With the 2022 Flash Memory Summit taking place this week, not only is there a slew of solid-state storage announcements in the pipe over the coming days, but the show is also increasingly a popular venue for discussing I/O and interconnect developments as well. Kicking things off on that front, on Monday the OpenCAPI and CXL consortiums issued a joint announcement that the two groups will be joining forces, with the OpenCAPI standard and the consortium's assets being transferred to the CXL consortium. From a report: With this integration, CXL is set to become the dominant CPU-to-device interconnect standard, as virtually all major manufacturers are now backing the standard, and competing standards have bowed out of the race and been absorbed by CXL. Pre-dating CXL by a few years, OpenCAPI was one of the earlier standards for a cache-coherent CPU interconnect. The standard, backed by AMD, Xilinx, and IBM, among others, was an extension of IBM's existing Coherent Accelerator Processor Interface (CAPI) technology, opening it up to the rest of the industry and placing its control under an industry consortium. In the last six years, OpenCAPI has seen a modest amount of use, most notably being implemented in IBM's POWER9 processor family. Like similar CPU-to-device interconnect standards, OpenCAPI was essentially an application extension on top of existing high speed I/O standards, adding things like cache-coherency and faster (lower latency) access modes so that CPUs and accelerators could work together more closely despite their physical disaggregation.

The average cost of a data breach rose to an all-time high of $4.4 million this year, according to the IBM Security report released Wednesday. That marked a 2.6% increase from a year ago and a 13% jump since 2020. CNET reports: More than half of the organizations surveyed acknowledged they had passed on those costs to their customers in the form of higher prices for their products and services, IBM said. The annual report is based on an analysis of data breaches experienced by 550 organizations around the world between March 2021 and March 2022. The research, which was sponsored and analyzed by IBM, was conducted by the Ponemon Institute.

The cost estimates are based on both immediate and longer-term expenses. While some costs like the payment of ransoms and those related to investigating and containing the breach tend to be accounted for right away, others such as regulatory fines and lost sales can show up years later. On average, those polled said they accrued just under half of the costs related to a given breach more than a year after it occurred.

Microsoft is rallying other big-name cloud-computing providers such as Alphabet's Google and Oracle to press the U.S. government into spreading its spending on such services more widely, taking aim at Amazon's dominance in such contracts. From a report: The software giant has issued talking points to other cloud companies aimed at jointly lobbying Washington to require major government projects to use more than one cloud service, according to people familiar with the effort and a document viewed by The Wall Street Journal. Microsoft also approached VMware, Dell, IBM and HP said the people familiar with the effort. It hasn't yet asked Amazon to join the loose alliance, the people said.

Amazon dominates the cloud-infrastructure industry with a 39% share of the 2021 global market ahead of Microsoft at No. 2 with a 21% share, according to research firm Gartner Inc. Amazon looms even larger in the business of selling cloud services to governments. Amazon's cloud had a 47% share of the 2021 U.S. and Canada public-sector market orders, ahead of 28% for Microsoft, according to Gartner. The National Security Agency last year picked Amazon as the sole vendor for a cloud contract that could be worth potentially as much as $10 billion over the next decade, renewing an existing business relationship.

Michael Alan Stollery, the CEO of blockchain company Titanium Blockchain Infrastructure Services (TBIS), has pleaded guilty to securities fraud over a $21 million cryptocurrency scam. From a report:The California man admitted to falsifying details around the BAR coin, a crowdfunding token that should have -- but wasn't -- registered with the US Securities and Exchange Commission.

The TBIS scam was one of many dodgy initial coin offerings, or ICOs, in the late '10s. According to the complaint, between 2017 and 2018, Stollery introduced TBIS as a new company and hyped its coin with a string of elaborate false claims. TBIS touted nonexistent links with companies like Apple, Boeing, and IBM. Some of the "partners" complained, to which Stollery apparently replied, "I did not know that a procedure would need to have been followed, etc." The company also offered a variety of supposedly trademarked services for which it had not registered trademarks. (Perhaps more importantly, the services appear to have not existed, and the business affiliated with TBIS was apparently an IT contractor and equipment reseller.)

