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    Elon Musk: SpaceX's Starlink broadband public beta ready to go after latest launch

    After several delays, SpaceX has finally launched its 12th Starlink Mission, which brings its internet-beaming satellite constellation to just under the 800 it needs to deliver moderate coverage in North America.  

    Networking

    With this latest launch at Tuesday, 7:29 am EDT from the Kennedy Space Center in Florida, SpaceX has now launched 775 Linux-powered Starlink satellites. But, via CBS News, only 728 Starlink satellites remain in orbit, according to astronomer Jonathan McDowell’s latest Space Report.  
    As noted by Space.com, before Tuesday’s successful Starlink launch, SpaceX had scrubbed four attempted launches due to weather and other issues. SpaceX integration and test engineer Siva Bharadvaj said Tuesday was “a happy end to Scrub-tober”.
    SEE: Network security policy (TechRepublic Premium)
    More importantly for broadband-starved potential customers in the US, this latest batch of 60 Starlink satellites clears the way for a public beta in northern US and possibly southern Canada. 
    “Once these satellites reach their target position, we will be able to roll out a fairly wide public beta in northern US and hopefully southern Canada. Other countries to follow as soon as we receive regulatory approval,” tweeted SpaceX CEO Elon Musk. 

    Starlink has been running a private beta since July in parts of northern US and while it has had coverage of southern Canada, services there are pending regulatory approval. However, the private beta was largely limited to SpaceX employees, according to TechCrunch. 
    One group Musk said SpaceX has prioritized is emergency services. Last week, the Washington state military’s emergency-management unit revealed it had been using seven Starlink end-user terminals for connectivity since early August in fire-ravaged parts of the state.    
    In an update after Tuesday’s launch, SpaceX said the way Washington’s first responders deployed Starlink in Malden, just south of Spokane, Washington, is “representative of how Starlink works best – in remote or rural areas where internet connectivity is unavailable”.
    The public beta means more would-be Starlink customers, who are looking to ditch sub-par broadband connections, traditional satellite services, and mobile broadband substitutes, will have a chance to test SpaceX’s satellite broadband service. 
    SEE: Starlink starts to deliver on its satellite internet promise
    Starlink satellites orbit Earth at an altitude of about 500km, or 311 miles, far closer to Earth than traditional conventional satellite broadband services.    
    Richard Hall, the emergency telecommunications leader of the Washington State Military Department’s IT division, vouched for Starlink’s broadband throughput, low latency, and ease of setting up the ‘UFO on a stick’ end-user terminals.  
    SpaceX in August applied to the Federal Communications Commission to boost the number of end-user terminals it’s permitted to deploy from one million to five million, after 700,000 US residents signed up to be updated about the service’s availability.
    SpaceX recently presented the FCC Starlink internet performance tests showing it was capable of download speeds of between 102Mbps to 103Mbps, upload speeds of 40.5Mbps to not quite 42Mbps, and a latency of 18 milliseconds to 19 milliseconds. 
    However, SpaceX still has some way to go in ramping up production of the end-user terminals. Currently, it has the capacity to produce “thousands of consumer user terminals per month”. 

    The latest launch means SpaceX has now launched 775 Linux-powered Starlink satellites.
    Image: SpaceX
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    Amazon brings Eero mesh Wi-Fi to ISPs

    When it comes to covering your home or small office — which are often the same things these days — with Wi-Fi, it’s hard to beat mesh networking. Now Eero, an Amazon company, is introducing Eero for Service Providers. This is an all-new hardware and software offering designed to help internet service providers (ISPs) meet customers’ increasing demands for exceptional home Wi-Fi.
    This is not just a bundling of a selection of Eero Wi-Fi mesh routers with your existing internet service. It also includes remote network management for your ISP and security and privacy management tools for you.
    The bundle starts, of course, with the routers. Besides offering Eero’s existing whole-home mesh Wi-Fi systems to customers, ISPs will also get access to the all-new Eero 6 series. These come with Wi-Fi 6. This new Wi-Fi technology supports faster speeds and more simultaneously connected devices. Eero claims that this is its fastest Wi-Fi network yet. 
    There are two models:

