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    New Windows 10 Dev Channel test build adds DNS settings tweaks

    Windows 10

    Microsoft made available on August 5 another new Windows 10 Dev Channel (former Fast Ring) feature update test build. Build 20185 adds some IT pro/business features, plus a bunch of fixes.In Build 20185, Microsoft is making some changes to the Network section of Settings. The goals: Making DNS settings more easily accessible (as a top-level option); and supporting encrypted DNS controls in the Settings app. Microsoft is enabling testers to configure DNS overe HTTPS, or DoH, directly in the Settings app.Microsoft also notes in the blog post about today’s test build that it enabled 647 new mobile-device-management policies across 56 ADMX files as of an earlier test build (20175). This enables commercial customers to configure policies that are also supported through Group Policies. These new policies include ADMX-based policies involving App Compat, Event Forwarding, Servicing and Task Scheduler.Today’s post includes a number of fixes and known issues for Windows 10 Build 20185. It also includes more information about the coming Your Phone Apps capability, which will allow select Android phone users to interact with their mobile apps on their Windows 10 PCs in separate windows. Microsoft showed off the new Your Phone Apps feature during the Samsung Unpacked 2020 event today.
    Just a reminder that the Dev Channel test builds do not correspond to any particular new Windows 10 feature updates. They include new features which may or may not make it into Windows 10 feature updates at some point in time. More

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    Could ‘Open’ systems negate Huawei’s influence on 5G?

    A Nokia AirScale 5G RAN base station unit.
    [Courtesy Nokia]
    It isn’t really “open source,” the way that phrase is accurately applied to software development. The founding principle of the O-RAN Alliance (where “O-RAN” stands for “Open Radio Access Network”) is for enough stakeholders in the future of wireless communications to agree upon 1) the identities and functions of the individual components of a wireless network and, 2) the requirement for just one, non-proprietary means of making these components interoperable in a telecom system. That seems noble enough.
    It also isn’t really 5G Wireless. For the O-RAN concept to work, it must make itself downwardly compatible with as many pre-existing networks as possible. Theoretically, a 2G GSM system should, at some point, be capable of being retrofitted with O-RAN architecture.
    What O-RAN actually is, as much as it can be amid the current state of the telecommunications market, is the framework for a strategy. When “disruption” is a good thing, it’s a way to make room in a market for new competitors. The Radio Access Network is the part of a cellular communications system that enables a wireless device to join a network and participate, as the network maintains that device’s mobility and likelihood of transitioning between coverage areas, or “cells.” More simply put, it’s the front door. If the whole point of a wireless network is to maintain accessibility, and the optimal wireless network is one that follows a global standard, then you would think an open architecture for front doors would be a premier necessity.
    When a strategy needs backing and support, it should become a cause. When that backing is being beckoned from a country’s government, it must become a cause célèbre.
    Rallying cry

    Rep. Greg Walden (D – Ore.)
    “We must continue to deploy 5G networks as quickly as possible, in order for the United States to maintain its position as the global leader in wireless communications,” remarked Rep. Greg Walden (R – Ore.), the outgoing ranking member of the House Energy and Commerce Committee.  “By offering nearly free equipment, Huawei and ZTE have made it difficult for trusted vendors to compete in the marketplace. As a result, upgrading equipment and software has become an unnecessarily expensive… process.”
    Rep. Walden’s recorded comments came at the opening of a virtual panel conducted Tuesday by the Open RAN Policy Coalition. You may recall, ZDNet introduced you to this organization last May. It’s a group of major telecommunications stakeholders — most notably including 5G leaders Nokia and Ericsson — who advocate the type of interoperability and collaboration that O-RAN is working for, although there is a thick layer of abstraction between “O-RAN” and “Open RAN.” One is a technology; the other is a rallying cry.
    Ostensibly, the O-RAN Alliance — which deals strictly with architectures and interface specifications — tries to stay out of geopolitics. Indeed, two of its founding members are AT&T and China Mobile, whose initial collaboration on the concept of moving RAN functionality off of towers and onto cloud platforms, is said to have been the catalyst for 5G.
    But Walden is co-sponsoring a bill introduced last April that would set up a government-managed grant program for the express purpose of promoting and supporting the use of interoperable standards in wireless networks. The bill mentions O-RAN specifically, while leaving the door open for any other alliance that may happen to come along. During Tuesday’s meeting, Walden and others specified the grant fund’s value as $750 million.  (Back in January, before the pandemic, the number being bandied about was $1 billion).
    Rep. Doris Matsui (D – Calif.) describes the bill as a means to restore supply chain diversity to the 5G market — diversity she believes has been directly threatened by Huawei, which she describes as spreading like some sort of virus.

    Rep. Doris Matsui (D – Calif.)
    “A more robust supply chain will also produce gains for national security,” remarked Rep. Matsui.  “Strong state support has allowed [Huawei] to undercut competitors, and integrate its equipment throughout the US, Canada, Europe, and emerging markets. The prevalence of this equipment is a significant risk for data security and critical infrastructure.”
    US Government support could become a lifeline for organizations such as the O-RAN Alliance, which may need greater participation from smaller companies, upstart vendors, and research institutions, if they are to cement O-RAN’s position as a global standard. But to ensure that support is forthcoming, the Open RAN Policy Coalition finds itself courting a benefactor that would leverage the emerging interoperability framework as an exclusionary weapon against China, in the country’s newly rebooted Cold War.