"In what's being hailed as an important first for chemistry, an international team of scientists has developed a new technology that can selectively rearrange atomic bonds within a single molecule," reports New Atlas. "The breakthrough allows for an unprecedented level of control over chemical bonds within these structures, and could open up some exciting possibilities in what's known as molecular machinery."

"Selective chemistry — the ability to steer reactions at will and to form exactly the chemical bonds you want and no others — is a long-standing quest in chemistry," adds the announcement from IBM Research. "Our team has been able to achieve this level of selectivity in tip-induced redox reactions using scanning probe microscopy." Our technique consisted in using the tip of a scanning probe microscope to apply voltage pulses to single molecules. We were able to target specific chemical bonds in those molecules, breaking those bonds and forging new, different ones to switch back and forth at will among three different molecular structures.

The molecules in our experiment all consisted of the same atoms, but differed in the way those atoms were bonded together and arranged in space... Our findings were published today and featured on the cover of Science.

Our demonstration of selective and reversible formation of intramolecular covalent bonds is unprecedented. It advances our understanding of chemical reactions and opens a route towards advanced artificial molecular machines.... Imagine one could rearrange bonds inside a molecule at will, transforming one structural isomer into various other ones in a controlled manner. In this paper, we describe a system and a method to make exactly that possible — including the control of the direction of the atomic rearrangements by means of an external driving voltage, and without the use of reagents.
Thanks to Slashdot reader Grokew for sharing the story!

IBM saw its hybrid-cloud revenue jump 18% to $5.9 billion in the last three months, reports ZDNet — while also experiencing "its highest sales growth in a decade.

"Much of that is due to its stand-alone Red Hat division." True, Red Hat sales increased by "only" 12%, which is low by Red Hat standards but darn good by any other standard. So what will Red Hat do now that it has a new CEO, Matt Hicks, and chairman, Paul Cormier?

The answer: Stay the course.

In an interview, Hicks, who's been with Red Hat since 2006, said, "[We'll keep using] the same core fundamentals that we built 20-plus years ago." Why? Because the combination of Linux, open-source software, and top support, "continues to play in new markets, whether that's the shift to cloud and cloud services or to edge computing. In the next couple of quarters. we'll just focus on executing. There's great momentum right now around the open hybrid cloud."

It's not just the cloud, though. Hicks continued, "We have a lot of opportunities. We're also working with General Motors on Ultifi, GM's end-to-end software platform, and two days ago, we announced a partnership with ABB, one of the world's leading manufacturing automation companies. It's pretty cool to see Linux and open source technologies being pulled into these totally new markets in the industry. So my job is not to change anything but keep us executing and capturing the opportunities ahead...."

Moving to the technical side, I asked about Red Hat and CentOS. Hicks replied, "I think it was a necessary shift and change. I'm a big believer in what makes open source work is the contribution cycle, and that wasn't happening with CentOS."
Cormier adds that going forward Linux's biggest contribution to the world may be innovation (and not accessbility), "and that needs contributions. Without it driving open source and Linux, the cloud wouldn't be here."

"A growing number of cities and towns all over the U.S. are handing out cash grants and other perks aimed at drawing skilled employees of faraway companies to live there and work remotely," reports the Wall Street Journal: A handful of such programs have existed for years, but they have started gaining traction during the pandemic — and have really taken off in just the past year or so. Back in October there were at least 24 such programs in the U.S. Today there are 71, according to the Indianapolis-based company MakeMyMove, which is contracted by cities and towns to set up such programs.

Because these programs specifically target remote workers who have high wages, a disproportionate share of those who are taking advantage of them work in tech — and especially for big tech companies. Companies whose employees have participated in one remote worker incentive program in Tulsa, Oklahoma, include Adobe, Airbnb, Amazon, Apple, Dell, Facebook parent Meta Platforms, Google, IBM, Microsoft, Lyft, Netflix, Oracle and Siemens, according to a spokeswoman for the organization.

