

Friday the Verge reported: The Main Directorate for Combating Organized Crime and Corruption of Belarus (GUBOPiK) has detained prominent Wikipedia editor Mark Bernstein, according to the Belarusian publication Zerkalo.

The arrest comes after Bernstein's personal information was shared on GOBUPiK's public Telegram channel. Bernstein is one of the top 50 editors of Russian Wikipedia. The Verge was able to confirm that Bernstein's information — including his social media, Wikipedia handle, and place of work — had been shared in GUBOPik's channel on the messaging app. A video of Bernstein's arrest was also posted alongside his photo and personal details. In the photo itself, Bernstein is accused of "distributing fake anti-Russian information." The channel has since been made private....

In an activity log of Bernstein's purported Wikimedia username, you can see that he's made over 200,000 edits to Russian Wikipedia articles. Currently, his account is described as "blocked indefinitely."
"Earlier in March, Slate reported on the same Wikipedia editor and his efforts to ensure the correct information hits pages about the invasion," adds The Byte.

On Saturday the human rights site Charter 97 reported that Bernstein was given 15 days of arrest, "according to the Viasna human rights center."

An interesting tidbit from Mike Melanson's column, "This Week in Programming."

"If a proposal unveiled this week gets its way, JavaScript developers will soon have something that many of them have long been asking for: a type system, of some sort at least." A blog post by TypeScript senior program manager Daniel Rosenwasser lays out the background and reasoning for the proposal for type syntax in JavaScript. He writes that "if we pull this all off, we have the chance to make one of the most impactful improvements to the world of JavaScript."

The proposal, which shares authors from Microsoft, Bloomberg, Igalia, and a number of other sources, suggests that JavaScript developers should be able to "add type annotations to their JavaScript code, allowing those annotations to be checked by a type checker that is external to JavaScript" and then be ignored at runtime. "Because this new syntax wouldn't change how surrounding code runs, it would effectively act as comments," writes Rosenwasser in his blog post, later adding that "JavaScript could carve out a set of syntax for types that engines would entirely ignore, but which tools like TypeScript, Flow, and others could use...."

One noteworthy part of the proposal lays out exactly what is not being proposed:

"Our team isn't proposing putting TypeScript's type-checking in every browser and JavaScript runtime — nor are we proposing any new type-checker to be put in the browser. We think doing that would cause problems for JavaScript and TypeScript users alike due to a range of issues, such as runtime performance, compatibility issues with existing TypeScript code, and the risk of halting innovation in the type-checking space." Similarly, several features from TypeScript that generate code, such as enums, namespaces, and parameter properties, are being explicitly excluded "because they have runtime semantics, generating JavaScript code rather than simply being stripped out and ignored...."

As the proposal's authors note, the proposal itself is presented as a "strawperson proposal".... Thus far, it would appear that there is debate aplenty, alongside a rather robust enthusiasm for the advent of type functionality coming to a JavaScript near you.

An anonymous reader quotes a report from Motherboard: A company that plans to drill deeper into Earth than ever before, creating holes that would extend a record-shattering 12 miles under our planet's surface, has raised a total of $63 million since its launch in 2020. Most recently, Quaise Energy, a startup that aims to revolutionize the geothermal energy market, secured $40 million in series A funding in February, reports Axios. The goal of these super-deep holes is to access a limitless amount of renewable energy from the heat deep inside Earth.

"This funding round brings us closer to providing clean, renewable baseload energy," said Carlos Araque, CEO and co-founder of Quaise Energy, according to BusinessWire. "Our technology allows us to access energy anywhere in the world, at a scale far greater than wind and solar, enabling future generations to thrive in a world powered with abundant clean energy." Geothermal energy has a low profile compared to other renewable energy sources such as solar, wind, and hydro, but Quaise believes it is "at the core of an energy-independent world," according to the company's website. This form of energy is among the oldest power sources harnessed by humans, but it only accounts for about 0.4 percent of net energy production in the United States, which is the world's biggest geothermal producer.