    The Eero Pro 6, which is a tri-band router that offers a single band and connects via 2.4GHz, but it also offers two bands for 5GHz to allow more devices to connect at the fastest speeds. It can cover up to 2,000 square feet per router. 
    View Now at Amazon

    Eero Pro 6’s less expensive brother, the Eero 6, is a dual-band device that can cover up to 1,500 square feet. Both the Pro 6 and Eero 6 have two Ethernet ports and a USB-C port for charging devices.
    View Now at Amazon
    These new devices also come with a built-in Zigbee smart home hub. This IEEE 802.15.4 personal-area network standard Internet of Things (IoT) hub lets you manage compatible IoT devices on your networks. This way you don’t need a separate Zigbee hub. 
    The new Eero Secure will give both users and ISPs advanced security and privacy subscription service. This blocks malware, spyware, phishing, and other malicious threats. It also comes with built-in, ad blocking, and content filtering
    For ISPs, Eero Insight builds on Eero’s existing Remote Network Management software. This combines monitoring user history to predict and address customer problems before they change from annoyances to real problems. It also includes network monitoring tools such as a network topology viewer, historical speed tests and bandwidth usage, RF diagnostics, alerts, audit logs, outage detection, fleet analysis, and network health. 
    For users, all this should mean a more reliable internet connection and that’s always good news.
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    ATO sticks with Optus for AU$233m quintet of managed network contracts

    Image: Asha Barbaschow/ZDNet
    Optus Business announced on Tuesday it has picked up a quintet of managed network services contracts totalling AU$233 million from the Australian Taxation Office (ATO).
    The telco said under the terms it would deliver all fixed voice, mobile voice and data, bulk SMS, unified communication, contact centre, and network management services. The ATO has over 24,000 end users across more than 60 locations, it added.
    “ATO’s contact centre operations are some of the most advanced in the country, with call volumes peaking to more than 100,000 calls per day,” Optus said.
    “These operations are enabled with advanced call routing, an award-winning digital agent (‘Alex’) and the largest pool of voice biometric data in the country to deliver enhanced ATO customer experience outcomes and reduce fraudulent activity.”
    Tempting fate, Optus Business managing director Chris Mitchell said security was central to discussion around the deal.
    “The ATO and Optus Business will continue to focus on security as a core component to the ongoing design and delivery of services to ensure the continuous protection of the ATO, its data, and its interactions with Australian citizens and businesses,” he said.
    The ATO initially selected Optus for its managed network in 2009 when it displaced Dimension Data. The contracts were extended in 2015.
    Earlier on Tuesday, Optus announced it was price matching the “upfront retail price” of 5G handsets from competitors.
    Not to be left out, Telstra said on Tuesday morning it had conducted a series of tests in Sydney between its network and a “competitor network”, in places where both networks have five bars of coverage. Telstra claimed it won in every test and was around 50% faster.
    The unnamed competitor was Optus, as shown on its social posts.
    Although Telstra said it had triple-digit speeds in all of its tests, a speed test conducted last week in an area with two bars of 5G coverage received only 91Mbps down and 3.3Mbps up. A test in the same location on LTE received 63Mbps down and 13.4Mbps up.
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    Windows 10: Microsoft's new 2004 update fixes bug that stopped WSL 2 working

    Microsoft has released an optional preview update for Windows 10 version 2004 that addresses Windows Subsystem for Linux 2 issues that emerged after September’s Patch Tuesday update. 
    The preview update KB4577063 for Windows 10 version 2004, aka the May 2020 Update, bumps up this version to build number 19041.546.

