Mazda is redesigning the steering wheel controls in its new CX-5 to address potential safety concerns from its shift to touchscreen-based infotainment systems. The Japanese automaker developed what it calls "an all new steering wheel layout with physical buttons" that allow drivers to control critical vehicle functions without taking their hands off the wheel. Stefan Meisterfeld, Mazda's U.S. VP of operations, said the new steering wheel design goes beyond simple redundant shortcuts.

The company is pairing the enhanced steering wheel controls with Google Assistant voice commands and a 15.6-inch central touchscreen that now houses audio and climate controls previously operated by physical dashboard buttons. Mazda had been the sole mainstream holdout against touchscreen infotainment systems, relying instead on a console-mounted dial. The steering wheel redesign represents the company's attempt to maintain its "hands on the wheel, eyes on the road" safety philosophy while adopting touchscreen technology that customer research indicated buyers wanted.

At Galaxy Unpacked today in San Jose, California, Samsung unveiled the new Galaxy S25 series of flagship smartphones loaded with AI capabilities and LLMs. "Currently, the Galaxy S25 range is comprised of the Galaxy S25 ($800), Galaxy S25+ ($1,000), and Galaxy S25 Ultra ($1,300)," reports Wired. "The phones are available for preorder today and will officially go on sale February 7." Since the hardware is relatively unchanged from last year's Galaxy S24 series, here's what Wired has to say about the new AI smarts: The Galaxy S25 is a tale of two AIs: Gemini and Bixby. Yes, while Google's Gemini AI assistant sits at the forefront -- it can finally be triggered through a long press of the power button-- Samsung is bringing its original Bixby voice assistant out from the shadows. Bixby has been enhanced with large language models but is still designed to handle phone functions, like changing device settings. Gemini is meant to be used for general web queries and more complex actions. You can even have two hot words, one for each assistant. I foresee all of this being confusing [...].

The highlight AI feature debuting on the Galaxy S25 series is "cross-app experiences." These are tasks you can ask Gemini to perform, even if the task requires multiple apps. For example, you can ask for the schedule of this season's Arsenal matches and then add it to your calendar; Gemini will then search and add every Arsenal FC game in the season to your schedule. Or you can ask it to find pet-friendly vegan restaurants nearby and text the list to a friend. It even works with images too -- snap a pic of your fridge and ask Gemini to find you a recipe based on the available ingredients. These cross-app experiences work with Google apps, Samsung's Galaxy apps, and select third-party apps, like WhatsApp and Spotify.

All these AI features have culminated in a new app: Now Brief. Samsung calls this proactive assistance (remember Google's Now on Tap?) where a morning brief arrives with the weather, upcoming calendar events, stock details, news articles, and suggestions to trigger routines. There's also an evening brief with a summary of the day's events with photos. Since the feature can plug into email, it'll send reminders about expiring coupons and upcoming travel tickets. Samsung claims it can even suggest changing an 8:45 am alarm even earlier if it sees a 9 am meeting on the schedule. On the lock screen, a "Now Bar" widget persists at the bottom, much like Apple's Live Activities. It'll offer quick access to the Now Brief app, but it will also show updates for favorite sports teams, along with glanceable directions from Google Maps.

The rest of the AI features are playing a bit of catch-up to Apple and Google's Pixel phones. There's Drawing Assist, a generative AI tool to craft new images in different art styles based on sketches or text prompts. AI Select works with the S Pen stylus on the S25 Ultra and understands what is selected -- for example, if a video is selected, it will suggest turning it into a GIF. Audio Eraser is an editing tool to cut out background noise in videos post-capture, canceling out the sound of a crowd's chatter or an ambulance's siren. Finally, Samsung's Generative Edit feature, which lets you erase unwanted objects in images, now works locally on the device and is much more accurate and faster. A full list of specs can be found here. You can watch a recording of the event on YouTube.

