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HPE’s GreenLake enhances data storage across the cloud and on-premises servers – SiliconANGLE News

Hewlett Packard Enterprise Co. is enhancing its GreenLake platform with a host of new and expanded features that aim to simplify how users manage and optimize data, storage and workloads across their on-premises and cloud-based information technology environments.

The new offerings include HPE GreenLake Block Storage capabilities for the Amazon Web Services cloud, a new release of HPE GreenLake for Block Storage that comes with some significant performance improvements, and a HPE Timeless Program that provides greater protections to customers using the HPE Alletra MP block storage service.

Todays updates build on last years launch of what HPE says is the industrys first modular scale-out block storage system on a single operating system. That system is based on the HPE Alletra Storage platform that the company introduced three years ago with the aim of delivering on-premises storage with cloudlike management.

With HPE GreenLake Block Storage for AWS, set to launch later this month, the company says, its trying to simplify data management and workload placement on the AWS cloud through the use of software-defined storage. The new offering is said to provide a seamless, unified storage management experience for hybrid cloud environments, with enterprises free to manage, protect and move data, workloads and backups across their on-premises and AWS servers, together with more cost-effective data protection and disaster recovery services.

The underlying HPE Alletra MP platform is also being updated, with new cross-stack analytics capabilities that are said to streamline storage management and help customers to avoid latency issues that might impact workload performance. The new offering combines full-stack correlation of resources with the HPE AIOps engine for workload management and observability to help users observe, predict and mitigate possible disruptions across their virtual machines, compute, cloud, storage and network infrastructure. It also enables customers to keep tabs on energy consumption and carbon emissions.

In terms of performance, HPE Alletra MP can now scale to up to 5.6 petabytes with support for up to 16 JBOF expansion shelves, double the previously available capacity. New advanced built-in global protection supports three-site replication for enhanced data protection. In addition, the platform is now integrated with the Zerto Cyber Resilience Vault, giving customers a way to create secure, immutable copies of their data and perform air-gapped recovery in the event of a cyberattack or other kind of disaster.

Steve McDowell of NAND Research Inc. said the two things that stand out in HPEs updated Alletra MP offering are the performance and capacity upgrades, with the former resulting from a recent hardware switch that saw the company embrace the latest generation EPYC processors from Advanced Micro Devices Inc. By becoming the first mainstream storage company to ship a product thats built around an AMD processor, HPE gets to take advantage of the PCIe Gen5 technology integrated with that chip.

The industry has seen a flurry of performance-focused upgrades resulting from PCIe Gen5, because the boost is substantial, especially for high-performance workloads such as AI, McDowell said. HPE is delivering the platform upgrade right on time and staying competitive with the rest of the market.

The improved density offered by Alletra is also extremely timely, the analyst said, as enterprises are demanding higher capacity systems. HPE delivers this with high-capacity SSDs and support for additional expansion shelves, McDowell explained. These new capacities are really nice, giving headroom to enterprises that want to build a data lakehouse that coalesces data into a single storage solution. It gives users a nice set of scalability options, supporting both scale-up and scale-out.

The HPE Timeless Program, set to launch in the third quarter, is meant to transform the storage ownership experience for companies by adding investment protection and a more streamlined infrastructure lifecycle path, the company said. Customers that use HPE Alletra MPs block storage will qualify for an upgrade to a next-generation controller whenever they renew their subscriptions, according to HPE. In addition, the program is said to deliver significant savings of approximately 30% on the total cost of ownership for storage, which is achieved by avoiding major major forklift upgrades.

Finally, HPE said its adding new private cloud solutions with the availability of HPE Alletra Storage MP and HPE SimpliVity Gen11 within the HPE GreenLake for Private Cloud Business Edition, which is an agile, self-service private cloud offering thats said to simplify VM management across environments. The company said support for HPE Alletra MP will enable mission-critical VM workloads with midrange economics and a 100% data availability guarantee. HPE SimpliVity Gen11 provides access to HPE ProLiant Gen11 nodes to support VMs at the network edge. Both offerings are set to launch in July.

McDowell said todays announcements help HPE to stay current, or perhaps even a little ahead of its main rivals in the storage industry. This is a welcome return to form for HPE, as its momentum in the storage world seemed to slow down ahead of launching the Alletra portfolio last spring, he said. Now HPE is back and the competition should start taking it seriously.

HPE Storage Senior Vice President and General Manager Jim ODorisio said todays update provide enterprises with a transformative platform-based approach to hybrid IT management and data storage. With our innovations across HPE Alletra and HPE GreenLake, we continue to set the standard for simpler, more cost-effective IT and storage management, he said.

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HPE's GreenLake enhances data storage across the cloud and on-premises servers - SiliconANGLE News

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Benchmarking The First RISC-V Cloud Server: Scaleway EM-RV1 Performance – Phoronix

Scaleway by way of their Scaleway Labs group recently launched the Elastic Metal RV1 (EM-RV1) as the world's first RISC-V servers available in the cloud. These RISC-V cloud servers are built around the T-Head 1520 SoC and are an interesting way to explore the RISC-V architecture and/or otherwise make use of RISC-V for CI/CD deployments or other testing purposes. In this article are some benchmarks showing the RISC-V EM-RV1 performance against Intel and AMD x86_64 Linux.

Before getting too excited over RISC-V cloud servers, it's important to first take note of the specs: the T-Head 1520 SoC used provides 4 RISC-V 64-bit cores at 1.85GHz. This is just a basic quad-core RISC-V entry level server plus the storage provided is just 128GB of eMMC storage along with 100 Mbit/s Ethernet. This is sufficient for "kicking the tires" of RISC-V in the cloud and doing any basic build testing or similar RISC-V CI/CD exposure but this isn't some high performance server. The four C920 RISC-V cores and 128GB of eMMC storage is paired with 16GB of system memory to provide for a healthy 4GB of RAM per core.

Scaleway Labs on the Elastic Metal RV1 page notes that the EM-RV1 servers are very power efficient at 0.96~1.9W per core at the 1.8GHz clock frequency. In addition to being very power efficient, they are very dense with Scaleway packing 672 servers into a single 52U rack.