Quaise, which is a spinoff from the Massachusetts Institute of Technology (MIT), intends to pioneer this technology using vacuum tubes known as gyrotrons that shoot millimeter-wave light beams, powered by electrons in a strong magnetic field. Using these devices, the company plans to burn almost twice as far into Earth as the deepest holes ever made, such as Russia's Kola Superdeep Borehole or Qatar's Al Shaheen oil well, both of which extend for about 7.5 miles. Gyrotrons are powerful enough to heat plasma in nuclear fusion experiments, making them an ideal tool to probe unprecedented depths of some 12 miles, where subterranean rocks roil at temperatures of about 500C (930F). Water pumped into this searing environment would instantly vaporize as steam that could be efficiently converted to electricity. Araque and his team at Quaise plan to funnel their seed money into prototype technologies within the next few years. By 2028, the company aspires to retrofit coal-fueled power plants into geothermal energy hotspots, reports ScienceAlert. The process of drilling out these super-deep holes would take a few months, but once the setup is complete, they could provide limitless energy to a region for up to a century, according to Araque.

The Wikimedia Foundation has issued a statement supporting Russian Wikipedia volunteers after a censorship demand from internet regulators. From a report: On Tuesday, tech and communications regulator Roskomnadzor threatened to block Wikipedia over the Russian-language page covering Russia's invasion of Ukraine, claiming it contained "false messages" about war casualties and the effects of economic sanctions, among other things. "On March 1st 2022 the Wikimedia Foundation received a Russian government demand to remove content related to the unprovoked invasion of Ukraine posted by volunteer contributors to Russian Wikipedia," reads the statement sent to The Verge via email. "As ever, Wikipedia is an important source of reliable, factual information in this crisis. In recognition of this important role, we will not back down in the face of efforts to censor and intimidate members of our movement. We stand by our mission to deliver free knowledge to the world."

By combining CRISPR technology with a protein designed with artificial intelligence, it is possible to awaken individual dormant genes by disabling the chemical "off switches" that silence them. Researchers from the University of Washington School of Medicine in Seattle describe this finding in the journal Cell Reports. Phys.Org reports: The new technique controls gene activity without altering the DNA sequence of the genome by targeting chemical modifications that help package genes in our chromosomes and regulate their activity. Because these modifications occur not in, but on top of genes, they are called epigenetic, from the Greek epi "over" or "above" the genes. The chemical modifications that regulate gene activity are called epigenetic markers. Scientists are particularly interested in epigenetic modifications because not only do they affect gene activity in normal cell function, epigenetic markers accumulate with time, contribute to aging, and can affect of the health of future generations as we can pass them on to our children.
[...]
In the new paper, [the researchers] show that by using this technique, they were able to block PRC2 and selectively turn on four different genes. They were also able to show they could transdifferentiate induced pluripotent stem cells to placental progenitor cells by simply turning on two genes. Finally, the researchers were able to show how the technique can be used to find the location of specific PRC2-controlled regulatory regions from where individual genes are activated. The location of many of these are unknown. In this case, they identified a promoter region -- called a TATA box -- for a gene called TBX18. Although current thinking is that these promotor regions are close to the gene, within in 30 DNA base pairs, they found for this gene the promoter region was more than 500 base pairs away.

SFGate reports: The largest plane ever built has been destroyed at an airport outside Kyiv, Ukraine Minister of Foreign Affairs Dmytro Kuleba said Sunday....

The Antonov An-225 Mriya was built in Ukraine in 1985 when the nation was still controlled by the Soviet Union. It has six turbofan engines and is the heaviest aircraft ever built. It was created as a strategic airlift cargo craft, carrying Soviet space orbiters, but was later purchased by Antonov Airlines. It's since been used to airlift oversized cargo and large loads of emergency aid during natural disasters....

Although Kuleba's tweet confirmed the plane's demise, Antonov says it is still gathering information on the massive plane's fate.

NATO Secretary-General Jens Stoltenberg said Friday that cyberattacks could trigger Article 5 of the organization's charter, the so-called "commitment clause" that considers an attack on any NATO ally an attack on all. NBC News reports: Stoltenberg's comment comes as national security professionals and cybersecurity industry professionals remain on high alert for any major attacks. While conflict on the ground in Ukraine continues to escalate, little has been seen thus far in terms of major cyberwar activities. Still, some hacker and activist groups have sprung into action. One ransomware group announced Friday that it supported the Russian government and would respond to cyberattacks on Russia by going after "critical infrastructures of an enemy." As for attacks on Ukraine, the country's computer emergency response team said Friday that it had seen a large email phishing campaign from Belarus targeted at military personnel. The statement comes amid a major cyberattack on Nvidia that was initiated at the same time as the Russian cyber warfare division started their offensive against Ukraine. Security researchers are concerned that somebody could put something malicious in one of the software updates that are then sent out to Nvidia's clients.