    With respect to the United Kingdom’s decision to reverse its stance on Huawei, ordering a purge of that company’s equipment from its networks by 2027, Doug Brake,  director of broadband and spectrum policy for the Information Technology and Innovation Foundation — told the Open RAN Policy Coalition panel he believed there may actually be an economic benefit, at least in the longer term, for operators forced to make the purge, if O-RAN or something like it enters the picture.
    “There’s a real challenge in trying to get interoperability between existing Huawei 4G equipment and new 5G deployments,” said Brake. He continued:

    So for any country, particularly in Eastern Europe, that has widespread existing deployments of Huawei, there’s a huge economic cost to try to transition away from that in a sort of hard-cut, unless we’re able to successfully open up those interfaces in a way that has real ease of interoperability. I think that will continue to be a major driver in different countries’ decisions, in which direction they go. And that’s why, in my mind, insisting on a security threat, and trying to strong-arm countries into coming along with the US in foregoing Chinese equipment. . . it would be much better if we were to go this route and try to promote these open interfaces, and try to find a way to have interoperability between existing 4G networks and new 5G equipment, in a way that doesn’t have quite as much of a performance impact as it does today.

    Huawei’s technological arguments against an open, modular RAN are already on record. It claims that an open system would, by nature, have too many components. Even with open interfaces, the complexity of their interconnections would work against the objectives of high performance and reliable security. But Nokia’s objections to an all-out embrace of O-RAN is also a matter of record, with company representatives warning Congress against mandating O-RAN as a national requirement as recently as last March.
    If Nokia’s position can pivot so quickly, even if just part-way, then why couldn’t Huawei’s? What’s to stop Huawei from obtaining a license for the same open standard everyone else is entitled to? ZDNet asked the Open RAN industry panel on Tuesday.

    Clockwise from top left: Chris Boyer, AT&T; John Baker, Mavenir; Brian Hendricks, Nokia; Takehiro Nakamura, NTT DOCOMO; Doug Brake, ITIF
    “I would honestly try to encourage a global marketplace,” responded John Baker, senior vice president of business development for mobile network software maker Mavenir. Baker continued:

    As soon as we try and put barriers up, effectively, between countries and companies, essentially, to lose what was set out to be. . . I was lucky enough to be here at the beginning of GSM. It was all about generating a global marketplace. Clearly, we’ve done that, and we shouldn’t necessarily try and tear it apart. I think all we’re trying to do here is, open interfaces and widen the supply chain again, to the extent that there’s fair competition on the marketplace. I’d argue that opening these interfaces would put competition in China as well. Let’s look at it the other way around. Let’s encourage more companies in China to compete with Huawei and ZTE. It’s really about how to broaden that ecosystem.

    “I think the other side of it is, if you’re talking an international standard,” responded Chris Boyer, AT&T’s vice president for global security and technology policy, to ZDNet’s question, “by definition, that means it’s international. So there’s no reason to exclude any one particular entity. And there actually are Chinese entities looking at the dimensions of some of these technologies. It’s a question of, though, if it’s standardized and open, then it creates an environment where multiple entities can play in that space. That’s the key. You’re not trying to foreclose someone’s opportunity, but as an operator, it gives us a lot more options.”
    Openness as a weapon
    In any market whose principal revenue stream is intellectual property, every player has to be extremely careful about how it uses “openness” as a weapon for competitive advantage. In the mid-2000s, prior to the consolidation that left us with Amazon AWS, Microsoft Azure, and Google Cloud Platform as the “Big Three” cloud service providers (“AMG,” as some call them), the key players in computing all tried to use their existing position in conventional computing to stake some kind of pre-existing claim to the cloud market.
    All the major players tried some form of “open” policy play. In 2007, IBM allied itself with Google to form the “Blue Cloud Initiative.” As the cloud platform OpenStack evolved from the early work of NASA’s Project Nebula and the company now known as Rackspace, IBM staked a further claim to openness by promoting an “Open Cloud Manifesto.” Amazon and Microsoft refused to sign on.
    In his 2009 objection to IBM’s move, then-Azure Product Manager Steven Martin wrote, “We love the concept. We strongly support an open, collaborative discussion with customers, analysts and other vendors regarding the direction and principles of cloud computing. . . It appears to us that one company, or just a few companies, would prefer to control the evolution of cloud computing, as opposed to reaching a consensus across key stakeholders (including cloud users) through an ‘open’ process.”
    The fact that most, if not all, of the various consortia and industry coalitions rallying around the causes of openness, fairness, and consumer choice in the cloud computing market, are about as well-remembered today as medieval folk songs, stands as testament to the fact that they served their purpose for their respective memberships, and were then discarded.
    “Openness” typically has two purposes in information technology:
    As an effort to disrupt a market dominated by a monopolistic player, by consolidating multiple, small bargaining positions into a single, bigger one;
    As a way to funnel more customers into a business model or intellectual property, by popularizing or expanding the reach of a technology that’s dependent on it.
    Neither of these two methods is necessarily deceptive. Red Hat earns its revenue from service, not software, and that’s by design. OpenStack expanded the cloud by eliminating the market value of competitive technologies designed expressly to maintain their own exclusivity.
    Open hand, clenched fist
    O-RAN has had a legitimately “open” purpose: to ensure that no single vendor in the telecom space can build a system whose components are so exclusively dependent upon one another that they disable the introduction of competitive alternatives. But in a market whose consolidative forces have been so great that eight telecom giants became three in just the last decade, it’s easier for one of those three to become the one left out. With Ericsson having signed on at the beginning and Huawei declining early on, O-RAN was looking like Ericsson’s very own, exclusive customer-generating machine.