Thanks in part to the energy efficiency and allowing very dense deployments, the EM-RV1 access is very cheap: 0.042/Hour(s) (just $0.045 USD) at a hourly rate or 15.99 per month ($17.31 monthly). The very affordable pricing helps to make up for the low RISC-V specs/performance out of this first RISC-V cloud server.

For this testing Ubuntu 24.04 LTS on RISC-V was used along with Ubuntu 24.04 on the AMD and Intel instances tested.

To get an idea for the EM-RV1 RISC-V performance I ran some benchmarks on it compared to the EM-A210R-HDD and EM-A315X-SSD Elastic Metal instances also available in the Scaleway cloud. The EM-A210R-HDD provides an AMD Ryzen PRO 3600 (6 core / 12 thread) processor, 16GB of RAM, Gigabit Ethernet, and HDD storage while costing 0.122 ($0.13) per hour. The EM-A315X-SSD instance provides a 4-core / 8-thread Intel Xeon E5 1410 v2 processor with 64GB of RAM, Gigabit Ethernet, and SSD storage for 0.153 ($0.17) per hour. Keep in mind these aren't even current-generation Intel and AMD processors but rather Zen 2 and Ivy Bridge era hardware... All of these Scaleway instances were benchmarked on Ubuntu 24.04 LTS in the default configuration.

Page 1 - Introduction Page 2 - RISC-V Cloud Benchmarks Page 3 - RISC-V Cloud Benchmarks Page 4 - RISC-V Cloud Benchmarks

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Cloud Technology Opportunities and Challenges for Security Integrators – Security Sales & Integration

Theres still resistance among end users to turning over data, but security integrators are having more success with cloud-based installs.

Its never easy to give up control, especially when youre talking about turning over proprietary data about your company, business or home to a third party. Even so, security systems integrators are starting to have more success in getting their clients to transition to cloud-based access control and video surveillance services, whether that means through an on-premise, offsite or hybrid offering that streamline operations and increase recurring revenues.

Integrators are making inroads on selling cloud-based security services to their clients, but they know there are still opportunities to grow that sector of their business, whether that means requiring a service contract for all installations or convincing a long-time customer to modernize their systems.

As cloud-based security systems become more robust, integrators expect their customers will become even more willing to jump into the 21st century, head to cloud and let the experts manage their precious security data, in the hopes there will never be an incident they need to review.

GC & E Systems Group, a 22-year-old systems integration firm focused on government, Fortune 1,000 and education customers, has had hosted data center servers for about 12 or 13 years with many of its customers, its director of commercial business, Rob Hile, says. In that setup, the server infrastructure is in the customers data center, which they consider to be their internal cloud, he says.

Montral, Qubec, Canada-based Infynia transitioned from an IT company when it was founded in 1983 to physical security about 20 years later, its president, Alexandre Reid, says. The company works mainly at oil and gas facilities and industrial sites, with most of its customers in Canada and some in the U.S., he says.

Cloud-based security technology represents a small part of Infynias business at this point, says Reid, because industrial clients [are] not quite there yet, says Reid, but were starting to see a change.

People are seeing that youre starting to use cloud solutions for their for their operations, so theyre more open to it, he says. Having a Software-as-a-Service (SaaS) offering from Genetec on the market could help Infynias quest to increase its penetration into cloud-based installations, says Reid.

We were kind of missing that in the past, he says. Now, were leading with cloud when we do a pitch, so were getting more traction than we used to in the past. Were seeing more opening, but theres still some resistance from our client base.

Infynia has been able to show that the cloud-based security integration will be separate from the customer network, which has helped to thaw the resistance from mining companies and other large operations with which they work, says Roger Nepton, director of service and customer success.

One customer dipped their toes in the cloud waters with a license plate reader hosted on a cloud server that does analytics, he says.

The gold mines and diamond companies dont want their video going anywhere other than where they are, so thats a little bit more resistance, says Nepton. But the car dealerships that we have connected to video centers who monitor these after hours, [those] might be easier to go in the cloud.

Salt Lake City-based Stone Security has offered cloud security options to its global, regional and local customers in almost every U.S. state and dozens countries for more than seven years, president and CTO Aaron Simpson says. The company started in 2005.

We got in with some larger global customers, probably much earlier than we had any business doing, says Simpson. Weve grown out of there and started doing work all over the world early on, following customers around the world to help support them.

The company has eight offices across the U.S., two in Mexico (Mexico City and Monterrey) and one in Sao Paulo, Brazil. It focuses more on security solutions than particular vertical markets, says Simpson.

Were always a little hesitant to offer it before its ready, he says. Just because someone has a cloud offering, that doesnt make it ready for the market, so we want to make sure that whats delivered to our customers is good.

In hybrid cloud models, customers handle their infrastructure, and their data centers are on blade servers. Thus, all their facilities are linked to their data center, using the internet, with either the integrator or customer supporting that server infrastructure directly, says Hile. Its different than the traditional Azure or AWS environments that are considered a more traditional cloud offering.

A lot of our customers tend to be very large enterprise customers and theyre very comfortable with that environment being in their data center and their cloud, he says. But weve had a couple over the last five years that have completely taken that environment and put it into what I would consider traditional cloud where Azure or AWS is managing that infrastructure for them. Its partitioned off and we support those virtual servers directly.

Hile continues, As you see more and more IT groups managing the security infrastructure, and in some cases that the whole physical security team now reports up to the CIO or CISO, those guys seem to have a more of an understanding of cloud and I think the biggest challenge on our physical security side is, when you look at AI and you look at some of the advanced analytics that are happening at the edge, to take all of that and really move it into the cloud. He adds, Thats a heavy lift.

Hile says, Youre not just at that point in time passing data packets; youre talking about video. Youre talking about high-frame-rate video. Youre talking about analytics that are being pushed up. I think whats holding the market back a little bit right now and why were still really stuck in what I consider to be a hybrid model is a lot of the power thats being generated at the camera from an advanced analytics and AI standpoint. You just cant take that and transmit it into the cloud easily and readily.

