..youve discovered what the rest of the world outside the tech bubble knew from day one.
Alphabet has stuck a pin in its Project Loon broadband project, which sought to use high-altitude balloons to extend connectivity to areas considered hard to reach by traditional telcos. Word of Loon's cancellation came from the company's CEO, Alastair Westgarth, who attributed the decision to problems in commercialising the …
Is beginning to look like a bet.
I saw a youtuber called Wranglerstar who homesteads in the Pacific Northwest, he had just set up a new account and received the kit and thought it was a little expensive but seemed to work well.
Time will tell if the system is good long term and in theory with more uptake should be cheaper.
What I liked, was that the system was fairly portable.
You must remember that with great uptake comes great contention.
The will come a point in densely populated areas when there will not be enough bandwidth for the number of users, but Starlinks only way to make more money will be to sign up more users.
Where is a Spiderman icon when you want one?!?
Starlink isn't comparable to Loon, it is targeting remote users in wealthy countries who (a) can pay and (b) don't have an alternative. The other thing with Starlink as I understand from a presentation last year... Speed of light is slower through optic fiber than space / air, so Starlink reckon they can get lower latency to do uplink to low-orbit sat, across sats and downlink to target than direct site-to-site connection with optic fibre. If they ca crack that one, it's a jackpot since banks and traders are willing to pay literally billions to have lower-latency connections to exchanges so their traderbots can gain a tiny advantage.
Meanwhile if you're trying to get broadband to the world's poorest billion people, doesn't matter how cheap you make the kit if your propspective 'customers' can barely buy food. From a commercial sense it would only work if government-sponsored.
The thing that I don't understand about Starlink's betting on all these banks and traders willing to pay billions for a lower-latency connection: they already have paid billions to locate their offices and datacenters as close to the exchanges as physically possible.
Why would having a low-latency satellite connection available in non-clearinghouse cities (i.e., not London, Tokyo, Chicago, or New York) matter to those "willing to pay billions" for a faster connection? All their trading logic is already as close as their billions can get them.
Good point, as the signal still has to come down to Earth somewhere. If the downlink facility isn't as close to the markets, then it's likely that just being closer to the market than the downlink is will be faster. Given that a lot of high-frequency trading equipment is already right next to the market servers, does Starlink plan on buying rooftop space in the same building? That cannot be cheap.
And what good is an automated trading system without the instructions on what to trade? It's not just the trading instructions themselves that benefit from a faster flow but also an inside track to the hints and news that make the human brains realize there's an inside track opening. Thus the thought that news traveling through the air can come in faster than the same info traveling over fiber.
Than a 'human' trader wouldn't be in the decision / data chain anyway. At that level, all of the trading is done computer to computer.
Remote photoshop contractors? Or single-parent Etsy shops that want to live in the boonies?
The economics of Starlink haven't really been questioned. It's a bubble company as much as the others are.
Agreed, but shaving a few nanoseconds or even a whole millisecond off that decision is unlikely to have any effect. Shaving that same timespan off the time a robotrader uses to get in first at the "perfect" moment to buy or sell is where it can make a difference.
if you're trying to get broadband to the world's poorest billion people, doesn't matter how cheap you make the kit if your propspective 'customers' can barely buy food. From a commercial sense it would only work if government-sponsored.
That's equally true of Starlink and Loon, so we're back to just plain price comparisons.
I previously looked-up weather balloon launches and found costs of around 1mil with endurance of 1mo. Even with the project able to get one to survive for 10 months, and presumably lowering the launch costs, we're still talking thousands of dollars per day in operating costs, for a mediocre data connection.
Balloons... Seriously, why not strap a WiFi repeater on the back of a large bird (a vulture?) too?
Balloons are unreliable, move around on their own randomly, and even in the best case they don't stay up for very long (apparently less than a year), meaning they need frequent replacement. They might be cheap individually, but if you consider the logistics required, I'm sure the cost skyrockets.
Sounds more like a "Let's create some buzz" project to me.
The system worked, they deployed a working system in the real world, so it's hardly as ridiculous as you're trying to make it sound. They got a lot further than most such interesting-but-slightly-impractical-sounding ideas do.
LEO satellites don't stay up long either, Starlink satellites only have a lifespan of ~4 years, and I'd imagine these balloons were a lot cheaper to replace than satellites are, which SpaceX is going to have to launch many thousands of every year even once their constellation is complete, just to replace the EOL ones. If you were comparing descriptions of Loon to Starlink before either had actually been done, I suspect Loon might have sounded more practical. Do you think Starlink is a "buzz" project as well? I suppose it isn't complete and we don't actually know for sure if it will be profitable, so maybe it is. Anyway, I give props to the Loon people for making an interesting idea work in the real world, albeit not profitably.
> The system worked
I don't deny that, it's the cost I'm questioning. And not the cost of building/launching one balloon, but the cost of maintaining at any time a coherent operational grid of balloons.
Well, satellites tend to stay on their calculated orbit, while balloons are randomly moved around by winds (yes, even in the stratosphere). And since they can't reposition themselves, they would have to be replaced at random, weather-dependent periods. Which mean additional, unscheduled launches and excess, redundant bunches of excess balloons over certain spots. Not very cost-effective, is it.