    Windows 10

    This preview update brings many of the same fixes Microsoft released in last week’s 20H2 Beta preview for Insiders on the Release Preview Channels. Microsoft is expected to release 20H2, or the Windows 10 October 2020 Update, either this month or in November.
    SEE: Windows 10 Start menu hacks (TechRepublic Premium)
    Two key issues addressed in this optional update for Windows 10 2004 are the WSL 2 bugs and a lingering connectivity issue with WWAN LTE modems.
    The update addresses an issue in WSL that generates an ‘Element not found’ error when users try to start WSL. 
    The other is a connectivity issue affecting devices with certain WWAN LTE modems, which prompted Microsoft to impose a safeguard hold on August 31, preventing users on Windows 10 1903 and 1909 from upgrading to Windows 10 2004. 
    “Addresses an issue with certain WWAN LTE modems that might show no internet connection in the notification area after waking from sleep or hibernation. Additionally, these modems might not be able to connect to the internet,” Microsoft notes. 
    With this LTE modem fix, Microsoft is preparing to remove the block on Windows 10 2004 upgrades in mid-October, likely after Microsoft releases the October Patch Tuesday update, which is scheduled for October 13. 
    This update adds a notification to Internet Explorer 11 to alert users that support for Adobe Flash ends December 2020. It also addresses an issue that causes games using spatial audio to stop working, and reduces distortions in Windows Mixed Reality head-mounted displays. 
    Like the update for 20H2, it ensures new Windows Mixed Reality HMDs meet minimum specification requirements and default to a 90Hz refresh rate and adds support for certain new Windows Mixed Reality motion controllers.
    SEE: Seven Windows 10 annoyances (and how to fix them)
    Some applications that use Windows APIs to check for internet connectivity were not opening because a network icon was incorrectly displaying ‘No internet access’. That should be fixed now. 
    “This issue occurs if you use a group policy or local network configuration to disable active probing for the Network Connectivity Status Indicator (NCSI). This also occurs if active probing fails to use a proxy and passive probes fail to detect internet connectivity,” Microsoft explained.

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    Optus offering NBN users the chance to pay AU$10 for fewer hops

    Image: Getty Images/iStockphoto
    Optus announced on Friday a new routing product named Game Path where NBN users will be able to pay AU$10 a month for fewer hops of their traffic.
    The company is targeting gamers, with users needing to run an application in Windows to take advantage of it. The Singaporean-owned telco said Game Path can “reduce lag on average by 30% — which can mean the difference between life and death in a PC game”.
    Optus told ZDNet it was not using any traffic prioritisation, explaining that NBN connections would remain TC-4. Instead, traffic will travel over the fastest available path “using proxy technology, choosing the most optimal/lowest latency path for gaming traffic across the internet”.
    “It does this by accessing hundreds of POPs all over the world and constantly analysing the fastest path to gaming servers,” a spokesperson said.
    “This will create the most benefit when considering international-based servers.”
    The company said in the future it might have the ability to make the routing “100% network-based”, but this would depend on what is learnt from the current offer.
    “The app is required to identify the real-time communications traffic on the PC and apply the routing via proxy technology,” it said.
    “The more people using Game Path, the smarter it will get overtime.”
    On Thursday, Optus-owner Singtel announced its current consumer business chief Yuen Kuan Moon would assume the role of group CEO next year when Chua Sock Koong retires.
    Earlier that day, Optus also announced it was partnering with Australian National University to develop a national system to detect and extinguish fires using a mixture of satellites, drones, and robotics.
    “We hope to develop a system that can locate a fire within the first few minutes of ignition and extinguish it soon afterwards,” ANU vice-chancellor Professor Brian Schmidt said.
    “ANU is designing and looking to build highly innovative water gliders with autopilots that will extinguish fires within minutes of them igniting.”
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    Digital pioneer Geoff Huston apologises for bringing the internet to Australia