The other thing thats kind of holding us back a little bit, Hile continues, is a lot of the feature sets that are involved in what I would consider to be large enterprise video deployments or even large access control deployments such as intrusion detection, such as intercoms, such as these third-party systems that are by design integrations at the at the prem level. Those have not really moved to the cloud yet.

Traditionally, I can get your access control events to go to the cloud. I can get your basic video to go to the cloud. But when you start layering on the AI and the advanced analytics and third-party plugins and integrations. Thats not ready yet, he says.

So, were not kind of ready for prime time from the large enterprise standpoint to take everything to the cloud yet, says Hile. Were getting close. The beauty about the cloud is, as those integrations come on board, and theyre able to develop them, theyre automatically, seamlessly put into your cloud environment. You dont have to do plugins. You dont have to do firmware updates.

Hile expects large enterprise customers to be ready to jump in on cloud-based security installations in about a year when these hurdles are cleared.

Customers do their own cost/benefit analysis when it comes to going to a cloud deployment, and, sometimes, they have too many doors to manage or cameras to oversee to find value in having an integrator take on the entire security network, according to Reid.

If youve got four doors, its a no-brainer; you go cloud, he says. But lets say you get to 1,620 doors. The more doors you add, at a certain point, you look at the yearly cost and it adds up. Large customers are more likely to update their servers every four or five years and save money that way, says Reid.

In Canada, Law 25 cracks down on sharing peoples personal data. So, thats a big issue for us, says Reid. Customers want to know if their data will be stored in the U.S. or Canada, and who will have access to it, he says.

Nepton expects customers to embrace the idea of unifying access control and video surveillance in cloud-based installations.

We can pitch that a little bit easier to the customer, he says. They do like the fact that they dont have to maintain it themselves or buy the computer hardware. Having this hosted in the cloud removes a lot on the infrastructure side, and thats where for our smaller customers, it seems like its a good selling point.

Many of Stone Securitys larger customers would rather keep their security operations on premise rather than have it managed in the cloud, says Simpson.

We have customers that have big campuses where an on-prem makes more sense for them and thats the route they want to go, he says. But then, as we move into their remote sites, they want to go cloud out there. Its been interesting to watch how people deploy their networks as more things move to the cloud.

Theyre used to having cloud on every other system: all their mail servers and everything else moves to the cloud. Weve always been surprised that video seems to have a little more push or traction than access control just due to the bandwidth requirements between the two, says Simpson.

There are those customers that have very specific requirements as far as their data protection and privacy, but most other industries have a way of having a level of confidence around the data and the security behind the data, he says.

If anything, I think, often, it allows them to outsource their data security fears to someone else so that its not on them. Its on the other people to make sure theyre compliant, says Simpson. Overall, I think most people have been prepped by other industries that, when we come along and talk cloud, as long as they can check that box, as long as their providers are meeting those high levels of security, then theyre comfortable with that.

As advanced as the cloud-based security market is today, Hile sees plenty of room for growth.

I think [whats lacking right now] really is the ability of advanced integrations being seamlessly put into the cloud, he says. I have customers that have multiple levels of integration at the prem level and Im talking about IT systems, IT subsystems, security subsystems, intrusion subsystems intercom and the advanced analytics that are starting to hit these cameras, not just motion detection.

Hile continues, Were way above that. Were talking about gunshot detection. Were talking about people counting. Were talking about hotspots for crowds, where theyre going. Thats pretty heavy, and its pretty heavy at the camera level.

The good news is the cameras are processing that and, if you got an on-prem system, theres no issue with that bandwidth because youre literally talking, but when you start taking that and putting it into a cloud infrastructure, the bandwidth required for that to be seamless is really heavy and a lot of customers arent going to pay for that pipe yet, he says.

Reid can already feel the change in the cloud-based security sector becoming more sophisticated.

In the next two years, I believe that most of the new projects were going to do, or quote, are going to be cloud, Reid says. And I dont know when, but, at a certain point, I feel manufacturers are going to no longer sell on-premise systems. Theyre going to do all-cloud. Its not if, its when. Its going to be only cloud in, lets say, five to 10 years.

To Simpson, the adoption rate for cloud-based security solutions is surprisingly low.

I think all of our customers know that they have that option, he says. They dont want to feel that theyre pigeon-holing to one solution. They want to know that they can grow. I think most do expect that over time they will move into a cloud solution.

[There are] just things you cant do on a cloud system yet when it comes to more advanced, or you get into these operations centers or these high-bandwidth solutions that even the ISPs arent necessarily there. We still have people on relatively low bandwidth with low-bandwidth ISPs, so to push video out to true cloud is not possible. Access control and some of the other ones are more or more doable, says Simpson.

Its getting there, he says. I think were in a good spot now where the cloud offerings do have a lot of the necessary capabilities. Theyre checking all the right boxes now to where we can deliver some pretty high-level cloud solutions. Between that and being able to leverage what is needed and truly integrated on prem versus and in conjunction with cloud, we can usually deliver a high-level product.

Simpson continues, I have to think within the next five years, the infrastructure the bandwidth available would be at a point where we wouldnt have any limitation. I would certainly hope within the next five years, we wouldnt be limited by infrastructure or cloud capabilities.

The hybrid approach does seem to be something that really resonates with a lot of customers, he says. They may not be ready today to make the move. They may not have the policies in place. So, as integrators, it is our job to be integrators. We cant call ourselves that and then not have the ability to pull things together to have these siloed systems that sit out there and [merely] do what they were designed to do out of the box.

I think were in a good spot, Simpson adds. Were moving. Were making progress. Id like to see a big jump ahead by the access control space. I feel like thats one where weve got it up in the cloud and that we can do well, but they really havent changed much in a long time. We still have cards on your readers on walls and status switches and red Xs and there are some ways to modernize that a bit.

At ISC West 2024, held in Las Vegas this past April, virtually every booth had AI on it or cloud on it, says Hile.

The customers that are there are getting educated very quickly, but theres still a lot of smoke and mirrors, he says. Theyre seeing things that arent really ready for prime time and the flipside of that is the market is educating them quickly.

Hile continues, Were doing a good job of educating them and theyre doing a good job evangelizing the cloud but theyre also doing a good job in particular of cautioning the end user on cloud deployments and whats real and whats not real and whats ready today and whats not ready today. Thats probably our biggest challenge today.