DidgetMaster writes: Hard drive costs now hover around $20 per terabyte (TB). Drives bigger than 20TB are now available. Fast SSDs are more expensive, but the average user can now afford these in TB capacities as well. Yet, we are still using antiquated file systems that were designed decades ago when the biggest drives were much less than a single gigabyte (GB). Their oversized file records and slow directory traversal search algorithms make finding files on volumes that can hold more than 100 million files a nightmare. Rather than flexible tagging systems that could make searches quick and easy, they have things like "extended attributes" that are painfully slow to search on. Indexing services can be built on top of them, but these are not an integral part of the file system so they can be bypassed and become out of sync with the file system itself.

It is time to replace file systems with something better. A local object store that can effectively manage hundreds of millions of files and find things in seconds based on file type and/or tags attached is possible. File systems are usually free and come with your operating system, so there seems to be little incentive for someone to build a new system from scratch, but just like we needed the internet to come along and change everything we need a better data storage manager.

See Didgets for an example of what is possible. In a Substack article, Didgets developer Andy Lawrence argues his system solves many of the problems associated with the antiquated file systems still in use today. "With Didgets, each record is only 64 bytes which means a table with 200 million records is less than 13GB total, which is much more manageable," writes Lawrence. Didgets also has "a small field in its metadata record that tells whether the file is a photo or a document or a video or some other type," helping to dramatically speed up searches.

Do you think it's time to replace file systems with an alternative system, such as Didgets? Why or why not?

From Mike Melanson's "This Week in Programming" column: The 20th anniversary of .NET is upon us this week and with it, Microsoft is pulling out all the stops in celebration of what it says is "the most loved framework by developers for three years in a row now — 2019, 2020, 2021, according to Stack Overflow's developer survey."

First launched in 2002, .NET is, in some ways, something that Microsoft can roll out as evidence of its changed ways over the years. It went from a company embroiled in a monopoly case just a year before this release, to one that later decided to turn around, mend its former ways, and open source .NET Core. "When Microsoft made another major transformation, this time towards open source, .NET was also at the forefront," Microsoft writes in this week's celebratory blog post. "By 2012, we had fully open-sourced the ASP.NET MVC web framework and were accepting contributions. It was one of Microsoft's first major open-source projects at the time. In 2014, we started to build a cross-platform and open-source .NET on GitHub and were floored at the incredible support and contributions from the open-source community...."

Certainly, in comparison to the Microsoft we once knew, there has been a massive shift in its approach to open source software and openness in general. Indeed, these days, Microsoft is also synonymous with another giant in the world of open source, its now-subsidiary GitHub — as well as the npm Registry and countless other projects. Microsoft has transformed from a company that was once led by a man who said that "Linux is a cancer" to one that has more recently welcomed Linux to the Windows desktop, among numerous other open source endeavors.
The column ends by remembering what it calls "Microsoft 'hot reload' drama" last year — Microsoft's removal of the feature from the .NET SDK repo (and its subsequent return, with an apology). "All that's to say, perhaps all's well that ends well, and we should indeed celebrate 20 years of success with a now open source framework. In the same breath, vigilance may be necessary should we want to celebrate another such anniversary in the future."

He produced the science fiction film THX 1138 — George Lucas's first movie — in 1971. 28 years later he supervised the re-editing of the science fiction film Supernova.

But now 82-year-old Francis Ford Coppola — who has also made a second fortune in the wine business — has an even grander vision. GQ reports: It is a film called Megalopolis, and Coppola has been trying to make it, intermittently, for more than 40 years. If I could summarize the plot for you in a concise way, I would, but I can't, because Coppola can't either. Ask him. "It's very simple," he'll say. "The premise of Megalopolis? Well, it's basically... I would ask you a question, first of all: Do you know much about utopia?"

The best I can do, after literally hours talking about it with him, is this: It's a love story that is also a philosophical investigation of the nature of man; it's set in New York, but a New York steeped in echoes of ancient Rome; its scale and ambition are vast enough that Coppola has estimated that it will cost $120 million to make. What he dreams about, he said, is creating something like It's a Wonderful Life — a movie everyone goes to see, once a year, forever. "On New Year's, instead of talking about the fact that you're going to give up carbohydrates, I'd like this one question to be discussed, which is: Is the society we live in the only one available to us? And discuss it."