    Geoff Huston is an Internet Hall of Fame global connector, an honour which acknowledges his “critical role” in bringing the internet to Australia in the 1990s.
    “While the Internet was still in its infancy in the US, he was able to complete the construction of a new and rapidly growing network within a few months,” the organisation wrote.
    On Thursday, Huston apologised for that.
    “The internet is now busted, and to be perfectly frank, it’s totally unclear how we can fix it. We can’t make it better,” said Huston, now chief scientist with the Asia Pacific Network Information Centre (APNIC).
    “I’m sorry, I’m really sorry,” he said.
    “I actually want to apologise for my small part in this mess we find ourselves in, because it all turned out so horrendously badly.”
    Huston is well-known in Australian internet technical circles for his cheerfully pessimistic presentations.
    He has, for example, called the internet’s traffic routing system, the Border Gateway Protocol (BGP), a screaming car wreck. Failing to secure the domain name system is savage ignorance.
    But during his opening presentation to the NetThing internet governance conference, he cast his net of doom far wider.
    In Huston’s eyes, the internet’s collective failures include shoddy programming, haste, lack of regulation, and expensive cybersecurity organisations that are tackling the wrong problems.
    “The world of programmers and code generators is actually a world of really, really shocking work,” Huston said, singling out the agile methodology for particular blame.
    “[Agile is] the incentive to write even shittier code, even faster, and more of it, because obviously, that’s what we need,” he said with considerable sarcasm.
    “With no desire to actually build truly secure systems, in the rush to digitise our world of services, we’re taking extraordinary risks … We cut corners and built fast, shitty code. Maybe we should have said no and walked away from the keyboard. But I didn’t. I’m sorry.”
    All the “shiny, bright cyber defence bodies” spend millions and trillions trying to defend internet users, Huston said, while reiterating that they are currently tackling the wrong problems.
    “The problem isn’t the folk who are driving all those trucks through these gaping holes. The problem is that it was the people like me who produced insanely shitty code in the first place that made all these holes,” he said.
    “The term ‘web security’ is the punchline to some demented sick joke.”
    “We had a lot of really wonderful expectations in the late 80s when we thought computers and communication were going to do wonderful things,” he said.
    “Where we’ve ended up is rigged elections, fake news, the destruction of livelihoods, the creation of an entirely new global economy based only on surveillance capitalism.”
    Huston noted that humans are social animals and that internet pioneers had recognised their ability to change the way society communicated. In doing so, they also recognised that this could change the nature of human society, but they simply didn’t take this to heart, he said.
    “None of us envisioned that perversion of our nobly motivated ambition into the sewage of Twitter, the deluge of waste products from the Facebook factory,” he said.
    “We only choose to listen to what we agree with these days. The internet’s a gigantic vanity-reinforcing distorted TikTok selfie. And for my part in all this, I am sorry.”
    Geoff Huston is an optimist
    Malcolm Crompton, once Australia’s first privacy commissioner, now a privacy adviser, was even more pessimistic.
    “I think that Geoff was actually being an optimist. I really worry for where we’re at,” Compton told the conference.
    “We’re not dealing with a data problem. We’re not dealing with a privacy problem. We’re dealing with a social issue. We’re dealing with people issues,” he said.
    “If we forget people, humanity, dignity, respect, freedom, all those other wonderful words, then we’re not heading in the right direction.”
    We’ll use technology to get there, but technology itself isn’t the solution, he said.
    Crompton agrees with some parts of the final report [PDF] of the recent Digital Platforms Inquiry by the Australian Competition and Consumer Commission (ACCC), particularly the need to address the power imbalance between consumers and the major digital platforms.
    “The ACCC’s view is that few consumers are fully informed of, fully understand, or effectively control, the scope of data collected and the bargain they are entering into with digital platforms when they sign up for, or use, their services,” the organisation wrote.
    The ACCC also said people should be told more so that they can take control, and should be told in a succinct way so that they can understand.
    Crompton disagreed with this, however.
    “Don’t expect people to be able to take control by being told more or better,” he said.
    “It doesn’t work like that way in the world around us, guys.”
    What does work, he said, is things being made safe thanks to a third party writing safety rules or standards that specify how things should be done. Think building codes, automative and aviation safety standards, accounting rules, and so on.
    “And unless there are significant market forces that deliver against those rules, there is usually another third party body that makes sure that those rules, frameworks, guidelines, laws are in fact respected and obeyed,” Crompton said.
    “Almost everything in the world around us has been made safe for us by third parties we’ve never met who make sure that we can live our lives safely and that we don’t get killed,” he said.
    “For some reason we’re stuck in this anomaly with data; that the only way we’re supposed to control the data around us is for us to understand what’s going on.”
    Due to this, the ACCC’s recommendation of a modified Privacy Act isn’t the solution, according to Crompton.
    “Quite frankly, again to offer another contradiction, the General Data Protection Regulation from Europe is the best privacy law ever written — for the 20th century. It’s not fit for purpose for the 21st century.”
    Cybersecurity needs to address network fundamentals first
    BGP is fundamental to the security and reliability of the internet, but as Huston has previously noted, it’s a “system that relies on the propagation of rumours”. That can be fixed by deploying the so-called Resource Public Key Infrastructure (RPKI) Route Origin Authorisations (ROAs) to certify the truth of routing messages.
    In Australia, for example, Telstra started rolling out RPKI in June, completing that work on its domestic network in July. But these technologies aren’t as widely deployed as they could be.
    “If you look at Australia as a whole, less than 20% of the addresses are signed,” said Aftab Siddiqui, senior internet technology manager at the Internet Society.
    This means that, even in 2020, more than 80% of Australia’s network operators cannot be bothered.
    “Even though it is for free, you don’t have to do anything. It’s just go on a portal supported by APNIC; just go there and just click,” Siddiqui said.
    “Yet still, you’re not willing to do that.”
    It may seem that we’ve already got so many things to worry about, but Huston added another 14 in his penultimate slide.
    They were: digital privacy and anonymity; web security; encryption; quantum computing; AI; advertising models; digital markets and subsidies; cyber warfare; IoT; (any kind of) security; ubiquitous crap software; monopolies; a corrupted political sector driven by lobby interests; and an eviscerated public sector.
    If you want to sleep tonight, Huston said, try to forget about all of them.
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    Nokia launches ‘world-first’ 4G, 5G automation network slicing solution