Local governments are offering people willing to move up to $12,000 in cash, along with subsidized gym memberships, free babysitting and office space....

A skeptic might ask why local economic development programs are spending funds to subsidize the lives of people who work for some of the most valuable companies in the world. On the other hand, because these remote workers aren't coming to town seeking local jobs, an argument can be made that they constitute a novel kind of stimulus program for parts of the country that have been left out of the tech boom — courtesy of big tech companies... Every remote worker these places successfully attract and retain is like gaining a fraction of a new factory or corporate office, with much less expenditure and risk, argues Mark Muro, who studies cities and labor at the Brookings Institution.
The reporter interviewed an Amazon engineer who moved to Greensburg, Indiana (population: 12,193), and Meta worker David Gora, who moved to Tulsa, Oklahoma and praises its relocation program's sense of mission, possibility, and community. "Even with the pay cuts that Meta has imposed on workers who relocate to areas with a lower cost of living, Mr. Gora is saving a lot more money and has a much higher quality of life than before, he adds."

Tulsa's program is unique in that it's funded by a philanthropic organization rather than a local economic-development budget, the article points out. But it adds that "a study conducted by the Economic Innovation Group and commissioned by Tulsa Remote concluded that for every two people the program brings to the city, one new job is created." By contrast, when an office moves to a town, every new high-wage tech job creates an estimated five more jobs in sectors including healthcare, education and service, according to research by economist Enrico Moretti. That's because those deals involve not only people but the money that goes into building and maintaining facilities, paying commercial property taxes and more.

Still, for towns that don't have the budget to attract a whole office or factory, the modest impact of bringing in a handful of remote tech workers can be balanced by the much smaller investment required to attract them.

A senior systems administrator at the Free Software Foundation points out that they're running free software in two data centers and over a hundred virtual machine — each and every one with "a freedom-respecting BIOS."

But the "how" is surprisingly intricate: [E]arlier this week, we replaced "Columbia", the last of any FSF-run machines running a nonfree BIOS....

At FSF, our current standard is ASUS KGPE-D16 motherboards with AMD CPUs 6200 series CPUs released in 2012. For the BIOS, we install Libreboot, the easy-to-install, 100% free software replacement for proprietary BIOS/boot programs, or a version of Coreboot that is carefully built to avoid including any nonfree blobs. They are fast enough for our needs, and we expect this to be the case for many more years to come. They are also very affordable systems. We are also working toward supporting Raptor Computer Systems' newer and more powerful Talos II, as well as Blackbird motherboards that use IBM POWER9 CPUs. The POWER9 CPU architecture is called "PowerPC 64-bit little endian," abbreviated "ppc64el...." The Raptor motherboards come with entirely free firmware — and even have free hardware designs!

However, this type of migration has its challenges. For example, the first thing we needed to address before using these motherboards is that the main operating system we use, Trisquel GNU/Linux, didn't previously run on pp64el. So, earlier this year, we set up a Raptor POWER9 computer running Debian (without using any nonfree parts of Debian repositories) and loaned it to the maintainers of Trisquel for as long as needed. And now, we are proud to say that the upcoming Trisquel 11 release will support POWER9...!

Before I decommissioned Columbia, I ran a dmidecode, which told me that the BIOS program fit within a single megabyte of space. Often, very simplistic firmware becomes more complicated in later models, and that also usually means it has a growing significance for a user's software freedom. Some newer nonfree BIOSes have grown into operating systems in their own right, sometimes with large programs such as a full Web browser.

There is no fully-free BIOS available for x86 Intel and AMD CPUs released after about 2013. The key blocking factor is that those CPUs require certain firmware in the BIOS, like Intel Management Engine. Those CPUs will also refuse to run firmware that hasn't been cryptographically signed by private keys controlled by AMD and Intel, and AMD and Intel will only sign their own nonfree firmware. At the FSF, we refuse to run that nonfree firmware, and we applaud the many people who also avoid it. For those people who do run those Intel or AMD systems, running Coreboot or Osboot is still a step up the Freedom Ladder for the software freedom of your BIOS.