    Which is why the response of Brian Hendricks, Vice President of Policy and Public Affairs for Nokia Americas — the US division of the current holder of the Bell Laboratories’ patents for telephony itself — to our question on leaving the O-RAN gateway open for other players such as Huawei, was so very telling, on a number of levels.
    “That’s another reason why I think Nokia’s participation is important,” responded Hendricks.  “Although there’s a great deal of marketing around our Chinese friends, we have more than our share of intellectual property as well.”
    Nokia, Huawei, and Ericsson are all very substantial holders of intellectual property (IP). It’s IP that gives these companies bargaining rights when engineering standards. Companies that can’t come to the bargaining table with IP for table stakes, may consolidate their power through some kind of “open” coalition. The O-RAN Alliance gives its members the hope of some degree of accessibility to the technologies they need to conduct their marketplace, without having to face licensing fees they would have no way to reasonably afford.
    What the future of 5G will come down to, explained Nokia’s Hendricks, is the continuations of these tenuous cross-licensing arrangements for the use of IP protected by so-called essential patents. To the extent that these essential patents are implicated in the engineering of 5G, he said, the cross-licensing arrangements will be the key to the industry’s future.   His suggestion — despite everything Reps. Walden and Matsui said at the opening — was that if that arrangement falls apart, Nokia may find itself in an indefensible position. Hendricks’ answer here is less that of an engineer, and more that of an attorney.
    “It will be difficult — not impossible to imagine, but difficult, I think — for the Chinese vendors to pull their IP, which is one thing that I’ve heard expressed,” Hendricks stated, “because they rely on those cross-licenses from us, and from others as well. So I think that danger, to the extent that the question is being asked, is mitigated to some degree by the support of other vendors who have vast patent portfolios. And then. . . there’s a great amount of proprietary patents that are held by the other companies who are looking to jump into this space as well.
    “So I’m not as worried about an escalating patent conflict being an impediment here,” he added.  “I think there’s too much to be lost on all sides, but certainly from the Chinese side.”
    With respect to the issue of whether Huawei would, or should, come around to supporting O-RAN, Hendricks very surprisingly remarked, “I think our question has come back to, do they even need to? Because I don’t think we know the answer to that question.” Hendricks continued:

    I think it’s a pretty safe bet, after spending the money and the time that China has in cultivating domestic champions, it’s not about to just lay down. So if they need to embrace Open RAN technology in order to remain competitive, I think it’s fair to say they’ll probably do that. But again, I don’t want to ignore the very real, non-domestic side of this equation, which is that, they may not have to, because they’ll still be able to offer extremely attractive packages to people — heavy subsidized rates, commercial dumping, deferred payment terms, and things that will make their classic stack extremely attractive. We have to be cognizant that simply opening interfaces is not a magic bullet, in terms of scale, and being able to provide a check on Chinese dominance. I think too often in the O-RAN discussion, we are ignoring that very real threat: that there needs to be far more tools than just the R&D support and the interface specing [developing specifications].”

    The Nokia VP’s answer actually went two steps beyond the question. Clearly, Hendricks understood that O-RAN could be a gateway to enable greater numbers of customers to utilize IP protected by essential patents. To the extent that it excludes two essential patent holders in a three-player market, Nokia could not afford to be excluded.
    Regardless of how Reps. Walden and Matsui opened Tuesday’s panel, the executives of the telecom stakeholders (plus one Washington think tank representative) found themselves inexorably drawn toward the opposite conclusion: Openness only works openly, in the absence of clandestine motives. Perhaps Huawei can afford not to participate, as Hendricks asserted. But when openness is applied properly, it forces the exclusivity player to withdraw unto itself, to waste its energy on self-sustenance — to do what Linux did to Windows Server in the enterprise computing space. The same efforts that openness would achieve through coalition and cooperation, for the withdrawn and heavily fortified market player, become uphill battles in downhill territory.
    There’s a proverb in there somewhere. Let’s see whether Nokia or Huawei writes it first. More

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    South Korea's 5G network averages 650Mbps download speed

    Image: Getty Images/iStockphoto
    South Korea’s 5G network averaged 656.6Mbps for download speed across the capital Seoul and six other major cities in the country, the Ministry of Science and ICT said on Wednesday.
    This is around four times faster than last year’s average of 158.53Mbps clocked by 4G LTE networks, the ministry said. The measurements were made between January and June of this year.
    The country’s three telcos, SK Telecom, KT, and LG Uplus, each marked 789 Mbps, 652Mbps, and 528.6Mbps in average download speed, respectively.
    South Korea currently provides non-standalone (NSA) networks that use 3.5GHz spectrum. The NSA networks were rolled out in April last year.
    The country is planning to roll out standalone mmWave spectrum networks later this year.

    Average download speed at crowded areas and transportation systems stood at almost 654Mbps while upload speed was around 63Mbps.
    The government made measurements in 11,000 crowded areas such as department stores, libraries, universities, amusement parks, hospitals, exhibition centres, subways, and terminals, it said.
    The ministry added that the measurements were made during peak hour times.
    In the capital Seoul, the 5G coverage offered by the three major telcos had reached 425.5 square kilometres at the end of July, effectively covering almost all areas except forests, the government said. The city has an area of 605.2 square kilometres.
    The ministry said the three telcos’ active investments into 5G has substantially increased network coverage and quality, saying that it hoped the telcos would continue to expand investment in the second half of the year to make further improvements.
    Back in June, the government said it had plans to reallocate mid-band spectrum that is currently used for satellite communication for 5G use.
    Last year, the ministry said it wanted to add up to 2,640MHz of bandwidth by 2026 to the currently allocated 2,680MHz for use in 5G networks.
    Related Coverage
    Korea sees steep rise in online shopping during COVID-19 pandemic
    South Korean distributors saw their online revenue rise over 34% in February from a year prior due to the COVID-19 outbreak.
    South Korea to reallocate mid-band spectrum for 5G use
    Spectrum used in satellite communications will be reallocated for 5G use, the country’s tech ministry says.
    South Korea marks over 5 million 5G subscribers
    South Korea had 5.36 million subscribers that use a 5G smartphone as of February.
    Samsung expects 6G to launch as early as 2028
    Samsung expects the ITU-R will begin their work to define the vision and technical standards for 6G communication in 2021.
    5G rollouts grow amid COVID-19 crisis (TechRepublic)
    As of the first quarter of 2020, more than 63.6 million 5G connections were active throughout the world, according to 5G Americas. More