    Nokia has introduced a “world-first” 4G and 5G automation network slicing solution suitable for vendors seeking to cut the costs associated with increasing networking capacity. 

    Special Feature

    The networking equipment provider said on Thursday that the new network slicing system leverages Nokia’s end-to-end slicing network functionality for 4G and 5G New Radio (NR), first announced in February, which has been designed for applications running in both public and private clouds. 
    In addition, the system utilizes Nokia’s cloud-native Digital Operations Center software, a modular offering which “provides a secure and fully automated process to design, deploy and operate network slices at scale across multi-vendor, multi-domain and multi-technology environments.”
    See also: 5G: BT picks Nokia to power networks as UK starts to phase out Huawei
    The mobile networking solution has now been bolstered with automation capabilities, a feature Nokia says extends the capabilities of existing network slicing products and “offers operators an unmatched solution to deploy network slices within minutes instead of hours or days.”
    Nokia claims that the products, now improved with an “extreme automation” backbone, now allows communication service providers (CSPs) to reduce their operational costs and quickly deploy new network slicing to match the rising demand for high-speed mobile services, a potentially tantalizing prospect with the rollout of 5G. 
    The new 4G and 5G slicing system complies with 3GPP and IETF slicing specifications and is compatible with Nokia’s NetAct and SON/Self-Organizing Networks and Network Services Platform/NSP. 
    CNET: Not even the coronavirus can derail 5G’s global momentum
    Engineers have also included a new network management tool and controller suitable for radio, transport, and core domains. 
    Vendors will be able to create, modify, and delete large swathes of slices in real-time and create different customer policies and profiles depending on clients — whether they are SMBs or large enterprise players. 
    According to the company, the new automation facilities, controllers, and assurance tools simplify network functions at the service layer by automatically sending instructions to domain controllers through open APIs. Each domain controller then determines how best to manage network slicing and will embed assurance monitors for analyzing performance. In addition, closed-loop optimization is implemented. 
    TechRepublic: 5G mobile networks: A cheat sheet
    The first deliveries of the new solution are planned for the end of 2020.
    “Nokia is the first vendor to provide slicing in LTE and 5G networks in a multivendor network environment,” commented Sasa Nijemcevic, Head of Network Automation for Nokia’s IP/Optical Networks unit. “By adding extreme automation capabilities, we are offering operators a single, modular solution that helps them deliver a new wealth of services at unprecedented speeds.”
    Previous and related coverage
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    This 'unhackable' network uses the weird power of quantum physics