These companies, these very large technology providers that know the cloud is the future, are building a migration path, he says. If a customer just throws everything in the cloud today, theyre going to hate it. Its not going to work for them like you did on their prem systems. Building that migration path is going to be key for them and thats what these guys are doing. Theyre starting to go in. Lets crawl before we walk and walk before we run.

It takes a different skill set to sell physical security solutions and cloud security systems, says Hile.

When you talk about an on-prem system, youre talking about sizing the server accordingly, making sure that the server has enough horsepower for the analytics and the cameras, making sure everything is on prem, he says, including on-premise licenses, related services, service agreements and programming.

When you look at the cloud and you look at a cloud deployment, you kind of take that whole model and you turn it on its head, says Hile. The server infrastructure is infinitely scalable. You dont have a prem server, so you dont have to have rack space. You dont have to have a lot of this stuff that we have to design into the premise-based system.

According to Hile, The licensing is different. It is a license, but its a license thats all-encompassing. You dont have the camera or door license and you dont have the services that go along with that. And you dont have the firmware updates that you have to do on a regular basis. All of that is handled in the cloud.

Theres a lot of that stuff that goes out of our estimate and really goes into the value proposition for the customer in terms of how thats going to be, says Hile. Youre talking about a capital expense versus an operational one. These cloud-based systems are going to be a license every year and it includes everything firmware software, the camera connection or the door connection, pretty much everything.

He calls cloud-based installations perpetual systems.

You can grow them, you can expand them and the only thing you really have to be concerned about and that aspect is as long as the server scalable, and since its in the cloud, you can just easily turn it up, says Hile. You dont have to go back.

Its more challenging to convince customers to buy cloud security platforms, says Reid.

Selling a camera and an access controller, youre not really selling because the customer needs that, he says. Where you have to sell is when you sell the solution of, Are you going be on-prem or are you going to be cloud?

Theyve got to be able to explain to the customer how its going to create value for them to have a cloud system: no maintenance, no downtime, etc. But theyve got to have a better understanding of how they explain the value added of having a cloud system. Youve got to be less technical maybe be more operational and try to reach the person youre talking to to explain to them, says Reid.

Infynias sales support team does the quotes, the solutions, and the salespeople sell both physical security and cloud-based solutions, says Reid.

Theyll always pitch the cloud first, he says.

The Stone Security sales team is comfortable selling both physical and cloud security, even as the company has grown to about 200 employees across the U.S., says Simpson.

Its one product, one family of products, he says. Theyre not offering four or five or six different brands as they go out there, so theyre very well-educated in it. Its really been part of our success is having people that are experts when they go and sit down with customer.

Most security integrators do work for customers who are reacting to a situation perpetrated against them and there doesnt seem to be much difference on whether theyre seeking physical security systems or cloud-based solutions.

Weve been designing prem-based systems for 10, 15 years that phone home when theres an issue, says Hile. Thats not only at the technology level, whether that be the VMS or the access control. We dont do a lot of systems that arent unified. So, those access control and CCTV systems are really tied together and even down to the power supplies.

We use power supplies that are IP-enabled, Hile explains. So, if theres an issue with the power supply, its calling us; its sending email to our service desks. Thats really not going to change in where were going as a cloud. Were still going to have premise-based power supplies. Youre still going to have premise-based controllers in some aspects, and those will still phone home if theres an issue.

Hile sees cloud becoming more popular for the management of security and other systems, where the directory server will be in the cloud.

Theyll just email us, just like we have before. So, its really not a big difference for us, he says. Our service desk will still get those alarms a lot of times before the customer even knows that theres an issue. We fixed it already. I think the cloud may help us a little bit in being able to repair some of those issues virtually than having to roll a truck.

According to Hile, We may be able to do more things thats yet to be seen as we start getting more and more into the cloud and some of these larger manufacturers roll out what I consider to be security services, security as a service, if you will. I think thatll help us. I think theres going to be some things we can do virtually that we cant do today. But for the most part were already there. Were getting that notice before it becomes an issue.

Infynia does monthly checkups with its 300 or so customers, says Nepton.

Most of the customer systems are connected to an internal in-house system so, if a server goes down or they lose some equipment, we do get notified, he says. We do have all that in place with our own procedure. And Id say, in the past, not having the real offering we have now, some of the customers bought the on-premise system but hosted it in their own cloud.

Hile sees large enterprises as the segment of the market that can most benefit from cloud-based solutions since the small- and mid-sized businesses have largely been saturated at this point.

Were just starting to stick our toe in the water, so theres a lot of opportunity for further development, he says. Also, I dont want this to come out the wrong way, but much like when we heard about this whole convergence of IT and physical security, I think were seeing that right now with cloud and AI. Theres a lot of people that are talking cloud and AI that dont have a clue what it means.

Hile continues, Theyre just talking about it because its a great marketing buzzword and its the thing to talk about but, when you get down, you look under the hood, its no different than what we already have. I think, from a large business standpoint and a lot of the large enterprise customers, were going to see a big shift in technology being developed for that for that space in the next three to five years.

Then weve got customers today that dont even talk about it, like, I want my video in my closet, I want it locked up. I dont want to listen to anybody, he says. Theres still that Big Brother outlook. Theres going to be those guys that are going to hold out, and theyre OK because theres a position for prem and cloud in this market, and I dont think prem will ever go away.

Infynia has required all customers to sign service agreements when they get integrated systems for the past four years, says Reid.

We dont do break and fix, he says. So, were already in that mode where customer already have a support agreement or theres a base fee, so thats not going to be a big change for us, because they already pay yearly to do business with us.

According to Reid, Its going to maybe be easier to secure the relationship with the customer having a cloud solution, because now they have to keep their service agreement up to date if they want to keep access.

Manufacturers have gone from putting their on-premise systems on the cloud to adding value to their cloud systems with new features that arent available in on-prem offerings, says Nepton.

Now you go into a demo saying you integrated ChatGPT with true text search, where you type in look for blue cars at a stop sign with people in white shirts, and the analytics can go out and do it, he says. Those little nuggets are what captivate some customers and get his interest. Its not the reason he should be going to the cloud, but those little features help sell it and want him to.