The BBC interviewed scientists Charley Kline and Bill Duvall 55 years after the first communications were made over a system called Arpanet, short for the Advanced Research Projects Agency Network. "Kline and Duvall were early inventors of networking, networks that would ultimately lead to what is today the Internet," writes longtime Slashdot reader dbialac. "Duvall had basic ideas what might come of the networks, but they had no idea of how much of a phenomenon it would turn into." Here's an excerpt from the interview: BBC: What did you expect Arpanet to become?
Duvall: "I saw the work we were doing at SRI as a critical part of a larger vision, that of information workers connected to each other and sharing problems, observations, documents and solutions. What we did not see was the commercial adoption nor did we anticipate the phenomenon of social media and the associated disinformation plague. Although, it should be noted, that in [SRI computer scientist] Douglas Engelbart's 1962 treatise describing the overall vision, he notes that the capabilities we were creating would trigger profound change in our society, and it would be necessary to simultaneously use and adapt the tools we were creating to address the problems which would arise from their use in society."

What aspects of the internet today remind you of Arpanet?
Duvall: Referring to the larger vision which was being created in Engelbart's group (the mouse, full screen editing, links, etc.), the internet today is a logical evolution of those ideas enhanced, of course, by the contributions of many bright and innovative people and organisations.

Kline: The ability to use resources from others. That's what we do when we use a website. We are using the facilities of the website and its programs, features, etc. And, of course, email. The Arpanet pretty much created the concept of routing and multiple paths from one site to another. That got reliability in case a communication line failed. It also allowed increases in communication speeds by using multiple paths simultaneously. Those concepts have carried over to the internet. Today, the site of the first internet transmission at UCLA's Boetler Hally Room 3420 functions as a monument to technology history (Credit: Courtesy of UCLA) As we developed the communications protocols for the Arpanet, we discovered problems, redesigned and improved the protocols and learned many lessons that carried over to the Internet. TCP/IP [the basic standard for internet connection] was developed both to interconnect networks, in particular the Arpanet with other networks, and also to improve performance, reliability and more.

How do you feel about this anniversary?
Kline: That's a mix. Personally, I feel it is important, but a little overblown. The Arpanet and what sprang from it are very important. This particular anniversary to me is just one of many events. I find somewhat more important than this particular anniversary were the decisions by Arpa to build the Network and continue to support its development.

Duvall: It's nice to remember the origin of something like the internet, but the most important thing is the enormous amount of work that has been done since that time to turn it into what is a major part of societies worldwide.

Apple, in a blog post: We are delighted to announce the open source first release of Pkl (pronounced Pickle), a programming language for producing configuration. When thinking about configuration, it is common to think of static languages like JSON, YAML, or Property Lists. While these languages have their own merits, they tend to fall short when configuration grows in complexity. For example, their lack of expressivity means that code often gets repeated. Additionally, it can be easy to make configuration errors, because these formats do not provide any validation of their own. To address these shortcomings, sometimes formats get enhanced by ancillary tools that add special logic. For example, perhaps there's a need to make code more DRY, so a special property is introduced that understands how to resolve references, and merge objects together. Alternatively, there's a need to guard against validation errors, so some new way is created to validate a configuration value against an expected type. Before long, these formats almost become programming languages, but ones that are hard to understand and hard to write.

On the other end of the spectrum, a general-purpose language might be used instead. Languages like Kotlin, Ruby, or JavaScript become the basis for DSLs that generate configuration data. While these languages are tremendously powerful, they can be awkward to use for describing configuration, because they are not oriented around defining and validating data. Additionally, these DSLs tend to be tied to their own ecosystems. It is a hard sell to use a Kotlin DSL as the configuration layer for an application written in Go. We created Pkl because we think that configuration is best expressed as a blend between a static language and a general-purpose programming language. We want to take the best of both worlds; to provide a language that is declarative and simple to read and write, but enhanced with capabilities borrowed from general-purpose languages. When writing Pkl, you are able to use the language features you'd expect, like classes, functions, conditionals, and loops. You can build abstraction layers, and share code by creating packages and publishing them. Most importantly, you can use Pkl to meet many different types of configuration needs. It can be used to produce static configuration files in any format, or be embedded as a library into another application runtime.

