Cloud and ads behemoth Google is building a subsea internet cable linking the US to the UK and Spain.
The cable, which it named for compsci pioneer and mother of COBOL Grace Hopper, aims to provide better internet reliability and recovery from outages, the $1trn Alphabet giant said.
Google has already made investments in other private subsea cables: Curie, linking the US to Panama and Chile; Dunant between the US and France, and Equiano, linking Portugal, Nigeria and South Africa.
“Private subsea cables allow us to plan effectively for the future capacity needs of our customers and users around the world and add a layer of security beyond what’s available over the public internet,” the company said.
The new Grace Hopper cable will allow better integration between the Google Cloud region in Madrid into Google’s global infrastructure. The company also said it would help increase capacity across the Atlantic and support Google services such as Meet, Gmail and Google Cloud.
Set to be complete in 2022, the cable will, we’re told, “incorporate novel optical fibre switching” to improve “reliability in global communications, enabling us to better move traffic around outages.” With the help of subsea cable specialist SubCom, Grace Hopper would be world’s first submarine cable to use the technology, Google said.
Jayne Stowell, who oversees construction of Google’s undersea cable projects, told the BBC that some of the transatlantic cables are “going out of service and we need newer, better and more sophisticated technology”.
Although largely a result of increasing demand for internet services, the growing private investment in subsea cables is also down to the need for security, both in the wake of the Snowden revelations and in another sense, for the tech giant itself. As TeleGeography, which maps the world’s submarine cable has pointed out, content providers’ “huge demand volumes have pushed [them] towards owning infrastructure.”
Life’s a beach – then you’re the comms nexus of the British Empire and Marconi-baiting hax0rs
The 2019 Mozilla Internet Health Report notes, though: “It’s a new development for online platforms to also be the owners (or co-owners) of the delivery infrastructure. At a time when there is already significant concern about the consolidation of power by the biggest technology companies in multiple realms, and telcos are merging with traditional media companies, it raises questions about who (literally) controls the internet, and how we wish to see it develop in the future.”
The US terminus of Google’s new cable is set to be in New York, while the Spanish end will be in the north-coast city of Bilbao.
The UK end of Grace Hopper is set to make landfall in Bude, northeast Cornwall. Towards the other end of England’s westernmost county lies Porthcurno, where the Falmouth, Gibraltar & Malta Telegraph Company landed the first Great Britain-India submarine cable in 1870. ®
Facebook is leaky, creepy, and trashy. Now it wants to host some of your customer data
Facebook wants to host some of your customer data, an offer that hurts its own partner community.
The antisocial giant says it will host data generated by WhatsApp, specifically when used alongside the messaging service’s Business API. That interface lets businesses manage messages to and from customers, and to integrate e-commerce and other apps into the messaging platform. Facebook lets partners implement the API and choose where data is stored.
The Social Network™ on Thursday announced “a new way for businesses to store and manage their WhatsApp chats with customers using Facebook’s secure hosting infrastructure which will roll out early next year.”
Facebook says customers who take up its offer “will make it easier to onboard to WhatsApp Business API … respond to WhatsApp messages faster, keep their inventory up to date and sell products through chats.”
But the Silicon Valley giant also says that using a third party – even Facebook – breaks end-to-end encryption.
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“If a business chooses to use a third party vendor to operate the WhatsApp Business API on their behalf, we do not consider that to be end-to-end encrypted since the business you are messaging has chosen to give a third-party vendor access to those messages,” Facebook said. “This will also be the case if that third-party vendor is Facebook.”
Facebook will therefore disclose when it is hosting chats on behalf of a customer albeit without revealing the degraded encryption.
The web goliath said it will also “expand our partnerships with business solution providers we’ve worked with over the last two years,” so while it says it will offer a better on-boarding experience, it’s throwing them another unspecified bone.
The Social Network™ said its hosting services will emerge in coming months, which gives us all plenty of time to ponder whether you want to get into business with a corporation that has failed to suppress misinformation, allowed live-streaming of a racist terror attack, leaked personal data, and took years to figure out that holocaust denial has no place in public conversations. ®
How to get started with Intel Optane
Sponsored If you take your data centre infrastructure seriously, you’ll have taken pains to construct a balanced architecture of compute, memory and storage precisely tuned to the needs of your most important applications.
