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Tag: ARM

  • Nvidia, Arm, and Intel Collaborate on AI Standard

    Nvidia, Arm, and Intel Collaborate on AI Standard

    Three of the biggest names in the semiconductor industry are collaborating on a new standard for AI interchange format.

    AI is considered one of the biggest technological advancements of the modern era. In order to reach its potential, however, companies and researchers need to have common standards for hardware and software interoperability.

    Nvidia, Arm, and Intel have authored the FP8 Formats for Deep Learning white paper, proposing an “8-bit floating point (FP8) specification.” The specification will help optimize memory usage, thereby accelerating AI development. The specification works with AI training, as well as inference, and is natively supported in Nvidia’s Hopper architecture.

    “NVIDIA, Arm, and Intel have published this specification in an open, license-free format to encourage broad industry adoption,” writes Shar Narasimhan, a director of product marketing. “They will also submit this proposal to IEEE.

    “By adopting an interchangeable format that maintains accuracy, AI models will operate consistently and performantly across all hardware platforms, and help advance the state of the art of AI. “

  • Arm Sues Qualcomm Over Its Nuvia Purchase

    Arm Sues Qualcomm Over Its Nuvia Purchase

    Qualcomm has run afoul of Arm Holdings, with the latter suing the former over the licenses it acquired with its Nuvia purchase.

    Arm is the world’s leading semiconductor design firm. Unlike Intel, AMD, Samsung, and others, Arm does not manufacture any chips. Instead, it designs semiconductors and licenses those designs to other companies, companies that use them to power some of the world’s most popular computing devices.

    Qualcomm has been working to improve the performance of its chips, especially targeting the gap between Apple’s Arm-based chips and its own. Qualcomm purchased Nuvia in an effort to close that gap, but Qualcomm is calling foul, issuing the following statement:

    Arm is filing this claim to protect Arm, our partners, and the unparalleled ecosystem we have built together. Arm and its partners have invested billions of dollars to create industry-leading intellectual property. Because Qualcomm attempted to transfer Nuvia licenses without Arm’s consent, which is a standard restriction under Arm’s license agreements, Nuvia’s licenses terminated in March 2022. Before and after that date, Arm made multiple good faith efforts to seek a resolution. In contrast, Qualcomm has breached the terms of the Arm license agreement by continuing development under the terminated licenses. Arm was left with no choice other than to bring this claim against Qualcomm and Nuvia to protect our IP, our business, and to ensure customers are able to access valid Arm-based products.

    At the heart of the issue is the designs Arm licensed to Nuvia, designs it says required authorization before they were transferred to Qualcomm. As a result, Arm wants a court-ordered injunction that would force Qualcomm to destroy any designs Nuvia developed that are based on Arm IP.

    For its part, Qualcomm says its existing agreement with Arm cover the designs Nuvia licensed.

    “Arm’s complaint ignores the fact that Qualcomm has broad, well-established license rights covering its custom-designed CPU’s, and we are confident those rights will be affirmed,” Ann Chaplin, General Counsel of Qualcomm, said in a statement to Reuters.

    If the court sides with Arm, it could prove a devastating setback to Qualcomm’s plans, especially since the company is one of the leading makers of Arm-based processors for Windows PCs.

  • Microsoft Brings Azure Virtual Machines to Arm Processors

    Microsoft Brings Azure Virtual Machines to Arm Processors

    Microsoft Azure Virtual Machines are making their way to Arm processors, bringing significant performance improvements over x86.

    Arm processors have become popularized by mobile devices, such as smartphones and tablets. Virtually every major manufacturer uses Arm-based processors in their devices. Apple has taken it one step further, basing the M1 powering its Mac lineup on the architecture. Arm chips are renowned for offering desktop-class performance at a fraction of the power consumption x86 chips are known for.

    As the second-largest cloud provider, Microsoft is now making its Azure Virtual Machines available for Ampere Altra Arm-based processor, providing as much as 50% more price-performance than comparable x86 options.

    The company’s customers are already reaping the benefits.