Having a steady stream of cash coming in thanks to cloud-based security installations is massively helpful, says Simpson, noting the company used to work in the residential intrusion space and saw the benefits of recurring revenue in that model too.

Youve got to really tool your business to provide that level of support as well, he says. If youre just collecting those checks and not providing the value outside of just a monthly subscription to a cloud service, then I dont know that benefits anybody.

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AWS to launch European ‘sovereign cloud’ in Germany by 2025, earmarks 7.8B – TNW

Amazon Web Services (AWS) today confirmed plans to launch its European sovereign cloud, aiming to enhance data residency and security across the EU.

The city of Bradenburg in Germany will be the first region to host the cloud servers, which are set to power upby the end of 2025. AWS will invest 7.8bn through 2040.

According to the tech giant, the European sovereign cloud will have its entire infrastructure within the EU and will operate independently from existing cloud regions. Only EU-resident and bloc-based AWS employees will have access to the system.

The service is especially designed for public sector customers and private companies operating in highly-regulated industries, with increased requirements for data residency and autonomy.

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As such, it enables cloud users to keep all data and their metadata within the EU.

AWS expects its investment to contribute 17.2bn to Germanys GDP by 2040, supporting an average of 2,800 full-time jobs per year within the data centres supply chain.

Although it initially resisted the concept of a sovereign cloud, AWS first pledged to work on the service in 2022, amid mounting regulatory pressure and increasing competition.

Alongside Google and Microsoft, AWSs cloud services dominate the European market. But growing EU concerns over data handling and storage by overseas companies have resulted in a revamped data strategy and intensified the push towards digital sovereignty.

For their part, Google and Microsoft have already launched their own sovereign cloud solutions.

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Ampere Computing 2024 Roadmap Update: 256 Core 3nm CPU In 2025 – Phoronix

Ampere Computing today made public their roadmap update concerning current and future AArch64 server processors. AmpereOne availability remains tough but the company is hoping next year to introduce a 3nm CPU with up to 256 cores and supporting 12 channel DDR5 memory.

Ampere's first update to share was that they are collaborating with Qualcomm to pair Ampere CPUs with Qualcomm Cloud AI100 Ultra accelerators. Ampere Computing CPUs will be paired with Qualcomm AI accelerators in Supermicro servers as a new option for AI inference servers. (As a reminder, the Qualcomm AI accelerator hardware does have an open-source Linux kernel driver: QAIC). This announcement came as a bit of a surprise as Ampere Computing has been promoting "GPU-Free AI Inferencing" and a lot around just CPU-based inferencing... With the Qualcomm accelerators still technically GPU-Free. Initially these LLM AI servers will be using Ampere Altra processors while in the coming "months" will have AmpereOne processor options.

And then the most exciting roadmap update: Ampere Computing is planning for a 3nm AmpereOne CPU with up to 256 cores and 12 channels of DDR5 memory support in 2025. Ampere Computing says that the next iteration of AmpereOne CPUs is "ready at fab". When inquiring about the 12 channel DDR5 memory, it's anticipated to be at DDR5-5200 speeds or higher. Twelve channels of DDR5 memory support matches that of AMD EPYC Bergamo/Genoa as well as upcoming Intel Xeon 6 processors.

Being curious if the 256 core AmpereOne was simply a die shrink and core count increase, I brought up the matter of Ampere-1B... Several months back I spotted Ampere1B appearing in the LLVM Clang compiler and also the GCC compiler. When bringing up Ampere-1B in the context of the new AmpereOne CPUs in 2025, I was able to get it confirmed that indeed will be the "1B" variant. So with that some ISA additions with Ampere-1B having Armv8.7+ with FEAT WFxT, FEAT CSSC, FEAT PAN3 and FEAT AFP extensions plus 1A additions like the Memory Tagging Extension (MTE) and SM3/SM4 cryptography.

While this teasing over a 256-core AmpereOne processor and indicating AmpereOne is "generally available", that leads to the elephant in the room: where the hell is AmpereOne? It seems next to impossible to find. Ampere Computing has been talking about AmpereOne since 2022, last May it officially was "announced" with up to 192 cores and last September AmpereOne was announced for Oracle Cloud with limited availability in Q4'2023, but it seems next to impossible to actually find in the middle of 2024.

There have also been no independent reviews/benchmarks of AmpereOne and Ampere Computing is all the happy continuing to promote Ampere Altra on social media channels, new blog posts, and with these roadmap updates. Ampere Altra has stood up well but mind you it was announced in 2020 and has been benchmarked since late 2020... Not 1~2 years later like we are now in the AmpereOne cycle. We are now at the middle of 2024 with AmpereOne supposedly "generally available" but seems next to impossible to find and still awaiting any independent AmpereOne benchmarking analysis or even access to the Oracle Cloud AmpereOne instances... Everyone I know that is independently interested in AmpereOne and trying to acquire the hardware has yet to be successful in doing so. Simply put, it's been frustrating and rather ghostly all the meanwhile Intel Xeon 6 is imminent with Sierra Forest followed by Granite Rapids for higher core counts there with 144 cores per socket and even a 288 core variant of Xeon SRF. AMD EPYC 9754 Bergamo has been available since last year with 128 cores / 256 threads per socket, Zen 4C has boasted great power efficiency improvements, and there is also AMD EPYC Zen 5 on the horizon.

When inquiring about AmpereOne availability during the advanced briefing, I was told they've been busy ramping up with their large customers and then over the months ahead they will be expanding more to their medium and smaller customers. Today's press release goes on to note that "new AmpereOne OEM and ODM platforms would be shipping within a few months." The explanation also seems a bit odd considering the lack of GA access still to AmpereOne at any of the large cloud providers. We'll see when the availability story pans out and if/when we see any AmpereOne hardware for independent reviews/benchmarking. The battle is only becoming more tough if the broad availability on AmpereOne drags out past the launch of Intel Xeon 6 Sierra Forest / Granite Rapids and AMD EPYC Zen 5 hardware. AmpereOne when originally announced was before the 128-core Bergamo even shipped while there are rumors its successor could be pushing 192 cores per socket this year and further improvements to x86_64 power efficiency.