You’ll have balanced the processing power per core with the appropriate amount of memory, and ensured that both are fully utilised by doing all you can to can get data off your storage subsystems and to the CPU as quickly as possible.
Of course, you’ll have made compromises. Although the proliferation of cores in today’s processors puts an absurd amount of compute power at your disposal, DRAM is expensive, and can only scale so far. Likewise, in recent years you’ll have juiced up your storage with SSDs, possibly going all flash, but there are always going to be bottlenecks en route to those hungry processors. You might have stretched to some NVMe SSDs to get data into compute quicker, but even when we’re pushing against the laws of physics, we are still constrained by the laws of budgets. This is how it’s been for over half a century.
So, if someone told you that there was a technology that could offer the benefits of DRAM, but with persistence, and which was also cheaper than current options, your first response might be a quizzical, even sceptical, “really”. Then you might lean in, and ask “really?”
That is the promise of Intel® Optane™, which can act as memory or as storage, potentially offering massive price performance boosts on both scores. And drastically improve the utilisation of those screamingly fast, and expensive, CPUs.
So, what is Optane™? And where does it fit into your corporate architecture?
Intel describes Optane™ as persistent memory, offering non-volatile high capacity with low latency at near DRAM performance. It’s based on the 3D XPoint™ technology developed by Intel and Micron Technology. It is byte and bit addressable, like DRAM. At the same time, it offers a non-volatile storage medium without the latency and endurance issues associated with regular flash. So, the same media is available in both SSDs, for use as storage on the NVMe bus, and as DIMMs for use as memory, with up to 512GB per module, double that of current conventional memory.
It’s also important to understand what Intel means when it talks about the Optane™ Technology platform. This encompasses both forms of Optane™ – memory and storage – together with the Intel® advanced memory controller and interface hardware and software IP. This opens up the possibility not just of speeding up hardware operations, but of optimising your software to make the most efficient use of the hardware benefits.
So where will Optane™ help you? Let’s assume that the raw compute issue is covered, given that today’s data centre is running CPUs with multiple cores. The problem is more about ensuring those cores are fully utilised. Invariably they are not, simply because the system cannot get data to them fast enough.
DRAM has not advanced at the same rate as processor technology, as Alex Segeda, Intel’s EMEA business development manager for memory and storage, explains, both in terms of capacity growth and in providing persistency. The semiconductor industry has pretty much exhausted every avenue available when it comes to improving price per GB. When it comes to the massive memory pools needed in powerful systems, he explains, “It’s pretty obvious that DRAM becomes the biggest contributor to the cost of the hardware…in the average server it’s already the biggest single component.”
Meanwhile, flash – specifically NAND – has become the default storage technology in enterprise servers, and manufacturers have tried everything they can to make it cheaper, denser and more affordable. Segeda compares today’s SSDs to tower blocks – great for storing something, whether data or people, but problems arise when you need to get a lot of whatever you’re storing in or out at the same time. While the cost of flash has gone down, endurance and performance, especially on write operations, means “it’s not fit for the purpose of solving the challenge of having a very fast, persistent storage layer”.
Moreover, Segeda maintains, many people are not actually aware of these issues. “They’re buying SSDs, often SAS SSDs, and they think it is fast enough. It’s not. You are most likely not utilising your hardware to the full potential. You paid a few thousand dollars for your compute, and you’re just not feeding it with data.”
To highlight where those chokepoints are in typical enterprise workloads, Intel has produced a number of worked examples. For example, when a 375GB Optane™ SSD DC P4800X is substituted for a 2TB Intel® SSD DC P4500 as the storage tier for a MySQL installation running 80 virtual cores, CPU utilisation jumps from 20 per cent to 70 per cent, while transaction throughput per second is tripled, and latency drops from over 120ms to around 20ms.
This latency reduction, says Segeda, “is what matters if you’re doing things like ecommerce, high frequency trading.”
The same happens when running virtual machines, using Optane™ in the caching tier for the disk groups in a VMware vSAN cluster, says Segeda. “We’re getting half of the latency and we’re getting double the IO from storage. It means I can have more virtual machines accessing my storage at the same time. Right on the same hardware. Or maybe I can have less nodes in my cluster, just to deliver the same performance.”