    “We power better journeys through travel technology. To achieve that, we design and deliver the most complex, trusted, and critical systems that our customers need”, said Denis Lacroix, SVP Cloud Transformation Program at Amadeus. “Travelers demand that their needs are met efficiently and quickly, and that they receive a consistent, personalized experience through every step of their journeys, from inspiration to search and booking, to ticketing, check-in, and arriving home. With Azure Arm64 VMs, we will be able to deliver higher throughput and even better experiences than the x86 VM that we’ve used in the past. Azure Arm64 VM series have proven to be a reliable platform for our applications, and we’ve accelerated our plans to deploy Arm64-based Azure solutions.”

    The new VMs are available in preview, but interested parties can fill out this form to request early access.

  • Arm Cutting Up to 15% of Its Workforce

    Arm Cutting Up to 15% of Its Workforce

    In the wake of its failed Nvidia deal, Arm is cutting up to 15% of its workforce, or roughly 1,000 jobs.

    Nvidia made a high-profile attempt to purchase Britain’s leading tech company for some $40 billion. Arm’s current owner, SoftBank, has been eager to sell the chip designer in an effort to recoup losses it has incurred from some of its other investments. Regulators on both sides of the Atlantic, however, objected to the merger over anti-competitive concerns, ultimately scuttling the deal.

    In the wake of the failed deal, Arm’s CEO resigned and was succeeded by Rene Haas. Haas has now informed employees of a significant cut in the company’s workforce, some 15%, or roughly 1,000 employees. The new CEO sent an email to employees that was seen by The Telegraph, according to The Register.

    “To stay competitive, we need to remove duplication of work now that we are one Arm; stop work that is no longer critical to our future success; and think about how we get work done.”

    Haas added that Arm needs “to be more disciplined about our costs and where we’re investing.”

    SoftBank has already made it clear it intends to take Arm public. The workforce cuts are likely an effort to trim the fat from Arm and put it in the best position to compete as an independent company.

  • FTC Sues to Block Nvidia’s Arm Purchase

    FTC Sues to Block Nvidia’s Arm Purchase

    The Federal Trade Commission (FTC) has filed a lawsuit to block Nvidia’s attempt to purchase Arm.

    Arm is one of the world’s most important semiconductor design companies. Unlike Intel or AMD, Arm designs and licenses its semiconductors to clients, who are then responsible for manufacturing them. Apple, Qualcomm, Nvidia, Samsung and others are among Arm’s customers.

    Nvidia announced its plans to purchase Arm in September 2020 for $40 billion, a move that immediately drew criticism throughout the industry. Many worried that Nvidia would keep Arm’s greatest innovations for itself, ending Arm’s long-standing practice of maintaining strict neutrality and licensing its designs to anyone willing to pay.

    The EU has already launched an investigation into the deal, and UK regulators have signaled they may try to block it. Now the FTC has filed a lawsuit to prevent the deal from happening.

    “The FTC is suing to block the largest semiconductor chip merger in history to prevent a chip conglomerate from stifling the innovation pipeline for next-generation technologies,” said FTC Bureau of Competition Director Holly Vedova. “Tomorrow’s technologies depend on preserving today’s competitive, cutting-edge chip markets. This proposed deal would distort Arm’s incentives in chip markets and allow the combined firm to unfairly undermine Nvidia’s rivals. The FTC’s lawsuit should send a strong signal that we will act aggressively to protect our critical infrastructure markets from illegal vertical mergers that have far-reaching and damaging effects on future innovations.”

    Given the headwinds Nvidia is facing, a deal to acquire Arm is looking increasingly unlikely.

  • AWS Offering EC2 M1 Mac Instances

    AWS Offering EC2 M1 Mac Instances

    Just a year after introducing Mac EC2 instances, AWS is upping the ante by introducing M1 Mac instances.

    Apple’s M1 line is a custom system on a chip (SoC) processor based on the semiconductors that have powered the iPhone and iPad for years. Derived from ARM designs, the M1 has upended the computer industry, offering best-in-class battery life and energy efficiency, combined with performance that rivals the best Intel and AMD have to offer.

    The M1’s unique combination of performance and energy make it an ideal option for cloud computing applications where space and energy consumption are prime concerns.

    AWS’s Sébastien Stormacq says the M1 Mac instances already deliver significant performance/cost benefits.