Somehow, Megalopolis will provoke exactly this discussion, Coppola hopes. Annually....

[T]his is Coppola's plan. He is going to take $120 million of his own fortune, at 82 years of age, and make the damn movie himself.
The article describes it as the kind of "personal" movie that Coppola had wanted to make back when his studio had insisted he instead direct The Godfather. This, of course, is the paradox of Coppola's career: that for all his success, he has, to some extent, been waiting to make his own films, rather than someone else's, for practically his entire life.... "If you're going to make art, let it be personal. Let it be very personal to you."
Megalopolis "remains in development for now," reports Variety. "Coppola has not yet announced a production start date."

Protocol reports that Google "plans to reduce the equity packages for Durham, North Carolina; Des Moines, Iowa; and Houston, Texas, in January 2022, according to an Alphabet Workers Union petition circulating today that demands a reversion to pay and equity cuts." The Washington Post notes that "For some employees, that means their stock grants could be 25 percent lower than if they worked at other Google offices, like in Atlanta, the workers said in the letter."

With over 800 members the Alphabet Workers Union is part of a larger effort to organize workers at tech companies. Protocol writes: The Research Triangle area, where the Durham, North Carolina, office is located, was also moved from the "National" pay band to a "Discount" pay band in late 2020, according to the Amazon Workers Union petition. The union said it would affect 300 workers there, but that Google plans to expand to 1,000 employees in the coming years....

Many workers relocated there before the changes in pay and equity were made, the union wrote.

Microsoft last month received a US patent covering modifications to a data-encoding technique called rANS, one of several variants in the Asymmetric Numeral System (ANS) family that support data compression schemes used by leading technology companies and open source projects. The Register reports: The creator of ANS, Jaroslaw Duda, assistant professor at Institute of Computer Science at Jagiellonian University in Poland, has been trying for years to keep ANS patent-free and available for public use. Back in 2018, Duda's lobbying helped convince Google to abandon its ANS-related patent claim in the US and Europe. And he raised the alarm last year when he learned Microsoft had applied for an rANS (range asymmetric number system) patent.

Now that Microsoft's patent application has been granted, he fears the utility of ANS will be diminished, as software developers try to steer clear of a potential infringement claim. "I don't know what to do with it -- [Microsoft's patent] looks like just the description of the standard algorithm," he told The Register in an email. The algorithm is used in JPEG XL and CRAM, as well as open source projects run by Facebook (Meta), Nvidia, and others. "This rANS variant is [for example] used in JPEG XL, which is practically finished (frozen bitstream) and [is] gaining support," Duda told The Register last year. "It provides ~3x better compression than JPEG at similar computational cost, compatibility with JPEG, progressive decoding, missing features like HDR, alpha, lossless, animations. "There is a large team, mostly from Google, behind it. After nearly 30 years, it should finally replace the 1992 JPEG for photos and images, starting with Chrome, Android."

DevNull127 writes: More bad news for Spotify from Conde Naste via their music site Pitchfork:

Last month, in the tone of a band reluctantly summoned from some deep seabed, My Bloody Valentine issued a prickly public service announcement: "Just noticed that Spotify has put fake lyrics up for our songs without our knowledge," the Irish shoegazers tweeted. "These lyrics are actually completely incorrect and insulting." Cocteau Twins' Simon Raymonde chimed in to report that they, too, had found gibberish transcriptions of their famously elliptical songs on streaming services.

The lyric snafu was not limited to Spotify. Over the past decade, a data platform called Musixmatch has assumed dominion over the world of lyrics, securing sub-licensing deals with the major publishing companies. The lyrics you see on Spotify, Tidal, and Amazon Music usually come through Musixmatch, via a data pipeline that links the platform's enormous transcriber community with a small core of paid quality-control monitors. (Apple Music has a dedicated lyrics team handling most of its transcriptions.)

The affair illustrates tech capitalism's discombobulation when faced with a key element in art, which is the inexplicable. I think the problem, though, is not Musixmatch and its protocol so much as the service's unilateral rollout, with quasi-official imprimatur, on platforms already under fire for flattening artistic identity and repackaging music as scaleable content. Having sub-licensed the rights, Musixmatch is perfectly entitled to crowd-source transcriptions and sell them on. But artists should know whose words are being put in their mouths—and that, should they wish, they have the right to opt out.