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    Telstra sells Clayton data centre for AU$417 million and leases it back

    Telstra announced on Wednesday it is selling its Clayton data centre to Centuria Industrial REIT for AU$417 million and leasing back the facility for an initial 30 years, with the telco to have a pair of 10-year options for extending the lease.
    The facility houses Telstra’s newest 6.1MW data centre as well as another 6.6MW building.
    “The sale includes a triple-net lease-back arrangement which means Telstra will retain ownership of all IT and telecommunications equipment, as well as ongoing operations and responsibility for building upgrades and repairs, future capex requirements, and security,” the company told the ASX.
    The move was pinned as being part of its T22 strategy, with CEO Andy Penn stating the telco had now monetised AU$1.5 billion worth of assets and was closing in on its AU$2 billion target.
    “Due to the long tenure of the lease-back, the transaction will not be treated as a sale under accounting standards, therefore no accounting gain will arise,” the company said.

    Earlier this week, the telco announced its intention to have 75% of the population covered by its 5G footprint by June 2021.
    “Our 5G network already covers around one-third of the population,” Penn said.
    “Telstra’s 5G is already rolling out in 53 cities and regional towns across Australia and more than 10 million Australians now live, work or pass through our 5G network footprint every day.”
    Related Coverage More

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    Arista Networks tops Q2 earnings, revenue targets

    Arista Networks published better-than-expected second quarter financial results on Tuesday. The networking player reported earnings of $144.8 million, or $1.83 a share, on revenue of $540.6 million, up 3.4% from a year ago. Non-GAAP earnings were $2.11 a share. 

    Wall Street was looking for non-GAAP earnings of $1.95 a share on revenue of $529.7 million.
    For the third quarter Arista said it projects revenue between $520 million and $540 million. Analysts are looking for revenue of $542 million. Shares of Arista were up over 1% after hours.
    As a challenger to industry leader Cisco Systems, Santa Clara, Calif.-based Arista builds switches that handle traffic at Internet data centers for companies such as Facebook, Yahoo and Citigroup, and is led by former Cisco exec Jayshree Ullal.
    In prepared remarks, Ullal said:

    “I am definitely pleased with our quarterly performance and proud of the tenacity shown by the Arista team in the face of the challenging pandemic era we live in. Arista’s market position has been reinforced as we were placed in the leader’s category by two renowned market analyst firms.”

    Tech Earnings More

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    Elon Musk's SpaceX: We now want to bring Starlink internet from space to 5 million in US

    Elon Musk’s SpaceX has applied for a license to roll out five million ‘UFO on a stick’ end-user terminals, after 700,000 US residents signed up to be updated about the service’s availability. 
    “SpaceX seeks to increase the number of fixed earth stations authorized under this blanket license from 1,000,000 to 5,000,000,” the company said in an application to the Federal Communications Commission (FCC). 

    Networking

    The FCC in March approved SpaceX’s request to operate one million end-user terminals in the US. Then in June the company invited potential customers to register their interest in Starlink broadband by providing their email address and zip code. 
    SEE: Hiring Kit: Autonomous Systems Engineer (TechRepublic Premium)
    SpaceX told the FCC it is applying for five million end-user terminals “due to the extraordinary demand for access to the Starlink non-geostationary orbit satellite system”.

    The invite was opened as part of SpaceX’s plan to launch the Starlink public beta in North America in the coming month, by which time it will have put into orbit just 600 of the 12,000 satellites the FCC has approved for launch. 
    “Despite the fact that SpaceX has yet to formally advertise this system’s services, nearly 700,000 individuals represented in all 50 states signed up over a matter of just days to register their interest in said services at www.starlink.com,” SpaceX said in its new application. 
    “To ensure that SpaceX is able to accommodate the apparent demand for its broadband internet access service, SpaceX Services requests a substantial increase in the number of authorized units.” 
    SpaceX filed for the new authorization on July 31, one day after the FCC approved Amazon’s Project Kuiper application to launch 3,236 broadband beaming satellites. Amazon plans to open its service once 578 Kuiper satellites have been launched. 
    While none of the nearly 700,000 people is yet a Starlink subscriber, the volume of early interest in Starlink satellite broadband reflects both Musk’s marketing nous and the number of people in the US population who aren’t satisfied with existing broadband options.
    House Democrats in June announced a proposal to overhaul the current FCC definition of broadband by reclassifying 25Mbps download speeds as ‘unserved’ as part of a $100bn fiber broadband rollout.
    SEE: From Earth to orbit with Linux and SpaceX
    Elon Musk has said SpaceX needs about 400 Starlink satellites to provide “minor” coverage and 800 for “moderate” coverage in North America. He’s also said that Starlink will cater to just 3% to 4% of the population in unserved and underserved areas, but that it would not be suitable for dense urban environments due to bandwidth limitations. 
    For the section of the population it does serve, SpaceX claims it will offer high-speed broadband with an estimated latency of less than 50 milliseconds. 
    Also in June it asked the FCC for approval to launch a further 30,000 second generation satellites.
    More on Elon Musk’s SpaceX and internet-beaming satellites More

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    What's Windows 10's fastest web browser in 2020?

    The single most important program on pretty much everyone’s PC these days is the web browser. Indeed, Chromebooks show you can have a useful laptop with only a web browser. 