Last year's roadmap update also signaled the AmpereOne family is for 136 to 192 cores (or now, 256 cores in 2025) while Ampere Altra is for 128 cores and less. Sadly this year's update didn't shed any light on any AmpereOne expansion for 128 cores or less or any sort of refresh for those pursuing any smaller AArch64 core counts while wanting a modern design. So it's not clear if Ampere is just pursuing the larger (cloud) servers or if in time they will release any new products for 128 cores and less. There certainly is interest and a need for AArch64 workstation type systems while for now Ampere Altra is working out for the lack of any viable competition there for socketed AArch64 desktops/workstations. It will be interesting to see what Intel Sierra Forest offers at lower core counts for pure E core efficiency and similarly what AMD is already delivering with the EPYC 8004 Siena processors for great power efficiency and scalability.

Continue reading here:
Ampere Computing 2024 Roadmap Update: 256 Core 3nm CPU In 2025 - Phoronix

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Kinsing malware exploits Apache Tomcat on Linux clouds – SecurityBrief Australia

Tenable's Cloud Security Research team has unearthed a series of attacks by the Kinsing malware family, particularly targeting Linux-based cloud infrastructures. In a new development, these malicious programmes are now exploiting Apache Tomcat servers, adopting new advanced stealth techniques for file system penetration and persistence.

Kinsing, a malware family operational for numerous years, primarily attacks Linux-based cloud infrastructure. Known for exploiting a range of vulnerabilities to gain unauthorised access, the hostile actors behind the Kinsing malware frequently install backdoors and illicitly deploy cryptocurrency miners on compromised systems. Once the infection has taken hold, Kinsing co-opts system resources, employing these for cryptomining. This redirection of system resources inhibits server performance and increases operational costs.

The new information disclosed by Tenable today adds another level of complexity to these malicious endeavours exploiting Apache Tomcat servers while adopting fresh tactics for evasion on the file system. A noteworthy aspect of these new methods is Kinsing's use of seemingly innocent and non-suspicious file locations to maintain its presence on the system.

Speaking on this security concern, Ari Eitan, Manager - Research at Tenable, highlighted the growing trend of cloud cryptomining in recent times. This has been largely facilitated by the scalability and flexibility of cloud platforms. Eitan posits that, "Unlike traditional on-premises infrastructure, cloud infrastructure allows attackers to quickly deploy resources for cryptomining, making it easier to exploit." The research team previously discovered multiple servers infected with Kinsing in a single environment, including an Apache Tomcat server with critical vulnerabilities.

Thus, the emergence of the Kinsing malware and its evolution to exploit Apache Tomcat servers with new advanced stealth techniques adds an insidious threat to Linux-based cloud infrastructures. These developments signify how malicious actors are continually devising new strategies to exploit system vulnerabilities for their gain. As Ari Eitan underscores, the extensive capability of cloud infrastructure that allows swift deployment of resources for cryptomining can now equally be exploited by threat actors with relative ease.

This disclosure underscores the exponentially growing cybersecurity threat landscape. As malicious actors become more innovative in their tactics, robust and up-to-date security measures are of the utmost importance. Therefore, the essential role of cyber defense teams such as Tenable's Cloud Security Research team becomes increasingly vital as they enhance their efforts to identify, expose and mitigate such threats.

Read more:
Kinsing malware exploits Apache Tomcat on Linux clouds - SecurityBrief Australia

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Cloud Encryption Market is Rising in Upcoming Years | 2024-2031 – openPR

, - The global Cloud Encryption Market is expected to record a CAGR of XX.X% from 2024 to 2031 In 2024, the market size is projected to reach a valuation of USD XX.X Billion. By 2031 the valuation is anticipated to reach USD XX.X Billion.

The cloud encryption market refers to the segment of the cybersecurity industry that focuses on the encryption of data stored and processed in cloud environments. Encryption is a critical security measure that transforms readable data into an encoded format, which can only be decrypted by authorized users with the correct key. The market encompasses various encryption solutions, including software, hardware, and cloud service provider-based offerings, designed to protect sensitive information from unauthorized access and cyber threats. Market size refers to the total revenue generated by these encryption solutions, typically measured in terms of millions or billions of dollars annually. The forecast aspect of the market involves predicting future growth trends, considering factors such as technological advancements, regulatory changes, and evolving cybersecurity threats. This predictive analysis helps stakeholders, including businesses, investors, and policymakers, to make informed decisions regarding investments and strategic planning in the cloud encryption sector.

: ( , & , ) @ https://www.verifiedmarketreports.com/download-sample/?rid=33568&utm_source=Openpr&utm_medium=025

What Are The Overview And Market Opportunity For Cloud Encryption Market Size and Forecast?

The cloud encryption market is experiencing rapid growth due to the increasing adoption of cloud services across various industries, including finance, healthcare, retail, and government. The shift towards digital transformation and the need for secure data storage and transmission drive the demand for robust encryption solutions. Cloud encryption ensures that sensitive data remains protected from breaches, even if the cloud infrastructure is compromised. Key market opportunities lie in the integration of advanced technologies such as artificial intelligence and machine learning, which enhance encryption methods and automate threat detection. Additionally, the rise of remote work and the proliferation of Internet of Things (IoT) devices generate vast amounts of data, further amplifying the need for effective encryption solutions. Market players can capitalize on these opportunities by developing innovative products and expanding their service offerings to meet the evolving security requirements of cloud users. Strategic partnerships and acquisitions also present growth avenues by enabling companies to broaden their technological capabilities and customer base.

What Are The Growth Driver And Restraints For Cloud Encryption Market Size and Forecast? The growth of the cloud encryption market is primarily driven by the increasing incidence of data breaches and cyber-attacks, which heighten the awareness and necessity of robust data security measures. Regulatory requirements, such as GDPR and CCPA, mandate stringent data protection practices, thereby propelling the demand for encryption solutions. Additionally, the growing reliance on cloud-based applications and services, coupled with the advancement of encryption technologies, fuels market expansion. However, certain restraints may hinder this growth, including the high cost of encryption solutions and the complexity involved in implementing and managing these technologies. Small and medium-sized enterprises (SMEs) may find it challenging to adopt comprehensive encryption solutions due to budget constraints and a lack of technical expertise. Furthermore, concerns regarding performance issues, such as latency and processing overheads associated with encryption, can affect the user experience and slow down adoption rates. Despite these challenges, continuous innovation and the increasing adoption of cloud services are expected to sustain the growth trajectory of the cloud encryption market.