In the early 2000s, the U.S. Army released America's Army, a video game meant as a recruitment tool. "The free-to-play tactical shooter was wildly successful, reaching 20 million players," reports Fast Company. "But come May 5, the servers will be shut down -- and America's Army will surrender to the forces of time." From the report: To date, no industry has embraced games as warmly as the military, though. America's Army, for example, started with an initial budget of $7 million of your tax dollars at play -- and quickly grew from there. Recognizing that players know a quality title when they see one (and ignore and ridicule poor-quality efforts), it assembled a team of proven developers and bought a license for the Unreal Engine, which was (and remains) one of the premier game engines on the market. America's Army was only supposed to be a seven-year project, but its success encouraged the Defense Department to stay with the game, with the Pentagon spending more than $3 million a year to evolve and promote it -- a drop in the bucket compared to the overall $8 billion recruiting budget.

How well did it work? A 2008 study from the Massachusetts Institute of Technology found that "30% of all Americans ages 16 to 24 had a more positive impression of the Army because of the game and, even more amazingly, the game had more impact on recruits than all other forms of Army advertising combined." The end of America's Army is hardly the end of the military's use of games as recruiting tools. The Army has its own Twitch channel (with more than 23,000 followers) and has an e-sports team that competes at tournaments -- with recruiters in tow.

An anonymous reader quotes a report from Ars Technica: The Falcon 9 reached a notable US milestone in January, equaling and then exceeding the tally of space shuttle launches. During its more than three decades in service, NASA's space shuttle launched 135 times, with 133 successes. To put the Falcon 9's flight rate into perspective, it surpassed the larger shuttle in flights in about one-third of the time. There is no way to know how many missions the Falcon 9 will ultimately fly. At its current rate, the rocket could reach 500 flights before the end of this decade. However, SpaceX is also actively working to put its own booster out of business. The success of the company's Starship project will probably ultimately determine how long the Falcon 9 will remain a workhorse. Nevertheless, it seems likely the Falcon 9 will fly for a long time yet. That is because it now provides the only means for US astronauts to get into space. And while NASA's deep-space Orion vehicle and Boeing's Starliner spacecraft should come online within the next couple of years, the Falcon 9 rocket and Crew Dragon spacecraft will very likely remain the lowest risk, and lowest cost, means of putting humans into orbit for at least the next decade.

Speaking of safety, this is where the Falcon 9 rocket has really shone of late. Since the Amos-6 failure during its static fire test, SpaceX has completed a record-setting run of 111 successful Falcon 9 missions in a row. It probably will be 112 after Thursday. There are only two other rockets with a string of successful flights comparable to the Falcon 9. One is the Soyuz-U variant of the Russian rocket, which launched 786 times from 1973 to 2017. The other is the American Delta II rocket, which recently retired. (Eventually, the Atlas V rocket could also exceed 100 consecutive successes before its retirement later this decade.) According to Wikipedia, amid its long run, the Soyuz-U rocket had a streak of 112 consecutive successful launches between July 1990 and May 1996. However this period includes the Cosmos 2243 launch in April 1993. This mission should more properly be classified as a failure. According to noted space scientist Jonathan McDowell, the control system of the rocket failed during the final phase of the Blok-I burn, and the payload was auto-destructed.

Taking this failure into account, the Soyuz-U had a run of 100 successful launches from 1983 to 1986. This happens to be the exact same number of consecutive successes by the Delta II rocket, originally designed and built by McDonnell Douglas and later flown by Boeing and United Launch Alliance. Overall the Delta II rocket launched 155 times, with two failures. Its final flight, in 2018, was the rocket's 100th consecutive successful mission. So the Falcon 9 has now exceeded both the Soyuz-U and Delta II rockets for consecutive mission successes, and apparently its low flight insurance costs reflect this. What seems remarkable about all of this is that the Falcon 9 amassed this safety record at the very same time SpaceX was experimenting with and demonstrating reuse. At the time of the Amos-6 failure in 2016, the company had yet to re-fly a single Falcon 9 first stage. Now it has pushed some of its boosters to fly 11 flights, and SpaceX has never lost a mission on a reused first stage, even though founder Elon Musk and other officials have explicitly said they are pushing the technology to find its limits.