We designed Pkl with three overarching goals:
To provide safety by catching validation errors before deployment.
To scale from simple to complex use-cases.
To be a joy to write, with our best-in-class IDE integrations.

Adobe has introduced new AI features to Premiere Pro to streamline audio editing workflows. Updates in the public beta launching Tuesday include interactive fade handles for quicker custom audio transitions, and enhanced speech correction tools to improve dialogue quality. Other additions are AI-powered tagging that automatically identifies and labels audio clips by category, reducing time spent manually locating editing tools. Redesigned clip badges also aim to speed up identifying and applying audio effects. The updates ultimately target reducing repetitive editing tasks and giving users easier access to common audio editing functions directly in Premiere Pro's main timeline interface. The Verge adds: Additional quality-of-life improvements being added to the Premiere Pro beta include having waveforms (the graphical representation of sound patterns) automatically resize when track height is adjusted in the editing timeline, and updated colors for clips that make them easier to see. These should grant editors more control over how their timeline can be visually customized to achieve a layout that best complements their personal workflow.

"Security consultant Lance Vick recently acquired the expired domain used by the maintainer of a widely used NPM package," reports the Register, "to remind the JavaScript community that the NPM Registry still hasn't implemented adequate security." "I just noticed 'foreach' on NPM is controlled by a single maintainer," wrote Vick in a Twitter post on Monday. "I also noticed they let their domain expire, so I bought it before someone else did. I now control 'foreach' on npm, and the 36,826 projects that depend on it."

That's not quite the full story — he probably could have taken control but didn't. Vick acquired the lapsed domain that had been used by the maintainer to create an NPM account and is associated with the "foreach" package on NPM. But he said he didn't follow through with resetting the password on the email account tied to the "foreach" package, which is fetched nearly six million times a week. In an email to the Register, Vick explained... "I did not log into the account, as again, that crosses a line. I just sent a password reset email and bailed.

"Regardless of how much control I have over this particular package, which is unclear, NPM admits this particular expired domain problem is a known issue, citing this 2021 [research paper] which says, 'We also found 2,818 maintainer email addresses associated with expired domains, allowing an attacker to hijack 8,494 packages by taking over the NPM accounts.' In other words, anyone poking around is going to find accounts easy to take over in this way. I was not lucky or special." His point, which he has been trying for several years to communicate to those overseeing NPM — a part of GitHub since March 2020 — is that taking over the NPM account of a popular project to conduct a software supply chain attack continues to be too easy.

Part of the problem is that JavaScript developers often use packages that implement simple functions that are either already built into the language, like forEach, or ought to be crafted manually to avoid yet another dependency, like left-pad (now built-in as padStart). These trivial packages get incorporated into other packages, which may in turn become dependencies in different packages, thereby making the compromise of something like "foreach" a potentially far-reaching security incident.
But Vick argues that with so many upstream attack vectors, "We are all just trusting strangers on the internet to give us good candy from their truck," according to the Register. Their article points out that on Tuesday GitHub launched a beta test of improved 2FA security for all its NPM accounts — which Vick calls "a huge win... [T]hat is the best way to protect accounts. We in the security community have been demanding this for years."

But he's still worried about the possibility of email addresses with weak two-factor authentication or compromised NPM employees, and would like to see NPM implement cryptographic signatures for code. "I am talking with a member of their team tomorrow and we will see where this goes."

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.

An anonymous reader quotes a report from The Guardian: For the past 10 years, Sonia Grego has been thinking about toilets -- and more specifically what we deposit into them. "We are laser-focused on the analysis of stool," says the Duke University research professor, with all the unselfconsciousness of someone used to talking about bodily functions. "We think there is an incredible untapped opportunity for health data. And this information is not tapped because of the universal aversion to having anything to do with your stool." As the co-founder of Coprata, Grego is working on a toilet that uses sensors and artificial intelligence to analyze waste; she hopes to have an early model for a pilot study ready within nine months. "The toilet that you have in your home has not functionally changed in its design since it was first introduced," she says, in the second half of the 19th century. There are, of course, now loos with genital-washing capabilities, or heated seats, but this is basic compared with what Grego is envisaging. "All other aspects of your life -- your electricity, your communication, even your doorbell -- have enhanced capabilities."