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Cloud Encryption Market Segmentaion Analysis, By Type

Infrastructure-as-a-Service (IaaS) Software-as-a-Service (SaaS) Platform-as-a-Service (PaaS)

Cloud Encryption Market Segmentaion Analysis, By Application

Banking Financial Services and Insurance (BFSI) Healthcare Telecom and IT Government and Public Utilities Aerospace and Defense Retail Others

in Cloud Encryption Market are:

Ciphercloud, Gemalto, Hytrust, IBM, Netskope, Secomba, Skyhigh Networks, Sophos, Symantec, Thales E-Security, Trend Micro, Vaultive, TWD Industries AG, Parablu

Global Cloud Encryption Market

:

North America is a significant player in the global Cloud Encryption , with the United States and Canada being major contributors. The region benefits from a robust economy, technological advancements, and a strong consumer base with high purchasing power.

:

Europe is another major region in the global Cloud Encryption , comprising countries such as the United Kingdom, Germany, France, and Italy. The region is characterized by a mature market with well-established infrastructure and consumer preferences.

-:

Asia-Pacific is a rapidly growing region in the global Cloud Encryption , driven by countries such as China, Japan, India, and South Korea. The region benefits from a large population, rising disposable income, and increasing urbanization, leading to greater demand for Cloud Encryption products and services.

:

Latin America presents opportunities and challenges for the Cloud Encryption , with countries like Brazil, Mexico, and Argentina being key players. Economic fluctuations and political instability in some countries can impact market dynamics and consumer behavior.

:

The Middle East and Africa represent emerging markets in the global Cloud Encryption , with countries like UAE, Saudi Arabia, South Africa, and Nigeria showing promising growth potential. Economic diversification efforts, urbanization, and a young population are driving demand for Okra Seeds products and services in the region.

()

1. What are the present scale and future growth prospects of the Cloud Encryption Market?

Answer: The Cloud Encryption Market is anticipated to witness a compound annual growth rate (CAGR) of XX% from 2024 to 2031, transitioning from a valuation of USD XX Billion in 2023 to USD XX billion by 2031.

2. What is the current state of the Cloud Encryption Market?

Answer: As of the latest data, the Cloud Encryption Market is experiencing growth, stability, and challenges.

3. Who are the key players in the Cloud Encryption Market?

Answer: Prominent players in the Cloud Encryption Market include key companies, known for their notable characteristics or strengths.

4. What factors are driving the growth of the Cloud Encryption Market?

Answer: The growth of the Cloud Encryption Market can be attributed to factors such as key drivers technological advancements, increasing demand, and regulatory support.

5. Are there any challenges affecting the Cloud Encryption Market?

Answer: The Cloud Encryption 's challenges include competition, regulatory hurdles, and economic factors.

6. How is the competitive landscape in the Cloud Encryption Market?

Answer: The competitive landscape is characterized by the competitive dynamics - key players, market share, and strategies.

7. What are the key trends shaping the Cloud Encryption Market?

Answer: Current trends in the Cloud Encryption Market include significant technological innovations and changing consumer preferences.

, @ https://www.verifiedmarketreports.com/product/global-cloud-encryption-market-size-and-forecast-to-2025/

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Cloud Encryption Market is Rising in Upcoming Years | 2024-2031 - openPR

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Ahrefs Joins Others in Suggesting That On-Premises Hosting Can Be More Cost Effective than Cloud – InfoQ.com

A recent article claims that Ahrefs, an SEO software suite company, was able to prevent $400 million in expenditures over three years by not leveraging cloud resources. Similarly, 37Signals, the makers of Basecamp, has begun a cloud exodus with the stated goal of saving seven million dollars in infrastructure costs over five years.

Efim Mirochnik, global DC lead for Ahrefs, explains that Ahrefs currently hosts on-premises within a data center located in Singapore. Mirochnik states that "Ahrefs has spent $122 million to support its on-premise infrastructure since 2017". Mirochnik then projects what the equivalent EC2-based infrastructure within AWS would cost. Two projections were made, one using on-demand resources, and one using three-year reserved instances paid all-upfront.

This projection indicates a potential spend (accumulated since 2017) within AWS of over one billion dollars as compared to the on-premises infrastructure being approximately ten times cheaper.

Reactions to the article were mixed with many claiming the author neglected to fully comprehend the total cost of ownership (TCO) of running on-premises. User serverhorror on Reddit expressed that:

For most people: they'll never have the, even the basic features, AWS provides out of the box (and if you don't need them it's absolutely fine to not pay for them by going to your own DC or just rent a rack).

User weehoey raised a warning to ensure that only the applicable benefits of investing in the cloud are weighed:

You are right that AWS provides a massive number of features. Features are not business outcomes. [..] Only the features that provide benefit given your use case matter.

However, many instead called out that the cloud is not always cheaper and each company must review their own use cases carefully. User jippen on Reddit shared this sentiment:

This article is super reductive, looks at two data points and extrapolates the world from it. Just because these were good decisions for your business doesn't mean they're good decisions for every business at every level of scale.

David Heinemeier Hansson, CTO at 37signals, shared a similar story to Ahrefs. Hansson predicts that 37signals stands to save approximately seven million dollars over five years by exiting the cloud and moving to on-premises hosting.

Adam Jacobs, CEO at System Initiative, shared on X that Hansson's assessment:

Makes complete sense to me that these numbers pencil out like this. In many ways, were paying for having forgotten how to rack compute, manage operating systems, and run networks.

Forrest Brazeal expands upon the idea that each company must assess the appropriate approach for their use cases and expertise. Brazeal explains that "not every company runs at Google scale, not every company has the competence (high) or growth aspirations (low) of 37signals". To elaborate on this point, Brazeal sketched a matrix to assess if the cloud or self-hosting would be a better choice.