    The availability (in preview) of EC2 M1 Mac instances lets you access machines built around the Apple-designed M1 System on Chip (SoC). If you are a Mac developer and re-architecting your apps to natively support Macs with Apple silicon, you may now build and test your apps and take advantage of all the benefits of AWS. Developers building for iPhone, iPad, Apple Watch, and Apple TV will also benefit from faster builds. EC2 M1 Mac instances deliver up to 60% better price performance over the x86-based EC2 Mac instances for iPhone and Mac app build workloads.

    Those interested in running the new M1 Mac instances will need to add a dedicated host to their account, since the instances are running on a bare metal server hosting a Mac mini. The on-demand cost is $0.6498 per hour, although customers can save up to 42% with a Savings Plan.

  • Qualcomm’s Exclusive Deal to Produce Windows ARM Devices Ending

    Qualcomm’s Exclusive Deal to Produce Windows ARM Devices Ending

    The market for ARM-based Windows PCs is about to become far more diversified, with an exclusive deal between Microsoft and Qualcomm ending.

    Microsoft has been working to bring Windows to ARM devices, thanks in large part to Apple’s own move to the semiconductor architecture. ARM-based chips, such as Apple’s M1 line, offer advantages in energy efficiency and battery life, while still offering performance on par with Intel and AMD.

    Until now, however, Qualcomm has had an exclusive deal with Microsoft to provide SoCs for all Windows ARM devices. According to XDA, that deal is set to expire soon.

    There are a slew of potential benefits to the deal expiring. MediaTek is already planning on launching their own chipset for Windows ARM devices, and it’s a safe bet other manufacturers will follow suit. XDApoints out that the exclusivity deal is likely the reason there has been no official Windows 11 virtualization support for Apple’s M1 architecture as well.

    XDA doesn’t know exactly when the deal will expire, but hopefully it’s sooner rather than later.

  • Apple Will Dominate Arm-Based Laptops in 2021, With 80% of Market

    Apple Will Dominate Arm-Based Laptops in 2021, With 80% of Market

    New research indicates Apple will dominate the Arm-based laptop market in 2021, capturing roughly 80% of the market.

    Apple upended the computer industry when it released its M1 custom silicon. Based on chips Apple has used for years in its iPhone and iPads, Apple’s custom silicon is ultimately based on Arm designs. Unlike Intel and AMD, Arm creates semiconductor designs and licenses them to other companies. Apple has the broadest license, one that allows it to heavily customize Arm’s designs.

    The M1 chip has been a smashing success, allowing Apple to rivalIntel’s fastest chips, while at the same time offering superior thermal characteristics and battery life. The M1 has been so successful that other manufacturers are debuting their own Arm-based hardware.

    Other companies will be playing catchup for some time, however, with Strategy Analytics predicting Apple will take 80% of the Arm-based laptop market.

    “Apple and MediaTek seized the initiative in the Arm-based notebook PC processor market,” said Sravan Kundojjala, Associate Director of Handset Component Technologies. “Apple will capture almost 80 percent revenue share in 2021, driven by its Apple Silicon M1. MediaTek, on the other hand, will rank number two, thanks to its early leadership in the Arm-based Chromebook PC processor market.”

  • AMD Ready to Manufacture Arm Chips

    AMD Ready to Manufacture Arm Chips

    AMD is ready to manufacture Arm chips, despite it being a competing platform.

    AMD, once firmly in second place behind Intel, has been making major headway in the semiconductor industry. Recent generations of its chips have surpassed Intel, both in performance and energy consumption.

    Arm, on the other hand, is the undisputed champion of the mobile world, powering smartphones and tablets for most of the major manufacturers. With Apple switching its Mac platform to its Arm-based M1 chips, the company is poised to make major inroads in Intel and AMD’s traditional stronghold. Unlike AMD or Intel, Arm creates semiconductor designs that other companies manufacture — and in some cases customize — for their own use.

    Despite being a competing platform, AMD appears ready to manufacture Arm-based semiconductors, should its customers want it.

    “But I’ll tell you from my standpoint, when you look at compute solutions, whether it’s x86 or ARM or even other areas, that is an area for our focus on investment for us,” AMD CFO Devinder Kumar said, according to Tom’s Hardware. “We know compute really well. Even ARM, as you referenced, we have a very good relationship with ARM. And we understand that our customers want to work with us with that particular product to deliver the solutions. We stand ready to go ahead and do that even though it’s not x86, although we believe x86 is a dominant strength in that area.”