> Do you think Starlink is a "buzz" project
No, Starlink is something which technically is quite under control. My beef with Starlink is quite different, but OT in this case.
(Didn't downvote you BTW)
move around on their own randomly
The "clever" part of Loon, as I understand it, was the little compressor mentioned in the article. Using this to take Helium out of the envelope, compress it for storage and release it back into the envelope later, the system was able to control its buoyancy, In other words, it could ascend and descend at will.
Combining this ability with knowledge and forecasts of the wind at different altitudes, it was possible to keep a balloon more-or-less on station long-term.
Better than the "blimps" I was peripherally involved with at Magna in the early 2000s, powered by small motors and batteries, barely buoyant enough for their own weight and couldn't even fly against the draughts present in the shed,
Still, not cheap and it sort of makes some kind of disappointing sense that the project joins the growing pile of Google Abandonware. Could possibly have been taken up by a government, but likely easier and cheaper to deploy standard mobile networks.
Disaster relief was also mentioned as a possible use-case I seem to remember - bringing communications networks back to life much more quickly than rebuilding dozens or hundreds of cellular sites. Shame that won't now be possible.
"Disaster relief was also mentioned as a possible use-case I seem to remember - bringing communications networks back to life much more quickly than rebuilding dozens or hundreds of cellular sites. Shame that won't now be possible."
Project Loon was a good idea for comms in disaster relief areas, but would still take at least a day, probably more, to deploy. Starlink and their ilk will be there on-demand when fully deployed. So not so much of a downside as being made redundant.
But Starlink will always have a fixed capacity and require specific hardware. In the case of an earthquake or a flood which takes out all the communications in a small area, Starlink will get there first only if there is hardware on the ground to take advantage and only be useful until there is so much equipment on the ground that it becomes saturated. I believe Loon was also capable of hoisting radios which could talk to "normal" 3G and 4G devices, which will already be there, and for capacity you just inflate a few more balloons and maybe set up another downlink groundstation.
Or maybe it was one of the rabid dreams I seem to be having recently...
In large scale disaster cases, as soon as a runway is available the relief agencies start by flying in the support infrastructure to enable the logistics of the relief effort.
The first things delivered are likely to be communications etc. to set up a temporary replacement control tower (radios, generators, shelter, radar, ….). A StaLlink base station to provide WiFi/GSM in the local area isn't much of a stretch.
 One of the use cases for StarLink is a community connection, costs and bandwidth shared. Not everyone can afford, or needs, their own dedicated link.
Capacity shipping stuff into a disaster hit area is a problem already, and unless you're going to spend on keeping a bunch of balloons ready to go there's more time taken ordering some up. A day is very much on the low end of expectations. I don't think you'd get it unless you have supplies in or just upwind of the area before the disaster hits.
To be fair it worked technically and functionally, just not financially. Who knew that the one billion people without internet access also were dirt poor?
I still think drone blimps are a tech for the future. What links the drone blimps? Higher drone blimps. It's drone blimps all the way up.
No, it doesn't.
The balloon thing is a nice idea for a HAP, more like something out of a novel. When you look at the details it was never going to be viable.
Musk's LEO satellites are for well off people and only marginally less stupid. It can't scale to a mass market without a silly number of satellites.
Africa, for instance, has been getting fibre and mobile. Mostly from the Chinese.
Rural americans will pay for Starlinks capex, but then the same sats will be able to service the dirt poor third world when they pass over it, at zero marginal cost. While the ground terminal is expensive, the high capacity would let one dish serve a heap of people.
SpaceX could sell the service as cheaply as they like, without losing money.
I think this has destroyed any dreams of making Loon economic - it would always have operating and capex cost in markets where SpaceX has zero cost.
Multi-cloud networking startup Alkira has decided it wants to be a network-as-a-service (NaaS) provider with the launch of its cloud area networking platform this week.
The upstart, founded in 2018, claims this platform lets customers automatically stitch together multiple on-prem datacenters, branches, and cloud workloads at the press of a button.
The subscription is the latest evolution of Alkira’s multi-cloud platform introduced back in 2020. The service integrates with all major public cloud providers – Amazon Web Services, Google Cloud, Microsoft Azure, and Oracle Cloud – and automates the provisioning and management of their network services.
Alcatel-Lucent Enterprise is the latest networking outfit to add Wi-Fi 6E capability to its hardware, opening up access to the less congested 6GHz spectrum for business users.
The France-based company just revealed the OmniAccess Stellar 14xx series of wireless access points, which are set for availability from this September. Alcatel-Lucent Enterprise said its first Wi-Fi 6E device will be a high-end "premium" Access Point and will be followed by a mid-range product by the end of the year.
Wi-Fi 6E is compatible with the Wi-Fi 6 standard, but adds the ability to use channels in the 6GHz portion of the spectrum, a feature that will be built into the upcoming Wi-Fi 7 standard from the start. This enables users to reduce network contention, or so the argument goes, as the 6GHz portion of the spectrum is less congested with other traffic than the existing 2.4GHz and 5GHz frequencies used for Wi-Fi access.