    But which Windows 10 web browser is the fastest of them all? I put the most popular Windows 10 browsers to the test. 
    Here are our contenders in popularity order. First comes Google Chrome 84, with its new popup blocker. Next up is Microsoft Edge 84, which recently switched to using Google’s open-source Chromium web browser. Believe it or not, Internet Explorer (IE) 11 is the next most popular Windows 10 web browser. But even on my last browser benchmarks in 2018, it was the worst of the worst. I took a quick look at it, and I decided between Microsoft getting ready to retire it and its awful performance, I wouldn’t waste time benchmarking it. If you’re still using IE, just stop already. You’ll be better with anything else.
    After IE, we have the sadly declining Mozilla Firefox 79. While it’s still an innovation leader, fewer and fewer people are using it. Today, only 3.3% of all web browser users are working with the fox. 
    Firefox was followed by Opera 68, originally a Norweigan-based browser, which was acquired by a Chinese private-equity company in 2016. Next is Brave 1.11. This open-source browser claimed to do the best job of protecting your privacy. Recently, however, its privacy reputation has taken some dents. Finally, there’s Vivaldi 3.1. This was started by Opera expatriates, who missed the original Opera’s community and look-and-feel. These browsers are all based on Google’s open-source Chromium code.

    Yes, that’s right. All these browsers, except Firefox, are essentially, if not twins, very close siblings. You might think that this would mean they’d all have pretty much the same performance. You’d be wrong. 
    I benchmarked these browsers on my Windows 10 test PC, a Dell XPS 8910. It’s powered by a 3.4GHz Intel Core i7-6700 Quad-Core Processor, backed by an NVIDIA GeForce GTX 750Ti graphics card with 2GB of graphics memory. This system is running with Windows 10 Home, Version 2004. This older tower PC comes with 16GB of RAM and a 1TB 7,200 RPM hard drive. For networking, the system is connected to a 100Mbps internet connection via a Gigabit Ethernet switch. 
    JetSteam 2
    First up: JetSteam 2.0, which is made up of 64 smaller tests. This JavaScript and WebAssembly benchmark suite focused on advanced web applications. It rewards browsers that start up quickly, execute code quickly, and run smoothly. Higher scores are better on this benchmark.
    JetStream’s top-scorer was Brave with 101.185. But, right behind it within the margin of error, were Chrome, 99.97 and Vivaldi, 99.329. Right behind these three was Opera with 98.688. Then Edge falls behind with a score of 94.967. The real surprise, though, was Firefox which trailed badly with 88.229.
    Kraken 1.1
    Next up: Kraken 1.1. This benchmark, which is based on the long-obsolete SunSpider, measures JavaScript performance. To this basic JavaScript testing, it added typical use-case scenarios. Mozilla, Firefox’s parent organization, created Kraken. With this benchmark, the lower the score, the better the result.
    To no great surprise, Firefox took first place here with 1,085.8 milliseconds (ms). Following closely on its heels was 1,104.5 ms. Then came Opera with 1,085.8 ms, Brave with 1,104.5 ms. and Chrome with 1,131.1 ms. Then, there’s a dropoff to Edge with 1,192.7 ms and, in last place, Vivaldi with 1,201.5 ms. 
    Octane 2.0
    Octane 2.0, Google’s JavaScript benchmark, is no longer supported, but it’s still a useful benchmark thanks to its scenario testing for interactive web applications. Octane is not Chrome-specific. For example, it tests how fast Microsoft’s TypeScript compiles itself. In this benchmark, the higher the score, the better.
    On this Google benchmark, Chrome took the blue ribbon with a score of 38,652. Right behind it in second place was Brave with 38,615. Then, there’s a dead-heat for third with Vivaldi at 37,836, edging out Opera with 37,822. Edge drops back with 36,497. And, way back in last place, you’ll find Firefox at 30,719.
    WebXPRT 3.0
    The latest version of WebXPRT is arguably the best browser benchmark available today. It’s produced by the benchmark professionals at Principled Technology This company’s executives were the founders of the Ziff Davis Benchmark Operation, the gold-standard of PC benchmarking.
    WebXPRT uses scenarios created to mirror everyday tasks. These include Photo Enhancement, Organize Album, Stock Option Pricing, Local Notes, Sales Graphs, and DNA Sequencing. Here, the higher the score, the better the browser.
    On this benchmark, Firefox shines. It was an easy winner with a score of 176. There was a bunch-up for second through fifth: Vivaldi, 157; Opera, 155;  Brave, 154; and Chrome 152. Then dropping off quite a bit, you’ll find Edge, 142, in last place.
    HTML 5 web standard
    You’d think by 2020, every browser would comply with the HTML 5 web standard, which became a standard in 2014. You’d be wrong. This “test” isn’t a benchmark. It just shows how close each browser comes to being in sync with the HTML 5 standard. A perfect score, which none got, would have been 550.
    For a real change of pace with web HTML compatibility, Microsoft, which in years past was dreadful at sticking to standards, took top honors with 532. Then, there’s a four-way tie for second-place, with Brave, Chrome, Opera, and Vivaldi at 528. In last place, believe it or not, is Firefox with 514.
    Final Results
    So, which is really the fastest? Frankly, the results are a real mixed bag. But, all-in-all, Brave, Chrome, Firefox, Opera, and Vivaldi all have their bright spots. Edge, however, performs consistently poorly. This may be because Microsoft is still getting a handle on its new Chromium-based version of Edge. With time, we can expect Edge’s developers to do a better job of tuning its performance. 
    Frankly, I don’t see any performance reasons to switch from one browser to another. I’ve been happily using Chrome for years now across platforms, and I won’t be changing. If you’re happy using Firefox or one of the others, go ahead and stick with it. There’s no compelling reason to switch browsers.
    Related Stories: More

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    5G unmade: The UK’s Huawei reversal splits the global telecom supply chain