    With TSMC recently announcing it was raising its prices by the biggest margin in a decade, AMD may well be able to build a successful business manufacture Arm designs for its customers.

  • Google Working on Its Own M1 Rival for Chromebook

    Google Working on Its Own M1 Rival for Chromebook

    Google is reportedly following Apple’s lead, working on its own chip to power future Chromebooks.

    Apple rocked the computer industry when it announced it would transition away from Intel to its own M1 architecture. The M1 is based on the same Arm designs the company has used for years in the iPad and iPhone.

    Because of Apple’s Arm license, it has the freedom to heavily modify Arm’s designs to gain a competitive advantage. In its Mac line of computers, the M1 has been a smashing success, posting impressive benchmarks, while offering efficiency and battery life that Intel can’t match.

    Google is now looking to replicate Apple’s success by creating its own line of chips for its Chromebook laptops, according to Nikkei Asia, with the chips expected to be available in 2023.

    “Very few players have the skills or financial resources to design their own chips, so the typical players considering this path tend to be extremely large players, like the cloud service providers, or have very valuable applications for these specially designed chips,” Peter Hanbury, a partner at consulting firm Bain & Co., told Nikkei Asia.

    Google already has some experience in this field, with its Tensor chips. The company originally designed them for use in cloud servers, but recently announced the chips would also power the upcoming Pixel 6 line of smartphones.

  • Cloudflare Pivots Way From Intel in Next-Gen Servers

    Cloudflare Pivots Way From Intel in Next-Gen Servers

    Cloudflare is the latest company to ditch Intel, announcing it will not be using the company’s processors in its next generation servers.

    Cloudflare’s content delivery network (CDN) and security services are used by some of the biggest names on the web. The company’s servers handle some 25 million HTTP requests every second. As result, Cloudflare chooses the technology it uses very carefully.

    When the company evaluated processors for its 11th generation servers, it evaluated Intel, AMD and the Ampere Altra ARM architecture. Cloudflare found that Intel’s latest Ice Lake Xeon processors matched AMD in performance, but their “power consumption was several hundred watts higher per server – that’s enormous. This meant that Intel’s Performance per Watt was unattractive.”

    In contrast both AMD and Ampere both made the company’s shortlist. Cloudflare ultimate went with AMD’s 64 core EPYC 7713, which provided roughly 29% better performance, while maintaining similar power consumption and thermal levels as the previous generation.

    Cloudflare’s revelation is a blow to Intel as the company is struggling to regain its former dominance in the semiconductor industry.

  • Elon Musk Joins Chorus of Voices Opposed to Nvidia/Arm Deal

    Elon Musk Joins Chorus of Voices Opposed to Nvidia/Arm Deal

    Elon Musk has voiced concern over Nvidia’s upcoming Arm acquisition, joining a growing list of concerned parties.

    Nvidia rocked the semiconductor market when it announced a deal to acquire Arm, the leading British tech company. Arm holds a unique position in the industry, creating and licensing chips designs that its customers then manufacture for their own use.

    Skeptics immediately started voicing concern over a US-based company buying Arm, especially one that would have a vested interest in keeping Arm’s best innovations for itself. Should Nvidia go that route, it would be a major departure for Arm, which has always been the semiconductor version of Switzerland — remaining strictly neutral and selling to everyone and anyone. To date, no amount of reassurance on Nvidia’s part has assuaged those concerns, with UK lawmakers threatening to block the deal.

    According to The Telegraph, via Reuters, Elon Musk has also expressed concern over the prospective merger. In addition, Amazon and Samsung have both come out in opposition to the deal, expressing such to US authorities.

    Given the existing opposition from UK authorities, additional opposition from CEOs and other companies is sure to add additional pressure to what is already a tenuous deal.

  • Alibaba Future-Proofing Cloud OS, Will Support Multiple Architectures

    Alibaba Future-Proofing Cloud OS, Will Support Multiple Architectures

    Alibaba is working to make its Apsara cloud OS compatible with a variety of architectures in an effort to future-proof it.