User Indifferentchildren expressed a similar sentiment on Reddit: "Cloud is great for scaling, and cold-standby DR, but if you have decent-sized continuous loads, cloud can be a really expensive option."

The 2024 State of FinOps survey found that waste and cost reduction is now the highest priority with engineering enablement moving down the rankings. A recent CNCF microsurvey on FinOps found that Kubernetes usage has driven cloud spending up for 49% of respondents with the primary driver being overprovisioning.

The theme of Werner Vogels's 2023 AWS re:Invent keynote was frugality. Vogels outlined seven laws for frugal architectures and posited that cost should be viewed as a non-functional requirement when building.

With many businesses looking for ways to reduce costs and improve profits, there will be a continued focus on efficiently built infrastructures. As Kelsey Hightower highlights:

It might just turn out that the cloud was the best way to research and design better ways of managing our systems, and thanks to the open source community standardizing the APIs on top, we might finally have the blueprints we need to close the gap on-prem.

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Ahrefs Joins Others in Suggesting That On-Premises Hosting Can Be More Cost Effective than Cloud - InfoQ.com

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AWS’s 7.8B ‘sovereign cloud’ to hit Germany by 2025 – CloudTech News

AWS has revealed its first sovereign cloud region, which will be based in Brandenburg, Germany, is due to be operational by the end of 2025.

It is hoped the development willstrengthen data residency across Europe, with the cloud provider investing more than 7.8bn (6.7bn) through 2040.

Timed perfectly with the AWS Summit Berlin, which is taking place right now in the German capital, this announcement follows up on AWSs initial reveal seven months ago about their sovereign cloud plans, showing a deep dedication to data control and digital sovereignty in Europe.

AWS is not only enhancing its infrastructure but also expanding its workforce in Europe with new high-skilled roles for software engineers, systems developers, and solutions architects. This move is integral to AWSs commitment to manage all operations of the European Sovereign Cloud exclusively through EU-based personnel, which includes managing data centres, providing technical support, and handling customer service.

For more than a decade, Amazon has invested heavily in the European market, contributing over 150 billion and employing over 150,000 people permanently in the European Single Market. The launch of the AWS European Sovereign Cloud stands as proof of Amazons enduring commitment to Europes digital advancement.

Max Peterson, AWSs VP of Sovereign Cloud, highlighted that this investment aims to provide customers with cutting-edge sovereignty controls, privacy measures, and security features in the cloud.

Wereinvesting heavily in new local talent and infrastructure, which will help provide the operational sovereignty our customers require, Peterson stated. This is an exciting milestone, andwerelooking forward tothe ways thatour customers and partners across Europe will drive further innovation with the AWS European Sovereign Cloud.

In Germany, AWS is also engaging with local communities through long-term, innovative programs that aim to have a sustainable impact in regions hosting its infrastructure. The focus is on developing cloud workforce and educational initiatives for learners of all ages, bridging the skills gap, and preparing for future tech jobs.

For example, consider last years collaboration between AWS and Siemens AG, which established the first apprenticeship program for AWS data centers in Germany. This program and the introduction of the first national cloud computing certification by the German Chamber of Commerce (DIHK) and the AWS Skills to Jobs Tech Alliance highlight AWSs ongoing commitment to education and workforce training.

On another note,O2 Telefnicas partnership with Nokia to deploy 5G standalone core software on AWSmarks a significant milestone in the telecommunications sector. Its the first time an existing mobile operator has transitioned its core network operations to a public cloud.

While AWS has long provided localised data storage and processing options in Europe, public sector bodies and organisations in highly regulated industries have been cautious about moving to the public cloud due to data management concerns. To address these issues, the AWS European Sovereign Cloud offers stricter data controls, ensuring that all metadata remains within the EU and is inaccessible to AWS employees outside the bloc.

This physically and logically separate cloud environment represents a shift from AWSs initial stance on the sovereign cloud concept, which was once dismissed as more of a marketing term.

However, AWSs recent digital sovereignty pledge solidifies its commitment to offering customers more control and choices to meet their unique digital sovereignty needs without compromising the full capabilities of AWS.

Check out the upcomingCloud Transformation Conference, a free virtual event for business and technology leaders to explore the evolving landscape of cloud transformation.Book your free virtual ticket to deep dive into the practicalities and opportunities surrounding cloud adoption.Learn more here.

Tags: AWS, cloud, data centre, sovereign cloud

Link:
AWS's 7.8B 'sovereign cloud' to hit Germany by 2025 - CloudTech News

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The best web hosting services of 2024: Expert tested – ZDNet

GoDaddy has made a business of offering as wide an array of services as possible for individuals and small businesses in need of an internet presence. It's widely known, and many customers enjoy the service.

Pricing begins at $5.99/month for one website. With specific plans, you may be eligible for a free domain name and SSL certificate. Regarding security, automatic WordPress updates are applied and malware scanning services are available. Each plan comes with a one-click WordPress installation, a cPanel, and daily backups.

Review:GoDaddy: A no muss, no fuss website-building service

Customer service is reasonable, and, although not 24/7, if you need a technical lead to get something accomplished, you can usually find someone with a clue (after jumping through a few hoops, of course). However, the refund policy is restrictive and I would say the host's website is cluttered, making it difficult to find exactly what service you need -- and for what price.

ZDNET author David Gewirtz has decades of experience with GoDaddy, and he has come to respect how this web host provides the key services most customers want. They're definitely not the best at anything, but they do a good job with almost everything.

"GoDaddy, in my opinion, is the best web host," Gerrid Smith, director of E-commerce ofJoy Organics, told ZDNET. "They promise a minimum of 99.9% availability. To prevent malicious activities and repel DDoS attacks, their security team works around the clock."

GoDaddy features:cPanel: Some plans |SSL: Some plans |SSH: Some plans |Backups: Some plans |Money-back guarantee: 30 days for annual plans, 48 hours for monthly plans |Support: 24/7/365 US-based ticket and phone

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The best web hosting services of 2024: Expert tested - ZDNet

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