    The decision the United Kingdom’s government made last February has now been unmade: In a stunning U-turn last July 14, admittedly prompted by United States policy, the UK’s Department for Digital, Culture, Media & Sport declared that technology made by Huawei will be expunged from the country’s telecommunications networks, including 5G Wireless and earlier generations, by the end of 2027.
    “The government agrees with the National Cyber Security Centre’s advice,” stated the Department’s secretary, Oliver Dowden, in a speech delivered on the floor of the House of Commons.  “The best way to secure our networks is for operators to stop using new affected Huawei equipment to build the UK’s future 5G networks. So to be clear, from the end of this year, telecoms operators must not buy any 5G equipment from Huawei. And once the Telecoms Security Bill is passed, it will be illegal for them to do so.”
    Last February’s initial decision by the same regulatory body, merely to limit Huawei’s participation in UK 5G but not permit it into the core of the network, was described by me in these pages as “a pinnacle event with potentially world-changing repercussions.” The next move, I argued, lay with the United States. Britain’s mid-July reversal suggests the US’ move was decisive.
    China’s response, as signaled by an article in Wednesday’s China Daily, is to assert that Huawei owns most of the intellectual property, in the form of patents, related to 5G — an assertion that is widely disputed outside China. Nevertheless, whether it’s as big as China thinks it is, it’s the next weapon in this new cold war:

    Currently, despite being the owner of the intellectual property, Huawei does not receive financial benefit from it, preferring a cross licensing system, exchanging access to its systems with rival companies.
    But it is within the company’s rights to end that approach in markets from which it has been excluded, meaning systems wanting to benefit from Huawei-owned designs and plans could have to pay for them. As other tech companies have already found out, this can be a lucrative and powerful position.

    Pinching yourself

    In March 2019 — back before mask wearing became the polarized political issue of our times — a report from UK-based Enders Analysis projected the possibility, if not the likelihood, of a permanently crippled telecom supply chain. That report cited the considerable consolidation in the global telecom market since 2004, during which time the world’s eight leading suppliers besides Huawei were condensed to just two — Nokia and Ericsson.

    As with most any other industry, telecommunications providers (“telcos” in the States, “telecoms” in Europe and the UK) don’t like to be locked down to any single supplier for a market. They would prefer, at the very least, to dual-source their suppliers instead. Eliminating Huawei from the market effectively makes their dual-source choice for them, potentially eliminating any price advantages that could be gained through negotiation.  “This would be a massive backwards step in supply chain terms,” the Enders team wrote, “with UK operators having to take whatever products have been developed for other markets, as opposed to being able to take a development lead.”
    Then last July, while ministers were pondering the repercussions of reversing their earlier decision, Enders projected the cost to the British economy of ripping and replacing Huawei equipment from its wireless networks. With Huawei equipment playing some role in the delivery of as much as 40 percent of Britain’s broadband connections, and with BT’s fiber infrastructure provider Openreach delivering connections to some 2.6 million premises nationwide, the cumulative cost for the nation, the Enders team estimated, would be between £1.5 billion and £2.0 billion over a period of as long as seven years.
    Those reports’ principal author is Enders Analysis head of technology, James Barford.
    “I think ideally, you would want three global suppliers,” Barford told ZDNet.  “It would be good if there was a way we could work globally to aid their survival. But it is a global question; it’s very hard for an individual country to solve that problem, because you need global scale.”

    “The P.R. problem isn’t that Huawei is the only place that makes 5G. The P.R. problem is, Huawei is a tool of the Chinese government, and if you buy from them, you’re giving up your privacy.”
    — Dr. James A. Lewis, Senior Vice President, Center for Strategic and International Studies
    The UK would prefer to be in a position where it could take what steps are necessary to rectify a supply or innovation problem, in an industry upon which so much of its national interests, and even its self-image, depends. Today, Nokia finds itself underwater on account of costly design mistakes (since last year) and shareholder abandonment. As Barford asserted, in a market where the number of available suppliers is artificially pinched to one or two, and one of those suppliers is being widely talked about as a rescue-mission takeover target by the other, it’s unlikely, if not impossible, for any single country — not the UK, and not the US (despite the wishes of Attorney-General Barr) — to step in and play rescuer. Sidestepping protocols to grant Nokia special contracts would be illegal or, in the absence of regulatory enforcement, at least unethical.
    Meanwhile, insofar as the China market is concerned, stated Barford, “the volume in China is such that, if you’re not doing well in China, it’s very difficult to be doing well globally. The problem is, the more Huawei gets attacked in the US and Europe, the better it seems to do in China. Huawei grew its revenue in the first half of the year!”
    Indeed, Huawei’s growth figure is 13.1 percent year-over-year, in H1 2020. Losses in global markets on account of growing skepticism about the company’s intentions, as well as growing contempt for China over the coronavirus, were more than offset by surging sales at home. The post-pandemic boom there is being credited for surging consumer demand. Huawei’s domestic smartphone sales surged by such a level that it overtook Samsung as the world’s leading smartphone producer.
    Clean hands

    As US and UK policy now both perceive it, Huawei is China. China’s hands, at least in the metaphorical sense, are being portrayed as dirty from human rights abuses, dirty from reneging on trade deals, and dirty from its initial international, denial-laden response to the novel coronavirus.
    Washing one’s hands has become both popular and necessary these days. In May, the US State Dept. cleverly leveraged the mental image of hand washing to its advantage, releasing a recommendations list it calls Criteria for Security and Trust in Telecommunications Networks and Services. Produced by the Washington, DC-based Center for Strategic and International Studies, the document steps away from the argument that China could force Huawei to use 5G systems for its own espionage. In its place are 31 recommendations, none of which mention any country in particular, but which directly bind the intent of any 5G equipment supplier to the policies of the country in which it’s headquartered. Preferably there should be an independent judiciary, the document suggests, under a legal system that respects “the presumption of innocence and the right to a public hearing.”
    There’s also this:

    Suppliers are less trustworthy if they exhibit a pattern of behavior and practices outside widely accepted international commercial norms that indicate interdependence between a company and a host government. The criteria for assessing this include, for example, legal or formal requirements that government or political party representatives be part of a supplier’s administration or management, have arbitrary access to company data and operations or can compel cooperation or impose obligations for intelligence purposes on the company without it having the right to appeal to an independent judiciary.