The road to freedom is a long road. We hope our dedication to achieve milestones like these can inspire the free software movement.

Red Hat announced that Paul Cormier, the company's CEO and president since 2020, is stepping over to become chairman of the board. Matt Hicks, a Red Hat veteran and the company's head of products and technologies, will replace Cormier as president and CEO. ZDNet reports: It had been rumored at May 2022's Red Hat Summit that Cormier, who had been with Red Hat for over 14 years, might retire soon. That rumor wasn't true, but he is moving to a "somewhat" less demanding position. That said, as Stephanie Wonderlick, Red Hat's VP of Brand Experience + Communication, said, "I don't think Red Hat would have become Red Hat without Paul Cormier." [...]

As for Hicks, he's a popular figure in the company. He's known as a hands-on leader. Hicks joined Red Hat in 2006 as a developer working on porting Perl applications to Java. That is not the start one thinks of for a future CEO! Hicks knows it. He said in a note to Red Hat employees that he'd "never imagined that my career would lead me to this moment. If I had followed my initial path, not raised my hand for certain projects, or shied away from contributing ideas and asking questions, I might not be here. That is what I love about Red Hat, and it's something that differentiates us from other companies: nothing is predetermined; we're only limited by our passion and drive to contribute and make an impact." So it was that he quickly rose to leadership positions. In particular, thanks to his work with Red Hat OpenShift, he saw Red Hat move from being primarily a Linux powerhouse to a hybrid cloud technology leader as well.

Hicks, now in charge, said in a statement, "When I first joined Red Hat, I was passionate about open source and our mission, and I wanted to be a part of that. I am humbled and energized to be stepping into this role at this moment. There has never been a more exciting time to be in our industry, and the opportunity in front of Red Hat is vast. I'm ready to roll up my sleeves and prove that open-source technology truly can unlock the world's potential." He also said, Together, [IBM and Red Hat] can really lead a new era of hybrid computing. Red Hat has the technology expertise and open-source model -- IBM has the reach."

Cormier's new role will focus on "moving forward to help customers drive innovation forward with a hybrid cloud platform built on open-source technology. Open-source technology has won the innovation debates, and whatever the future looks like, it's going to be built on open-source technology, and Red Hat will be there. Moving ahead, Cormier will continue to work alongside IBM chairman and CEO, Arvind Krishna. Both Cormier and Hicks will report to Krishna. As for day-to-day work, Hicks said, "I'm here to do the work with you. Let's roll up our sleeves together, embrace these values and earn the opportunity ahead of us."

Less than a week after IBM was ordered in an age discrimination lawsuit to produce internal emails in which its former CEO and former SVP of human resources discuss reducing the number of older workers, the IT giant chose to settle the case for an undisclosed sum rather than proceed to trial next month. The Register reports: The order, issued on June 9, in Schenfeld v. IBM, describes Exhibit 10, which "contains emails that discuss the effort taken by IBM to increase the number of 'millennial' employees." Plaintiff Eugene Schenfeld, who worked as an IBM research scientist when current CEO Arvind Krishna ran IBM's research group, sued IBM for age discrimination in November, 2018. His claim is one of many that followed a March 2018 report by ProPublica and Mother Jones about a concerted effort to de-age IBM and a 2020 finding by the US Equal Employment Opportunity Commission (EEOC) that IBM executives had directed managers to get rid of older workers to make room for younger ones.

"The emails contained within Exhibit 10 evidence an interest at the then CEO-level to change the profile of IBM employees so that it reflected a younger workforce," said New Jersey Superior Court Judge Alberto Rivas in his order. On June 14 the judge dismissed the case because IBM agreed to settle. That will prevent the messages in which former CEO Ginny Rometty and former HR SVP Diane Gherson are said to discuss what the judge described as "the push to increase the number of millennial employees and decrease the number of older employees" from being made public. "The facts of the matter have not changed: there was and is no systemic age discrimination at IBM and the data back that up," IBM's spokesperson said. "Further, with regards to the Schenfeld case, age played no role whatsoever in this individual's departure."