Smart toilet innovators believe the loo could become the ultimate health monitoring tool. Grego believes her product -- which analyses and tracks stool samples and sends the data to an app -- will provide "information related to cancer and many chronic diseases." For general consumers, it will provide peace of mind, she says, by establishing "a healthy baseline": "Having technology that tracks what is normal for an individual could provide an early warning that a checkup is needed." For people with specific conditions, such as inflammatory bowel disease, the device could provide helpful monitoring for doctors. "It's very difficult to know when to escalate or de-escalate treatment," she says. "Stool-based biomarkers can provide that information." At some point, she thinks, a smart toilet could make lifestyle suggestions -- it could tell you to eat more fibre or certain nutrients, for instance, or work out what kind of food triggered an uncomfortable gastric episode. "The science of nutrition is really moving in the direction of personalized nutrition," says Grego. "Our technology will be an enabler of this, because you have information of what you eat, but we can make seamless the obtaining of information of what comes out." Researchers at the Stanford School of Medicine have been working on technology that can analyze feces (including "stool dropping time") and track the velocity and color of urine, as well as test it. According to the Wall Street Journal, the researchers have partnered with Izen, a Korean toilet manufacturer that's developed a scanner that can recognize the physical characteristics of whoever is sitting on the toilet -- or, in the words of the researchers, "the distinctive features of their anoderm" (the skin of the anal canal). While many people are ready for the smart toilet era, Stanford's study of user acceptance found that the "least favored module is analprint."

The Guardian article continues: Is all this -- your analprint out in the world, the makeup of your bowel movements analyzed -- a privacy breach too far? "Can it be kept secure?" asks Eerke Boiten, a professor of cybersecurity at De Montfort University in Leicester. [...] Many people "wouldn't, for very good reasons, like cameras pointing up their bottoms," says Phil Booth, the coordinator of MedConfidential, which campaigns for the confidentiality of medical records. That said, under the guidance of a medical professional, "there are not necessarily inherent privacy risks" in using a smart toilet as a medical device, he says. However, it might get interesting if the data created by general consumer use was owned by a company: "You may trust that particular company, but every company is pretty much buyable by Google or Facebook or Amazon. Then, what I thought was something for my own health monitoring has become fodder to business models I really know nothing about."

Where does it end? Could the police or others involved in surveillance track you by analprint, via the public and home smart lavatories you visit? Might you be asked to provide a print at a police station? [...] "Once you start to measure something that is of the body, the privacy line is stepped over," says Booth. "If you don't measure what's going on with someone's bowel movements, the bowel movement is private." This is an alarming thought -- but, says Booth with a laugh, it is not as though governments will mandate smart toilets. He says there will always be people -- those into the "quantified self" movement -- who are happy to measure and track themselves. If smart loos are considered clinical devices collecting medical data, "then it's a straight medical breach risk -- not special to toilets, but because you've turned the toilet into a medical data-generating experience. Are they managing those risks correctly?"

Docker will restrict use of the free version of its Docker Desktop utility to individuals or small businesses, and has introduced a new more expensive subscription, as it searches for a sustainable business model. The Register reports: The company has renamed its Free plan to "Personal" and now requires that businesses with 250 or more employees, or higher than $10m in annual revenue, must use a paid subscription if they require Docker Desktop. There are no changes to the command-line Docker Engine. The $5/month Pro and $7/month Teams subscriptions continue as before, but a new $21/month Business subscription adds features including centralized management, single sign-on, and enhanced security.