    In its adoption of the CSIS document as the official policy of the US Government, the State Dept. launched its international campaign to promote a kind of post-Huawei, post-COVID technological hygiene. It dubbed this campaign “Clean Networks.”
    “The tide is turning against Huawei as citizens around the world are waking up to the danger of the Chinese Communist Party’s surveillance state,” read a statement issued in late June by Secretary of State Mike Pompeo. In that statement, Pompeo cites and effectively certifies France’s Orange, India’s Jio, Australia’s Telstra, South Korea’s SK Telecom, Japan’s NTT, and the UK’s O2 as having made commitments to become “Clean Telcos.” And he quotes Telefónica CEO José María Álvarez-Pallete López as having already achieved this goal, declaring Telefónica a “5G Clean Path company,” and his company’s network for Spain as a “fully clean network.”
    The principal author of the Criteria for Security and Trust document is CSIS Senior Vice President for Tech Policy, Dr. James A. Lewis.
    “If Huawei went away tomorrow — if there was a loud popping noise, and there was only a big grease stain [left] — it wouldn’t slow down 5G at all,” Dr. Lewis told ZDNet.
    “It would be a godsend to Nokia and Ericsson, but it’s not going to happen,” he continued.  “Yes, they’re an important company. Yes, they play a big role. But the idea that they dominate or lead is just complete fiction. . . Huawei has a tremendous public relations firm — they pump out all this nonsense, ‘Huawei is the only company that can make 5G.’ Oh, horses**t. Horse manure, if you prefer. It’s like the rest of the Chinese state. They have a Leninist propaganda machine, and they crank out this stuff.  ‘China did not do a bad job in handling COVID.’ Oh, right! You get this overwhelming flow, and Huawei is part of the Chinese propaganda machine.”
    Should the equipment providers for “clean networks” simply resume their march towards a sustainable business model, undaunted by Huawei’s absence — or the billions that countries may absorb in erasing any trace of its presence?
    “Huawei’s finally caught by its own track record,” responded Lewis, “which is, it’s probably one of the least trustworthy companies in the world.” He cited a Canadian government official who recently told him that no one, from his perspective, trusts Huawei in Canada.  “Some countries don’t care,” he added, “so Huawei’s going to be dominant in Africa. It’ll do well in Southeast Asia [and] the Middle East. But Huawei needs to do more on P.R., and the P.R. problem isn’t that Huawei is the only place that makes 5G. The P.R. problem is, Huawei is a tool of the Chinese government, and if you buy from them, you’re giving up your privacy.”
    “I don’t think Huawei is run by the Chinese state,” remarked Enders’ James Barford.
    “I think China is a lot more complicated,” he continued.  “It’s not like North Korea or Venezuela in terms of the power of the state. It’s very authoritarian in some ways, but you also get really quite entrepreneurial companies popping up within it. It’s kind of more complicated than to say, here’s this authoritarian state, and that means every company within that country is suspect, and is somehow controlled by that state. I don’t think it quite works that way.”

    “What we don’t want is a situation where Huawei and ZTE work in China, Ericsson and Nokia work in the rest of the world, Samsung does a bit here and there. . . and at the basic standards level, suppliers aren’t working together.”
    — James Barford, Head of Technology, Enders Analysis
    With respect to technological security, Barford pointed out that a more effective method for disrupting a 5G network may involve, rather than a cryptographic back door that leads to a “kill switch,” a baseball bat. Any actual or would-be authoritarian state with interest in disrupting a system upon which another state’s citizens are dependent, could easily float some tinfoil-hat conspiracy theory on Twitter or Facebook. Probable case in point: the notion that 5G generates coronavirus, which not only led to acts of vandalism against cellular towers throughout the UK, but the publication (and subsequent withdrawal) of at least one purportedly serious medical study.
    “There’s a reasonably big base station near where I live,” noted Barford, “and the power supply is at the ground level. You just have to rip out the cords; it’s not that hard. There’s a fence, yeah, but it’s not a high fence. You need a latter and a pair of very insulated wire cutters, and you can stop it working.”
    Barford suggested that the type of conspiracy theory which would lead one to suspect Huawei is a propaganda tool of the Chinese state, isn’t really clever enough for a 21st century scenario, where the more clever approach is typically lower-tech — apart from a few behavior-tracking algorithms.
    “I think you should be looking for a kill switch in everybody’s equipment,” he told ZDNet.  “Because you don’t know which factory it’s been through. You don’t know who’s been bribed by whom. Is it only Chinese nationals who can do things on behalf of the Chinese state? I don’t think so; they’ve got money.”
    Three ways to doomsday

    Back in July 2019, ZDNet cited former FCC CTO Dr. Henning Schulzrinne as having asserted that the prevailing anti-China theory at the time — that Huawei could leave open a technological back door for its master country — would be both technologically impossible for 5G, as well as unacceptable in a market-driven economy. Since that time, this theory has been abandoned.
    “Huawei doesn’t need a back door. They have a front door,” remarked CSIS’ Dr. Lewis.  “They own the updater, they get status reports from the equipment sent back to Shenzhen, they do in some cases operate the networks.”
    In his testimony before the Senate Commerce Committee last March 4, Lewis explicitly asserted that Nokia and Ericsson would both produce better 5G technology than Huawei, which a European Union-commissioned study found to be producing equipment that was vulnerable to exploitation. As he told Congress:

    US companies are strong in the markets that 5G will enable. We face tough competitors, but chief risk to US strength in 5G innovation is badly designed privacy rules. The doomsday argument is that, because of slowness in 5G deployment and the allocation of the wrong spectrum frequencies, American entrepreneurs will not be able to take advantage of 5G. But the US is not slow in 5G deployment, and spectrum allocation is not an obstacle.