At Silicon Valley's Computer History Museum, the senior curator just announced the results of a multi-year recovery and restoration process: making available 21 never-before-seen video recordings of a legendary 1976 conference: For five summer days in 1976, the first generation of computer rock stars had its own Woodstock. Coming from around the world, dozens of computing's top engineers, scientists, and software pioneers got together to reflect upon the first 25 years of their discipline in the warm, sunny (and perhaps a bit unsettling) climes of the Los Alamos National Laboratories, birthplace of the atomic bomb.
Among the speakers:

- A young Donald Knuth on the early history of programming languages

- FORTRAN designer John Backus on programming in America in the 1950s — some personal perspectives

- Harvard's Richard Milton Bloch (who worked with Grace Hopper in 1944)

- Mathematician/nuclear physicist Stanislaw M. Ulam on the interaction of mathematics and computing

- Edsger W. Dijkstra on "a programmer's early memories."


The Computer History Museum teases some highlights: Typical of computers of this generation, the 1946 ENIAC, the earliest American large-scale electronic computer, had to be left powered up 24 hours a day to keep its 18,000 vacuum tubes healthy. Turning them on and off, like a light bulb, shortened their life dramatically. ENIAC co-inventor John Mauchly discusses this serious issue....

The Los Alamos peak moment was the brilliant lecture on the British WW II Colossus computing engines by computer scientist and historian of computing Brian Randell. Colossus machines were special-purpose computers used to decipher messages of the German High Command in WW II. Based in southern England at Bletchley Park, these giant codebreaking machines regularly provided life-saving intelligence to the allies. Their existence was a closely-held secret during the war and for decades after. Randell's lecture was — excuse me — a bombshell, one which prompted an immediate re-assessment of the entire history of computing. Observes conference attendee (and inventor of ASCII) IBM's Bob Bemer, "On stage came Prof. Brian Randell, asking if anyone had ever wondered what Alan Turing had done during World War II? From there he went on to tell the story of Colossus — that day at Los Alamos was close to the first time the British Official Secrets Act had permitted any disclosures. I have heard the expression many times about jaws dropping, but I had really never seen it happen before."

Publishing these original primary sources for the first time is part of CHM's mission to not only preserve computing history but to make it come alive. We hope you will enjoy seeing and hearing from these early pioneers of computing.

The Associated Press reports on "a crewless robotic boat that had tried to retrace the 1620 sea voyage of the Mayflower" from the U.K. to Massachusetts' Plymouth Rock. And after five weeks it finally did reach North America.

Halifax, Canada.

"The technology that makes up the autonomous system worked perfectly, flawlessly," an IBM computing executive involved in the project told the Associated Press. But "Mechanically, we did run into problems."

It's especially disappointing because they'd tried the same voyage last year. (Slashdot had noted that "Unlike the real Mayflower, this robotic 21st-century doppelganger 'had to turn back Friday to fix a mechanical problem,' reports the Associated Press...")

So what happened this year? A new article from the Associated Press reports: It set off again from England nearly a year later on April 27, bound for Virginia — but a generator problem diverted it to Portugal's Azores islands, where a team member flew in to perform emergency repairs. More troubles on the open sea came in late May when the U.S.-bound boat developed a problem with the charging circuit for the generator's starter batteries.

AI software is getting better at helping self-driving machines understand their surroundings and pilot themselves, but most robots can't heal themselves when the hardware goes awry.

Nonprofit marine research organization ProMare, which worked with IBM to build the ship, switched to a back-up navigation computer on May 30 and charted a course to Halifax — which was closer than any U.S. destination.
And unlike the real Mayflower, "the boat's webcam on Sunday morning showed it being towed by a larger boat as the Halifax skyline neared — a safety requirement under international maritime rules, IBM said."