    Alibaba started as an online marketplace, but has grown to be one of the biggest companies in the world. The company is a leader in AI, e-commerce and, increasingly, the cloud market.

    The company is working on its Apsara cloud OS, and is learning from the challenges its fellow Chinese firms have faced. Huawei, ZTE and Xiaomi have all experienced setbacks as a result of sanctions by the US government and its allies. Huawei, in particular, has struggled due to being cut off from the semiconductors it relied on for its products.

    Alibaba’s solution is to make sure Apsara can work on a variety of chip architectures, ensuring no geopolitical factors negatively impact the OS or the company’s plans. According to TechCrunch, Alibaba is building support for x86, Arm and RISC-V into Aspara.

    The addition of RISC-V is particularly interesting, as it is an open source architecture that anyone is free to use. There are no fees associated with using it, and it is beyond the reach of US sanctions. As a result, RISC-V is growing in popularity among Chinese companies, offering them a measure of security they do not have with other options.

    If RISC-V continues to gain widespread use, other companies will likely be forced to support it too.

  • Windows 10X Not Coming in 2021, Maybe Never

    Windows 10X Not Coming in 2021, Maybe Never

    Microsoft will not ship Windows 10X in 2021, and may never release the operating system (OS), according to new a report.

    Windows 10X is a modernized version of the Windows 10 OS that sheds its legacy code and focuses on a simpler interface. Originally, the OS was seen as being an ideal option for foldable devices, with full multi-screen support.

    As a result of the pandemic, Microsoft had to shift focus to improving Windows 10 and making it as capable as possible as people’s needs changed, leaving little resources available for a revamped version. Windows 10X faced delays, as well as changes to its scope, specifically with a single-screen version planned for 2021 and a multi-screen support in 2022.

    It appears the company has changed direction once again, with Petri reporting that Microsoft will not ship Windows 10X in 2021. What’s more, the revamped OS may never see the light of day in its current form.

    As Petri points out, market factors are against Microsoft’s efforts on this one. With the PC industry beginning to shift in the direction of Arm processors, lead by Apple’s M1, it no longer makes sense to spend resources on a revamped version of Windows to run on Intel. Instead, those resources would be better used helping the Windows ecosystem move to the Arm architecture.

  • IBM Acquiring Turbonomic to Build Hybrid Cloud AIOps

    IBM Acquiring Turbonomic to Build Hybrid Cloud AIOps

    IBM is continuing its breakneck pace of acquiring companies, with Turbonomic the latest acquisition.

    IBM is working to reinvent itself as a hybrid cloud provider, with plans to spin off its legacy business. To aid in that endeavor, the company has been snapping up startups left and right to help it round out its portfolio of services and abilities.

    The latest acquisition is Turbonomic, “an Application Resource Management (ARM) and Network Performance Management (NPM) software provider.” The company specializes in using AI to help automate ARM.

    The acquisition of Turbonomic builds on the company’s purchase of Instanta and will position it to be the only company able to offer the entire range AI-powered automation capabilities.

    “IBM continues to reshape its future as a hybrid cloud and AI company,” said Rob Thomas, Senior Vice President, IBM Cloud and Data Platform. “The Turbonomic acquisition is yet another example of our commitment to making the most impactful investments to advance this strategy and ensure customers find the most innovative ways to fuel their digital transformations.”

    “We believe that AI-powered automation has become inevitable, helping to make all information-centric jobs more productive,” said Dinesh Nirmal, General Manager, IBM Automation. “That’s why IBM continues to invest in providing our customers with a one-stop shop of AI-powered automation capabilities that spans business processes and IT. The addition of Turbonomic now takes our portfolio another major step forward by ensuring customers will have full visibility into what is going on throughout their hybrid cloud infrastructure, and across their entire enterprise.”

  • Parallels Desktop 16.5 Runs Arm Windows 10 on M1 Mac 30% Faster

    Parallels Desktop 16.5 Runs Arm Windows 10 on M1 Mac 30% Faster

    Parallels has released the latest version of Parallels Desktop, boasting up to 30% faster performance running Arm Windows 10 on M1 Macs.