The Docker platform has a number of components, of which Docker Desktop is just one part. Docker images define the contents of containers. Docker containers are runnable instances of images. The Docker daemon is a background application that manages and runs Docker images and containers. The Docker client is a command-line utility that calls the API of the Docker daemon. Docker registries contain images, and the Docker Hub is a widely used public registry. Much of Docker (but not Desktop) is open source under the Apache v2 license. Docker Desktop is a GUI tool for managing various Docker components and functions, including containers, images, volumes (storage attached to containers), local Kubernetes, development environments within containers, and more. Whereas most Docker components are available for Windows, Mac and Linux, and despite the fact that most Docker containers run on Linux, Desktop is only available for Windows and Mac. Docker CEO Scott Johnston says the changes will help the company address security challenges with the software supply chain. It'll also help create a viable business model.

"We continue to see growth in the developer market. The latest stat we have is that by 2030 there's going to be 45 million global developers, up from 18-some million today... that requires us to have a business that is sustainably scalable," Johnston told The Register.

In honor of FreeDOS's 25th birthday, project founder and coordinator Jim Hall agreed to answer the 10 best questions submitted by Slashdot readers. You asked and he answered! Read on for Jim's interview.

Ars Technica's Kyle Orland reports that Brazilian ROM hacker Vitor Vilela has released a ROM patch for the hit arcade game Gradius III, creating a new, slowdown-free version of the game for play on SNES emulators and standard hardware. "In magazine screenshots, the game's huge, colorful sprites were a sight to behold, comparable to the 1989 arcade original," writes Orland. "In action, though, any scene with more than a handful of enemies would slow to a nearly unplayable crawl on the underpowered SNES hardware." From the report: The key to Vilela's efforts is the SA-1 chip, an enhancement co-processor that was found in some late-era SNES cartridges like Super Mario RPG and Kirby Super Star. Besides sporting a faster clock speed than the standard SNES CPU (up to 10.74 Mhz versus 3.58 Mhz for the CPU), SA-1 also opens up faster mathematical functions, improved graphics manipulation, and parallel processing capabilities for SNES programmers.

The result, as is apparent in the comparison videos embedded here, is a version of Gradius III that Vilela says runs two to three times faster than the original. It also keeps its silky smooth frame rate no matter how many detailed, screen-filling sprites clutter the scene. That's even true in the game's notorious, bubble-filled Stage 2, which is transformed from a jittery slide show to an amazing showcase of the SNES' enhanced power. As if that wasn't enough, the patch even slashes the game's loading times, cutting a full 3.25 seconds from the notably slow startup animation. Vilela notes that the lack of slowdown "makes it incredibly super difficult" and even suggests that "some arcade segments of the game do not look RTA (real-time action) viable with SA-1. But we shouldn't underestimate the human capabilities."

Researchers at the University of Rochester have discovered that the gene "sirtuin 6" (SIRT6) is responsible for more efficient DNA repair in species with longer lifespans. "The research illuminates new targets for anti-aging interventions and could help prevent age-related diseases," reports Phys.Org From the report: SIRT6 is often called the "longevity gene" because of its important role in organizing proteins and recruiting enzymes that repair broken DNA; additionally, mice without the gene age prematurely, while mice with extra copies live longer. The researchers hypothesized that if more efficient DNA repair is required for a longer lifespan, organisms with longer lifespans may have evolved more efficient DNA repair regulators. Is SIRT6 activity therefore enhanced in longer-lived species?

To test this theory, the researchers analyzed DNA repair in 18 rodent species with lifespans ranging from 3 years (mice) to 32 years (naked mole rats and beavers). They found that the rodents with longer lifespans also experience more efficient DNA repair because the products of their SIRT6 genes -- the SIRT6 proteins -- are more potent. That is, SIRT6 is not the same in every species. Instead, the gene has co-evolved with longevity, becoming more efficient so that species with a stronger SIRT6 live longer. The researchers then analyzed the molecular differences between the weaker SIRT6 protein found in mice versus the stronger SIRT6 found in beavers. They identified five amino acids responsible for making the stronger SIRT6 protein "more active in repairing DNA and better at enzyme functions." When the researchers inserted beaver and mouse SIRT6 into human cells, the beaver SIRT6 better reduced stress-induced DNA damage compared to when researchers inserted the mouse SIRT6. The beaver SIRT6 also better increased the lifespan of fruit flies versus fruit flies with mouse SIRT6. The study has been published in the journal Cell.