IBM must pay $1.6 billion to BMC Software for swapping in its own software while servicing their mutual client, a Houston federal judge ruled. From a report: US District Judge Gray Miller, after a seven-day non-jury trial, rejected IBM's claim that their mutual client AT&T opted to switch software products on its own and ruled that IBM's role in the decision to dump BMC "smacked of intentional wrongdoing." For more than a decade, IBM serviced AT&T's mainframe computers, which ran on rival BMC's software products. IBM and BMC have long operated under a carefully negotiated agreement that forbids IBM from encouraging mutual clients, like AT&T, to switch to IBM's competing software product line. BMC sued IBM in 2017 claiming its rival intended to breach their agreement and poach AT&T's software business when the two companies renewed their power-sharing deal in 2015. IBM countered that AT&T dumped BMC's products and jumped to IBM for its own reasons, which IBM claims is fair game under its BMC agreement.

Lotus-1-2-3, an ancient spreadsheet program from Lotus Software (and later IBM), has been ported to a new operating system. drewsup writes: As reported by The Register, a Lotus 1-2-3 enthusiast called Tavis Ormandy (who is also a bug-hunter for Google Project Zero), managed to successfully port the program onto Linux, which seems to be quite the feat of reverse engineering. It's important to stress that this isn't an emulated program, but rather the original 1990 Lotus 1-2 -- for x86 Unix running natively on modern x86 Linux.

An anonymous reader shares a report: Forty years after it first began to dabble in quantum computing, IBM is ready to expand the technology out of the lab and into more practical applications -- like supercomputing! The company has already hit a number of development milestones since it released its previous quantum roadmap in 2020, including the 127-qubit Eagle processor that uses quantum circuits and the Qiskit Runtime API. IBM announced on Wednesday that it plans to further scale its quantum ambitions and has revised the 2020 roadmap with an even loftier goal of operating a 4,000-qubit system by 2025.

Before it sets about building the biggest quantum computer to date, IBM plans release its 433-qubit Osprey chip later this year and migrate the Qiskit Runtime to the cloud in 2023, "bringing a serverless approach into the core quantum software stack," per Wednesday's release. Those products will be followed later that year by Condor, a quantum chip IBM is billing as "the world's first universal quantum processor with over 1,000 qubits." This rapid four-fold jump in quantum volume (the number of qubits packed into a processor) will enable users to run increasingly longer quantum circuits, while increasing the processing speed -- measured in CLOPS (circuit layer operations per second) -- from a maximum of 2,900 OPS to over 10,000. Then it's just a simple matter of quadrupaling that capacity in the span of less than 24 months.

Long-time Slashdot reader slack_justyb writes: IBM announces IBM i (some you of you may know it under the old name of AS/400) 7.5 the first new release in three years since the 7.4 release. One of the big headlines with the IBM i 7.5 announcement is Merlin which stands for the Modernization Engine for Lifecycle Integration....

With the Db2 product, IBM i is now receiving Boolean data types with support for this new type in RPG and JSON environments. Larger Indexes, the previous limit was 1.6TB indexes, that has now been increased to 16TB. And Db2 is now fully compliant with SQL:2016 the most recent publication of the SQL standard, beating Oracle to the punch on full support of the standard. And finally, QSYS2-based functions for using HTTP requests to publish or consume Web services, including the use of embedded SQL in REST services. These are enhanced versions of the functions that were seen in 7.3/7.4 where IBM removed the requirement for a JVM to use SQL to consume web services.
IT Jungle has many more details. Some of the highlights: Merlin provides a lightweight, browser-based development environment for creating new applications or modernizing existing RPG-based application. It's an alternative to Rational Developer for i (RDi) based on Eclipse, which many developers seem to hate. Developed in partnership with ARCAD Software, Merlin comes pre-loaded with tools like Git and Jenkins for DevOps-style code management, as well as an RPG code-converter. It runs in a Linux-based Red Hat OpenShift container running on the Power platform. While it's not technically tied to IBM i version 7.5 or 7.4 TR6, Merlin represents an important change in how IBM is packaging and delivering capabilities for IBM i shops, as well as a recognition that IBM should take a more active role in helping users modernize their codebases....