    There are two other doomsday arguments, the first of which will be familiar to ZDNet readers. It’s that a disconnected global supply chain will lead regional markets to spin out unto themselves. In the absence of a clear American leader, and because the reach of those markets would all be limited and competition reduced, the cost of equipment would be higher, the speed of innovation would be slower, and the likelihood of global investment activity would be much lower, if not in certain cases, zero.

    “For the Europeans, I get that they want technological sovereignty. We have to accept that. We have to support it.”
    — Dr. James A. Lewis, Senior Vice President, Center for Strategic and International Studies
    It would be the quintessential catalyst for market fragmentation.  This was the argument being made by every telco, every equipment producer, and every telecom analyst with whom we spoke two years ago, without exception, back when the world seemed more cooperative, and globalization was a good thing. 
    “What we don’t want,” explained Enders’ James Barford, “is a situation where Huawei and ZTE work in China, Ericsson and Nokia work in the rest of the world, Samsung does a bit here and there. Ultimately, telecoms companies everywhere have reduced choice, and at the basic standards level, suppliers aren’t working together. The best ideas aren’t winning through. At the moment, if one of Ericsson, Huawei, and Nokia have a good idea, the others have to follow. . . to keep up. But we don’t want to be in a situation where one of them has an innovation, and the rest of the world just kind of carries on. If Huawei has an innovation that makes China better, the rest of the world just misses out.”

    Dr. Lewis chuckled a bit at this scenario. His assertion is that technology standards at all levels, but especially technology, become global by nature. Yes, countries may seek to assert some type of sovereign control over Internet traffic — besides China, Germany and Russia have also staked claims to digital sovereignty, and observers do perceive this as a global trend. But the technology that enables this sovereignty can, and probably will, depend on globally interdependent standards that are being designed and decided upon at a different level of the conversation, believes Lewis.  “We’ve only started thinking through these technologies that will allow governments to exert greater control,” he told us.  “I think that’s inevitable.”
    Just as a plethora of digital communications protocols eventually gave way to TCP/IP, argued Lewis, wireless telecommunications is following the same trend. The drive toward interoperability will force the technologies at the core of the network to become lower-margin, less consequential businesses — less so than the applications built atop the single stack. This trend, he believes, is orthogonal to the evolution of the telecom supply chain.  “When you move to this IP-based, white-box telecom world, some of these issues are just going to go away.”
    But what if these applications from which 5G would bear fruit, don’t take root on a broad enough geographical scale to be profitable investments? That’s the other doomsday argument, as articulated by Barford: Telecommunications and information technologies have essentially merged into one industry, he stated, essentially agreeing with one of Lewis’ premises. But if the supply chains for both technologies not only separate from one another again, but subdivide amongst themselves on sovereignty lines, then investment in the businesses that constitute these chains — especially the startups seeking to produce new applications — will become withdrawn. Funding for new ventures will dry up, and so much for autonomous vehicles.
    “You don’t want to reverse it, so that telecoms equipment once more is the slightly doddering uncle of the rest of the IT industry,” Barford said.
    “Some politicians like the idea of their national champions,” he continued, citing some MPs’ continued despair about ARM Holdings, the former jewel in the British crown, selling itself to Japan’s SoftBank in 2016.  “This is madness. The American tech sector isn’t strong because it’s got Cisco, Facebook, or Google. It’s strong because it’s got a thousand small startups developing the next thing, and Cisco’s hoovering up a lot of them. A lot of the technology is developed by startups — small, specialized companies that do one thing, and do it very, very well. . . Most of the employment will always be in companies that will be eventually acquired. And you’re shooting yourself in the foot by saying you can’t be acquired. Who’s going to invest in that? Who’s going to want to be a founder of that, if you don’t have your upside? You’ll stick with working for the American giants; you won’t form your own startup.”

    “I think you should be looking for a kill switch in everybody’s equipment… Is it only Chinese nationals who can do things on behalf of the Chinese state? I don’t think so; they’ve got money.”
    — James Barford, Head of Technology, Enders Analysis
    “There’s a lot of maybe’s in that argument,” responded CSIS’ Lewis.  “There’s a series of conditions.”
    Venture capitalists, he argued, think in simpler terms.  “They want to make 10x,” he said, “but they’ll settle for 3x. I think we’re seeing a world that has more money than ideas. That would be a good thing to change.”
    Besides, added Lewis, it may be foolish to assume that the money put to use in chasing good ideas, is entirely global in nature. He cited the Chinese government’s interest in slashing foreign investments. There are plenty of good ideas emerging from unusual product segments — one example Lewis cited was “food tech.” If a food tech idea looks good enough to a VC, simply put, it will invest. But if it looks good enough to China, he said, its response would be different.
    “Are the Chinese going to say, ‘No, we’re always going to buy Chinese food tech?’ The first thing they do is try and copy it. But if that doesn’t work, then they’re going to buy it. I think that’s one of the problems: There’s not going to be a bifurcation in the global market. Americans will still sell some stuff to the Chinese; the Chinese will still sell some stuff to the Americans. Europeans will sell to both. It could happen, but right now the problem is, more money than ideas.”

    In Lewis’ analysis, there are three principal trends underlying the costs of 5G technology:
    The short-term costs of purging Chinese technology, which would cause an uptick;
    Countries protecting their own industries by not buying China-subsidized technology, which would level off that uptick;
    The long-term, inexorable move to white-box telecom equipment at the core, which will restore the downward price trend to the level it was, making this near-term event a blip on the radar.
    “People need to stop pretending that we’re not in a dispute between two very different kinds of systems,” asserted Lewis.  “For the Europeans, I get that they want technological sovereignty. We have to accept that. We have to support it. But they’re much more likely to get a deal that’s consistent with their values, and with the rule of law, working with the US than with China.”
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