Speaking at the GeekWire Summit, Boeing CEO Dennis Muilenburg said the company is making rapid progress on the first operational self-driving airborne vehicles and that we could see them take to the skies in under five years. "Muilenburg laid out the company's vision for flying cars, as well as the importance of safety measures for the concept," reports GeekWire. "Muilenburg said the company is already building prototypes and expects them to fly within the year." From the report: "Imagine a future city that has three-dimensional highways, with flying taxis, flying cars," Muilenburg said. "That future is not that far away. In fact we are building the prototype vehicles today. We are also investing in the ecosystem that will allow that to operate safely and reliably as it must." The full vision of self-flying cars ferrying people through busy urban areas will take longer than five years to realize, Muilenburg said, but vehicles that start with more simple functions like cargo aren't far away.

The ecosystem to manage this new method of travel includes enhanced air traffic control. Earlier this year, Boeing teamed up with Austin-based SparkCognition to develop artificial intelligence and blockchain technologies for tracking and directing flying cars through traffic corridors. Muilenburg wouldn't say where these futuristic vessels would be tested, though he did say that the environment would be a "similar case" to Airbus' Vahana flying-taxi testing ground in Pendleton, Ore. Testing self-flying cars requires dedicated airspace and a slate of approvals from the Federal Aviation Administration.

Will Townsend, a senior analyst at Moor Insights & Strategy research firm, writes: As it relates to networking, the Linux Foundation is currently focused on a number of projects that are bringing top networking vendors, operators, service providers, and users together. Among the top initiatives are the Open Network Automation Platform (ONAP) and Data Plane Development Kit (DPDK). In this article, I would like to dive into both of these initiatives and share my perspective on how each is transforming the nature of networking [Editor's note: the website may have auto-playing videos; an alternative link was not available].

It makes sense that ONAP's releases are named after global cities, considering the platform's growing global footprint. ONAP is aimed at bringing real-time automation and orchestration to both physical and virtualized network functions. The first release in the fall of 2017, named Amsterdam, delivered a unified architecture for providing closed-loop networking automation. The underlying framework ensured a level of modularity to facilitate future functionality as well as standards harmonization and critical upstream partner collaboration. Initial use cases centered on Voice Over LTE (VoLTE) services as well as Virtualized Consumer Premise Equipment (vCPE). Both are extremely cost disruptive from a deployment and management perspective and deliver enhanced service provider agility. What I find extremely compelling is that Amsterdam was only an eight-month development cycle from start to release. That's an amazing feat even in the fast-paced technology industry.

[...] DPDK was an effort initially led by Intel at its inception nearly eight years ago, but became a part of the Linux Foundation back in 2017. At a high level, the technology accelerates packet processing workloads running on a variety of CPU architectures. DPDK is aimed at improving overall network performance, delivering enhanced encryption for improved security and optimizing lower latency applications that require lightning-fast response time. The transformative power of 5G networks lies in their potential to deliver low latency for applications such as augmented/virtual reality and self-driving cars -- DPDK will further extend that performance for next-generation wireless wide area networks. I had the opportunity recently to speak to project chair Jim St. Leger after the fifth DPDK release, and I was impressed with the depth and breadth of the open source project. Over 25 companies and 160 technologists are involved in advancing the effort. With the proliferation of data, cord cutting at home, and growing consumption of video over wired and wireless networks, high-quality compression techniques will dramatically improve performance and reliability. DPDK appears to be poised to contribute significantly to that effort.