IBM is now enabling customers to buy subscriptions to IBM i for periods of one to five years. Allowing customers to use operating expenditure (Opex) budget lines instead of the dreaded capital expenditure (CapEx) accounting code for subscriptions. IBM is focusing on lower-end IBM i environments at the moment, so the subscription is limited to four-core P05 machines at this time. As part of this shift to software subscriptions, IBM is rethinking how it bundles ancillary products that are often used with IBM i. 11 packages are being moved into the core OS entitlement.

"Everyone's favorite security focused operating system, OpenBSD 7.1 has been released for a number of architectures," writes long-time Slashdot reader ArchieBunker, "including Apple M1 chips."

Phoronix calls it "the newest version of this popular, security-minded BSD operating system." With OpenBSD 7.1, the Apple Silicon support is now considered "ready for general use" with keypad/touchpad support for M1 laptops, a power management controller driver added, I2C and SPI controller drivers, and a variety of other driver additions for supporting the Apple Silicon hardware.

OpenBSD 7.1 also has a number of other improvements benefiting the 64-bit ARM (ARM64) and RISC-V architectures. OpenBSD 7.1 also brings SMP kernel improvements, support for futexes with shared anonymous memory, and more. On the graphics front there is updating the Linux DRM code against the state found in Linux 5.15.26 as well as now enabling Intel Elkhart Lake / Jasper Lake / Rocket Lake support.
The Register notes OpenBSD now "supports a surprisingly wide range of hardware: x86-32, x86-64, ARM7, Arm64, DEC Alpha, HP PA-RISC, Hitachi SH4, Motorola 88000, MIPS64, SPARC64, RISC-V 64, and both Apple PowerPC and IBM POWER." The Register's FOSS desk ran up a copy in VirtualBox, and we were honestly surprised how quick and easy it was. By saying "yes" to everything, it automatically partitioned the VM's disk into a rather complex array of nine slices, installed the OS, a boot loader, an X server and display manager, plus the FVWM window manager. After a reboot, we got a graphical login screen and then a rather late-1980s Motif-style desktop with an xterm.

It was easy to install XFCE, which let us set the screen resolution and other modern niceties, and there are also KDE, GNOME, and other pretty front-ends, plus plenty of familiar tools such as Mozilla apps, LibreOffice and so on....

We were expecting to have to do a lot more work. Yes, OpenBSD is a niche OS, but the project gave the world OpenSSH, LibreSSL, the PF firewall as used in macOS, much of Android's Bionic C library, and more besides.... In a world of multi-gigabyte OSes, it's quite refreshing. It felt like stepping back into the early 1990s, the era of Real Unix, when you had to put in some real effort and learn stuff in order to bend the OS to your will — but in return, you got something relatively bulletproof.

An anonymous reader quotes a report from ZDNet, written by Steven Vaughan-Nichols: Mainframes and AI? Isn't that something like a Model-T Ford with a Tesla motor? Actually, no. Mainframes are as relevant in 2022 as they were in the 1960s. IBM's new IBM z16, with its integrated on-chip Telum AI accelerator, is ready to analyze real-time transactions, at scale. This makes it perfect for mainframe mission-critical workloads such as healthcare and financial transactions. This 21st century Big Iron AI accelerator is built onto its core Telum processor. With this new dual-processor 5.2 GHz chip and its 16 cores, it can perform 300 billion deep-learning inferences per day with one-millisecond latency. Can you say fast? IBM can.

Anthony Saporito, a senior technical staff member for IBM Z hardware development, said "One of the Telum design's key innovations is we built an AI accelerator right onto the silicon of the chip and we directly connected all of the cores and built an ecosystem up the stack. Through the hardware design, firmware, the operating systems, and the software, deep learning is built into all of the transactions." According to Patrick Moorhead, Moor Insights & Strategy's chief analyst, "The AI accelerator is a game-changer. The z16 with z/OS has a 20x response time with 19x higher throughput when inferencing compared to a comparable x86 cloud server with 60ms average network latency."