    Parallels is one of the premier virtualization programs for the Mac. It has been a mainstay for Mac users looking to run Windows on Intel-based Macs for years. With Apple’s transition to its custom silicon, virtualization was one of the few types of software that didn’t automatically work in Rosetta 2, Apple’s translation layer that allows Intel-based software to run on the new machines.

    Fortunately, Parallels has updated its software to fully support the M1, as well as the older Intel machines. When running Windows 10 on Intel machines, Parallels offers native speeds, comparable to what would be achieved on a dedicated Wintel machine.

    When running on the M1 Macs, however, Parallels achieves significantly better performance. Running on the M1 requires a copy of Windows 10 on Arm Insider Preview. However, when paired with Parallels Desktop 16.5, users can see performance “up to 30 percent better than a Windows 10 VM running on Intel-based MacBook Pro with Intel Core i9 processor.”

    Licensed users of parallels 16 can update to the new version at no cost.

  • Qualcomm Finalizes Acquisition of NUVIA

    Qualcomm Finalizes Acquisition of NUVIA

    Qualcomm has completed its acquisition of NUVIA, in a bid to challenge Apple’s custom silicon.

    Arm-based processors power the majority of smartphones and tablets, with Apple and Qualcomm both making their own line of chips. Unfortunately for Qualcomm, Apple’s custom silicon continues to be the fastest in the industry — often by a wide margin.

    Qualcomm is looking to close that gap with its acquisition of NUVIA, a CPU and technology design firm. One of its founders, Gerard Williams III, was lead architect at Apple for over a decade, working on all of Apple’s in-house chips up to the A13.

    “The world-class NUVIA team enhances our CPU roadmap, extending Qualcomm’s leading technology position with the Windows, Android and Chrome ecosystems,” said Cristiano Amon, President and CEO-Elect, Qualcomm Incorporated. “The broad support of this acquisition from across industries validates the opportunity we have to provide differentiated products with leading CPU performance and power efficiency, as on-demand computing increases in the 5G era.”

    The addition of NUVIA should provide a major boost to Qualcomm’s efforts at a time when mobile computing and 5G technologies are more important than ever.

  • Qualcomm Taps Sophos to Protect 5G Snapdragon PCs

    Qualcomm Taps Sophos to Protect 5G Snapdragon PCs

    Qualcomm is turning to Sophos to help protect 5G-enabled Snapdragon PCs, with its Intercept X endpoint protection.

    With the speeds 5G promises, 5G-enabled PCs stand to play a major role in the industry. A PC with built-in 5G would have enterprise-grade internet access, allowing individuals to work from anywhere they have coverage. In the age of the pandemic, this could open a world of possibilities, and remove slow internet access as one of the biggest challenges to remote work.

    Unlike Intel or AMD processors, Qualcomm’s Snapdragon is based on Arm designs, much like the chips Apple uses in the iPhone, iPad and M1 Macs. As a result, traditional PC software won’t run on the Snapdragon unless it’s compiled specifically for Arm-based processors. This leaves Snapdragon-powered PCs potentially vulnerable, as many of the traditional security options are not available.

    Snapdragon compute platforms mark a major step forward because they provide all the utility and performance of a PC, but with many of the benefits associated with modern mobile computing devices. Security loves predictability, and Sophos is excited to be a part of securing this next-generation computing platform. — Joe Levy, chief technology officer, Sophos.

    Qualcomm’s deal with Snapdragon is a major step toward helping Arm-based computers go mainstream.

  • Mystery Malware Found On M1 and Intel Macs

    Mystery Malware Found On M1 and Intel Macs

    A new malware discovered on some 30,000 Macs — both Intel and Apple’s M1 variety — has researchers stumped.

    Malware is a relatively rare thing in the Mac community. For decades, the Mac enjoyed “security through obscurity,” meaning that its low market share made it a low-priority target for most hackers. In addition, macOS is based on UNIX, giving it relatively secure underpinnings. Apple has also taken a number of major steps to further harden macOS, all of which make it a very secure operating system (OS).

    Nonetheless, researchers at Red Canary have discovered two variants of a macOS malware they have dubbed “Silver Sparrow.” According to the researchers, the only real difference between the two variants is that one targets Intel-based Macs exclusively, while the second is a universal binary, meaning it is compiled to run on Intel and M1-based Macs.