Artificial intelligence is spreading beyond the technology sector, with big consequences for companies, workers and consumers. An anonymous reader shares a report: Bosses of non-tech companies in a broad range of industries are starting to worry that AI could scorch or even incinerate them, and have been buying up promising young tech firms to ensure they do not fall behind (the link may be paywalled). In 2017 firms worldwide spent around $21.8bn on mergers and acquisitions related to AI, according to PitchBook, a data provider, about 26 times more than in 2015. They are doing this partly to secure talent, which is thin on the ground. Startups without revenue are fetching prices that amount to $5m-10m per AI expert.

As AI spreads beyond the tech sector, it will fuel the rise of new firms that challenge incumbents. This is already happening in the car industry, with autonomous-vehicle startups and ride-hailing firms such as Uber. But it will also change the way other companies work, transforming traditional functions such as supply-chain management, customer service and recruitment. The path ahead is exhilarating but perilous. Around 85% of companies think AI will offer a competitive advantage, but only one in 20 is "extensively" employing it today, according to a report by MIT's Sloan Management Review and the Boston Consulting Group. Large companies and industries, such as finance, that generate a lot of data, tend to be ahead and often build their own AI-enhanced systems. But many firms will choose to work with the growing array of independent AI vendors, including cloud providers, consultants and startups.

An anonymous reader writes "It's no secret that AT&T has been planning to move to a software-defined network for quite a while. Now, they've decided to open-source the whole thing." From Fierce Telecom: AT&T today announced it will release its Enhanced Control, Orchestration, Management and Policy (ECOMP) platform to the wider telecom industry as an open source offering managed by the Linux Foundation. The goal, the company said, is to make ECOMP the telecom industry's standard automation platform for managing virtual network functions and other software-centric network capabilities.
AT&T delivered 8.5 million lines of code to the Linux Foundation on Wednesday, saying "We want to build a community -- where people contribute to the code base and advance the platform..." AT&T said Wednesday they've already received interest from other major telecoms, and "we want this to help align the global industry." While their ultimate goal is to virtualize 75% of their own network by 2020, at least one analyst sees a larger trend where the whole telecom industry collectively bypasses equipment vendors and begins "taking network innovation into its own hands."

prisoninmate writes: After being in development for the last three months or so, LibreOffice 5.1 comes today to a desktop environment near you with some of the most attractive features you've ever seen in an open-source office suite software product, no matter the operating system used. The release highlights of LibreOffice 5.1 include a redesigned user interface for improved ease of use, better interoperability with OOXML files, support for reading and writing files on cloud servers, enhanced support for the ODF 1.2 file format, as well as additional Spreadsheet functions and features. Yesterday, even with the previous version, I was able to successfully use a moderately complex docx template without a hitch — the kind of thing that would have been a pipe-dream not too long ago.

An anonymous reader writes with this excerpt from Quanta Magazine: [A]fter decades of work, [organic chemist Steven] Benner's team has synthesized artificially enhanced DNA that functions much like ordinary DNA, if not better. In two papers published in the Journal of the American Chemical Society last month, the researchers have shown that two synthetic nucleotides called P and Z fit seamlessly into DNA's helical structure, maintaining the natural shape of DNA. Moreover, DNA sequences incorporating these letters can evolve just like traditional DNA, a first for an expanded genetic alphabet. In fact, the article continues, these new nucleotides can actually outperform their natural counterparts: "When challenged to evolve a segment that selectively binds to cancer cells, DNA sequences using P and Z did better than those without."

Last week you had a chance to ask the Associate Chair of Research in the Computer & Information Science & Engineering Department at the University of Florida, Juan Gilbert, about the Human Centered Computing Lab, accessibility issues in technology, and electronic voting. Below you'll find his answers to your questions.

New submitter meghan elizabeth (3689911) writes Why stop at just mimicking biology when you can biomanufacture technologically improved humans? 3D-printed enhanced "superorgans"—or artificial ones that don't exist in nature—could be engineered to perform specific functions beyond what exists in nature, like treating disease. Already, a bioprinted artificial pancreas that can regulate glucose levels in diabetes patients is being developed. Bioprinting could also be used to create an enhanced organ that can generate electricity to power electronic implants, like pacemakers.