The new model z16 also includes a so-called quantum-safe system to protect organizations from near-future threats that might crack today's encrypted files. This is done with the z16's support of the Crypto Express8S adapter. Built around a CCA cryptographic coprocessor and a PKCS #11 cryptographic coprocessor, it enables users to develop quantum-safe cryptography. It also works with classical cryptography. If you want your data and transactions to be safe both today and tomorrow, this deserves your attention.

Today IBM unveiled the latest mainframe in its storied history, the z16. It runs on the IBM Telum processor, which the company released last summer. The chip has been optimized to run massive workloads, processing 300 billion high-value financial transactions per day with just one millisecond of latency, according to the company. From a report: That's for customers who have a serious need for speed with heavy volume. The primary use case the company is selling for this monster machine is real-time fraud prevention. Financial institutions in particular are the target customers, but Ric Lewis, SVP for IBM systems, says it's for just about any company processing a lot of business-critical transactions. "It's still banking, insurance, public sector, government, healthcare, retail -- anywhere where you really have high transaction throughput, where you need security, reliability and the world's best transaction processing," Lewis said. That comes down to the largest companies in the world, including two-thirds of the Fortune 100, 45 of the world's top 50 banks, eight of the top 10 insurers, seven of the top 10 global retailers and eight out of the top 10 telcos, which are using mainframes, according to data provided by IBM. Most of those machines come from IBM.

Back in 1987 Alexander Trevor worked with the GIF format's creator, Steve Wilhite, at CompuServe. 35 years later Fast Company tech editor Harry McCracken (also Slashdot reader harrymcc) located Trevor for the inside story: Wilhite did not come up with the GIF format in order to launch a billion memes. It was 1987, and he was a software engineer at CompuServe, the most important online service until an upstart called America Online took off in the 1990s. And he developed the format in response to a request from CompuServe executive Alexander "Sandy" Trevor. (Trevor's most legendary contribution to CompuServe was not instigating GIF: He also invented the service's CB Simulator — the first consumer chat rooms and one of the earliest manifestation of social networking, period. That one he coded himself as a weekend project in 1980.)

GIF came to be because online services such as CompuServe were getting more graphical, but the computer makers of the time — such as Apple, Commodore, and IBM — all had their own proprietary image types. "We didn't want to have to put up images in 79 different formats," explains Trevor. CompuServe needed one universal graphics format.

Even though the World Wide Web and digital cameras were still in the future, work was already underway on the image format that came to be known as JPEG. But it wasn't optimized for CompuServe's needs: For example, stock charts and weather graphics didn't render crisply. So Trevor asked Wilhite to create an image file type that looked good and downloaded quickly at a time when a 2,400 bits-per-second dial-up modem was considered torrid. Reading a technical journal, Wilhite came across a discussion of an efficient compression technique known as LZW for its creators — Abraham Limpel, Jacob Ziv, and Terry Welch. It turned out to be an ideal foundation for what CompuServe was trying to build, and allowed GIF to pack a lot of image information into as few bytes as possible. (Much later, computing giant Unisys, which gained a patent for LZW, threatened companies that used it with lawsuits, leading to a licensing agreement with CompuServe and the creation of the patent-free PNG image format.)

GIF officially debuted on June 15, 1987. "It met my requirements, and it was extremely useful for CompuServe," says Trevor....

GIF was also versatile, offering the ability to store the multiple pictures that made it handy for creating mini-movies as well as static images. And it spread beyond CompuServe, showing up in Mosaic, the first graphical web browser, and then in Netscape Navigator. The latter browser gave GIFs the ability to run in an infinite loop, a crucial feature that only added to their hypnotic quality. Seeing cartoon hamsters dance for a split second is no big whoop, but watching them shake their booties endlessly was just one of many cultural moments that GIFs have given us.