    BT and Toshiba have deployed an ‘unhackable’ quantum network that uses streams of photons to encrypt sensitive communications.
    A trial of the network, which is the first of its kind in the UK, will see data transmitted between two engineering facilities in Bristol using encryption keys streamed as ‘encoded’ particles of light.  

    Quantum Computing

    The 6km network connecting the National Composites Centre (NCC) and the Centre for Modelling and Simulation (CFMS) will use Toshiba’s Quantum Key Distribution (QKD) to secure data traffic sent between the two sites via BT’s Openreach fiber infrastructure.
    SEE: IoT: Major threats and security tips for devices (free PDF) (TechRepublic)
    QKD is used to distribute secret digital keys, which can be used along with an encryption algorithm to either encrypt or authenticate encoded information.  
    The technology solution developed by BT and Toshiba allows both the quantum keys and network data to be transmitted within a stream of photons along the same fiber cable, using a technique called multiplexing.
    Eventually, the technology could allow quantum-encrypted data to be sent across distances of up to 120km, potentially spanning cities and other metropolitan areas.
    NCC will use the quantum-secure link to demonstrate the potential for the offsite control of factories using 5G, while CFMS is hoping to better understand how encryption techniques can secure data used within AI and digital-twin applications.
    The announcement marks the first deployment of QKD in the UK. However, Toshiba has been running trials of its technology in both Japan and the US, where QKD is being used to secure sensitive information for healthcare and financial services organizations.
    SEE: What is the quantum internet? Everything you need to know about the weird future of quantum networks
    In QKD, each bit of the key is encoded onto a single photon. Quantum theory dictates that, if anyone tries to read the encoded state of a single photon, it is immediately altered. This – in theory at least – makes it QKD almost unhackable.
    “It gives us a way to test for that type of eavesdropping on the optical fiber,” Dr Andrew Shields, head of quantum technology at Toshiba Europe, told ZDNet.
    “The laws of physics mean that if anyone gains any information about the encoded state, that inevitably changes the encoded state. So, eavesdropping can always be detected on the communications channel.
    “It’s a very strange idea – it’s the act of reading something [that] actually changes the result.”
    At the same time, because QKD is based on the laws of physics and not mathematics, it cannot be broken by the powerful computers of tomorrow, said Shields.
    “There’s a concern at the minute that we’ll have more powerful computers, and especially a quantum computer, that will be able to break a lot of the encryption we have today,” he said.
    “It will take some time before we have a large quantum computer, but if you have information that needs to remain confidential for several years, then it’s important that it’s encrypted today in a way that won’t be broken in the future.”
    SEE: The UK is building its first commercial quantum computer
    Previously, NCC and CFMS would have to load sensitive data onto physical storage devices and transport them back and forth between the two facilities.
    Another novel element of the BT and Toshiba trial is that it uses a standard fiberoptic solution supplied by BT Openreach, with QKD installed on top of it. Multiplexing filters out digital noise caused by ordinary data signals and allows both quantum signals and conventional network data to be sent along the same cable, meaning no additional infrastructure is needed.
    This could offer a cost-effective solution for telecoms operators hoping to introduce quantum cryptography to their networks, or for those looking to offer it as a service to privacy focused customers.
    Professor Andrew Lord, head of optical technology at BT, said: “This first industrial deployment of a quantum-secure network in the UK is a significant milestone as we move towards a quantum-ready economy.
    “The power of quantum computing offers unprecedented opportunity for UK industry, but this is an essential first step to ensure its power can be harnessed in the right way and without compromising security.”

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