    The latter is especially significant, since Apple’s custom M1 chip is based on Arm designs, and is essentially a desktop-class version of the chip used in the iPhone and iPad. As of the time of writing, Silver Sparrow has infected some 29,139 Macs in 153 countries. High numbers of infected machines were found in the US, UK, Canada, France and Germany.

    What’s even more suspicious, however, is there doesn’t appear to be a payload in the malware. A payload is the final goal the malware is programmed with, such as locking files for ransom, deleting files, stealing information, etc. With Silver Sparrow, researchers have yet to find its payload. They know the malware checks every hour to see what new content its creators want it to download but, as of yet, no payload has been downloaded by the infected machines.

    “After observing the malware for over a week, neither we nor our research partners observed a final payload, leaving the ultimate goal of Silver Sparrow activity a mystery,” writes Red Canary’s Tony Lambert.

    Red Canary also found the malware was “distributed through malicious advertisements as single, self-contained installers in PKG or DMG form, masquerading as a legitimate application—such as Adobe Flash Player—or as updates,” adds Lambert. “In this case, however, the adversary distributed the malware in two distinct packages: updater.pkg and update.pkg.”

    It remains to be seen what the ultimate goal of Silver Sparrow’s creators is. In the meantime, macOS users should update their antivirus software and check out Red Canary’s blog for detection and mitigation information.

  • Homebrew Is Now Available for M1 Macs

    Homebrew Is Now Available for M1 Macs

    Good news for developers: Homebrew 3.0 has been released with support for M1 Macs.

    Homebrew is a popular package manager for macOS that many developers rely on. When Apple switched to its own M1 custom silicon, based on Arm designs, Homebrew was one of the applications that was not compatible with the new architecture. As a result, many developers had to wait to make the jump, or keep an Intel-based Mac around for compatibility.

    According to a blog post, Homebrew 3.0 has been released, and the biggest change is M1 support.

    “Today I’d like to announce Homebrew 3.0.0,” writes Mike McQuaid, Homebrew project leader. “The most significant changes since 2.7.0 are official Apple Silicon support and a new bottle format in formulae.”

    “Homebrew doesn’t (yet) provide bottles for all packages on Apple Silicon that we do on Intel x86_64 but we welcome your help in doing so,” McQuaid adds.

    The announcement is good news for developers and removes another obstacle to M1 adoption.

  • Apple Snags Porsche’s Head of Chassis Development

    Apple Snags Porsche’s Head of Chassis Development

    Amid a slew of new rumors and information about the Apple Car, the company has hired Dr. Manfred Harrer, Porsche’s Vice President of Chassis Development.

    Apple’s plans for a car, code-named “Project Titan,” are coming into clearer focus, thanks to reports, rumors and walked-back statements. Hyundai initially released a statement saying it was in talks with Apple to build a car, before walking that statement back in two subsequent ones.

    Apple analyst Ming-Chi Kuo said Project Titan will use Hyundai’s E-GMP battery electric vehicle (BEV) chassis, giving the first glimpse at possible specs for the finished product.

    At the same time, Apple’s hardware chief, Dan Riccio, recently was moved to a new project where he will report directly to CEO Tim Cook. For someone of Riccio’s stature within the company to be moved to a new project underscores the importance of that endeavor, as does his reporting directly to Cook, leading some to believe he may be working on Project Titan.

    The latest news from Insider Deutschland, via 9to5Mac, indicates that Apple is moving forward with its hire of Dr. Harrer. Dr. Harrer has spent over a decade at Porsche, and been head of chassis development since 2016. His hiring is particularly interesting, given the rumors that Apple will use Hyundai’s E-GMP platform.

    Apple is well-known for taking a platform and customizing it to meet their specific needs. One has only to look at the iPhone, iPad and Mac to see this in practice. While the processors used in all three devices are loosely based on Arm designs, Apple has a license that allows them to customize them so heavily that it truly has its own, custom silicon.

    One can’t help but wonder if Dr. Harrer was hired with the same goal — to take Hyundai’s E-GMP platform and customize it to better meet Apple’s needs and goals. Just as Apple’s custom silicon consistently out-performs competitors using vanilla Arm designs, a customized E-GMP platform could end up out-performing Hyundai’s standard option.