A third example uses Intel® Optane™ DC Persistent memory as a system memory extension in a Redis installation. The demo compares a machine with total available memory of 1.5TB of DRAM and a machine using 192GB of DRAM and 1.5TB of DCPMM. The latter delivered the same degree of CPU utilization, with up to 90 per cent of the throughput efficiency of the DRAM only server.
These improvements hold out the prospect of cramming more virtual machines or containers on the same server, says Segeda, or keeping more data closer to the PC, to allow real time analytics. This is important because while modern applications generate more and more data, only a “small, small fraction” is currently meaningfully analysed, says Segeda. “If you’re not able to do that, and get that insight, what’s the point of capturing the data? For compliance?” Clearly, compliance is important but it doesn’t help companies monetise the data they’re generating or giving them an edge over rivals.
The prospect of opening up storage and memory bottlenecks will obviously appeal, whether your infrastructure is already straining, or because while things are ticking over right this minute, you know that memory and storage demands are only likely to go in one direction in future. So, how do you work out how and where Optane™ will deliver the most real benefit for your own infrastructure?
On a practical level, the first step is to identify where the problems are. Depending on your team’s engineering expertise, this could be something you can do inhouse, using your existing monitoring tools. Intel® also provides a utility called Storage Performance Snapshot to run traces on your infrastructure and visualise the data to highlight where data flow is being choked off.
Either way, you’ll want to ask yourself some fundamental questions, says Segeda: “What’s your network bandwidth? Is it holding you back? What’s your storage workload? What’s your CPU utilisation? Is the CPU waiting for storage? Is the CPU waiting for network? [Then] you can start making very meaningful assumptions.” This should give you an indication of whether expanding the memory pool, or accelerating your storage, or both will help.
As for practical next steps, Segeda suggests talking through options with your hardware suppliers, and Intel account manager if you have one, to take a holistic view of the problem.
Simply retrofitting your existing systems can be an option he says. Add in an Optane™ SSD on NVMe, and you have a very fast storage device. Optane™ memory can be added to the general memory pool, giving memory expansion at a relatively lower cost.
However, Segeda says, “You can have a better outcome if you do some reengineering, and explicit optimization.”
Using Optane™ as persistent memory requires significant modification to the memory controller, something that is currently offered in the Intel® Second Generation Xeon® Scalable Gold or Platinum Processors. This will enable the use of App Direct Mode, which allows suitably modified applications to be aware of memory persistence. So, for example Segeda explains, this will allow an in memory database like SAP Hana to exploit the persistence, meaning it does not have to constantly reload data.
Clearly, an all-new installation raises the option of a more efficient setup, with software optimised to take full advantage of the infrastructure, and with fewer but more compute powerful nodes. All of which gives which the potential to save not just on DRAM and storage, but on electricity, real estate, and also on software licenses.
For years, infrastructure and software engineers and data centre architects have had to delicately balance computer, storage, memory, and network. With vast pools of persistent memory and faster storage now in reach, at lower cost, that juggling act may just be about to get much, much easier.
Sponsored by Intel®
The hills are alive with the sound of Azure as Microsoft pledges Austrian bit barns
Microsoft has announced yet another cloud region, this time in Austria.
As is ever the case, Microsoft has not said where the facility will be or detailed its disposition, or revealed said when it will open. But it has said that the facility will bring Azure, Microsoft 365, Dynamics 365 and the Power Platform to Austrian soil.
The region will be Microsoft’s 64th Azure facility.
Local politicians all lauded the decision, suggesting it will bring the land of Mozart, Strauss, Freud, radio pioneer Heddy Lamarr and strudel roaring into the digital age and let a thousand startups bloom.
Microsoft has also committed to work with Austria’s Ministry of Digitalization to launch a “Center of Digital Excellence”, establish a security network with business, academia and government, and train public servants and private citizens alike in cybersecurity.
Here at The Register we think an Austrian cloud also creates terrific chance for some show tunes, as the new facility will mean the hills are alive with the sound of Azure. The improved resilience that a full Microsoft bit barn brings will mean salespeople can break into a chorus of “You are six nines, I am seven nines.”
If that resilience proves as elusive as an Edelweiss, we can imagine spontaneous outbursts of “So Long, Farewell”.
We’ll leave it to readers to decide how to deal with “The Lonely Goatherd” and its frequent yodeling interjections. ®
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