A large chunk of the web (including your own Vulture Central) fell off the internet this morning as content delivery network Cloudflare suffered a self-inflicted outage.
The incident began at 0627 UTC (2327 Pacific Time) and it took until 0742 UTC (0042 Pacific) before the company managed to bring all its datacenters back online and verify they were working correctly. During this time a variety of sites and services relying on Cloudflare went dark while engineers frantically worked to undo the damage they had wrought short hours previously.
"The outage," explained Cloudflare, "was caused by a change that was part of a long-running project to increase resilience in our busiest locations."
Cisco Live In his first in-person Cisco Live keynote in two years, CEO Chuck Robbins didn't make any lofty claims about how AI is taking over the network or how the company's latest products would turn networking on its head. Instead, the presentation was all about working with customers to make their lives easier.
"We need to simplify the things that we do with you. If I think back to eight or ten years ago, I think we've made progress, but we still have more to do," he said, promising to address customers' biggest complaints with the networking giant's various platforms.
"Everything we find that is inhibiting your experience from being the best that it can be, we're going to tackle," he declared, appealing to customers to share their pain points at the show.
Early details of the specifications for PCIe 7.0 are out, and it's expected to deliver data rates of up to 512 GBps bi-directionally for data-intensive applications such as 800G Ethernet.
The announcement from the The Peripheral Component Interconnect Special Interest Group (PCI SIG) was made to coincide with its Developers Conference 2022, held at the Santa Clara Convention Center in California this week. It also marks the 30th anniversary of the PCI-SIG itself.
While the completed specifications for PCIe 6.0 were only released this January, PCIe 7.0 looks to double the bandwidth of the high-speed interconnect yet again from a raw bit rate of 64 GTps to 128 GTps, and bi-directional speeds of up to 512 GBps in a x16 configuration.
Nothing in the quantum hardware world is fully cooked yet, but quantum computing is quite a bit further along than quantum networking – an esoteric but potentially significant technology area, particularly for ultra-secure transactions. Amazon Web Services is among those working to bring quantum connectivity from the lab to the real world.
Short of developing its own quantum processors, AWS has created an ecosystem around existing quantum devices and tools via its Braket (no, that's not a typo) service. While these bits and pieces focus on compute, the tech giant has turned its gaze to quantum networking.
Alongside its Center for Quantum Computing, which it launched in late 2021, AWS has announced the launch of its Center for Quantum Networking. The latter is grandly working to solve "fundamental scientific and engineering challenges and to develop new hardware, software, and applications for quantum networks," the internet souk declared.
The Wireless LAN market was battered by a choppy supply chain in the first quarter of 2022 and lockdowns in China are compounding the problem, according to analysis by Dell'Oro Group.
Many organizations have scheduled network upgrades, but supply is not able to keep pace with demand and backlogs are reportedly 10 to 15 times greater than they were pre-pandemic.
Several manufacturers have cited components from second and third-tier suppliers as the cause of the bottleneck, Dell'Oro said, which means that the problem may not be a shortage of Wi-Fi silicon, but rather of secondary components that are nevertheless necessary to make a complete product.
The UK's police service is set to spend up to £50 million ($62.7 million) buying hardware and software for a legacy communication network that was planned to become obsolete in 2019.
The Home Office had planned to replace the Airwave secure emergency communication system, which launched in 2000, with a more advanced Emergency Services Network by the close of the decade. However, the legacy network has seen its life extended as its replacement was beset with delays. The ESN is expected to go live in 2026.
In a procurement notice, the Police Digital Service (PDS) said it was looking for up to three suppliers of Terrestrial Trunked Radio (TETRA) Encryption Algorithm 2 (TEA2) compatible radio devices – including handheld, desktop, and mobile terminals – as well as software, accessories, services, and maintenance for use on the UK Airwave system.
Infrastructure operators are struggling to reduce the rate of IT outages despite improving technology and strong investment in this area.
The Uptime Institute's 2022 Outage Analysis Report says that progress toward reducing downtime has been mixed. Investment in cloud technologies and distributed resiliency has helped to reduce the impact of site-level failures, for example, but has also added complexity. A growing number of incidents are being attributed to network, software or systems issues because of this intricacy.
The authors make it clear that critical IT systems are far more reliable than they once were, thanks to many decades of improvement. However, data covering 2021 and 2022 indicates that unscheduled downtime is continuing at a rate that is not significantly reduced from previous years.
Google Cloud and other internet service providers are recovering from network issues attributed to a network cable cut that began in the Middle East and Asia just before 0700 PDT (1400 UTC).
The cable, Asia-Africa-Europe-1 (AAE-1), is a 25,000km submarine cable operated by a telecom consortium. It connects South East Asia to Europe by way of Egypt.
According to Doug Madory, director of internet analysis at network monitoring biz Kentik, problems with AAE-1 affected internet connectivity in various countries in East Africa, Middle East and South Asia, including Pakistan, Somalia, Djibouti, and Saudi Arabia.
Biting the hand that feeds IT © 1998–2022