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AMD-Powered Frontier Supercomputer Breaks the Exascale Barrier, Now Fastest in the World

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AMD-Powered Frontier Supercomputer top500 us amd powered japan fugaku alcorn tom's hardware

That’s great news! The achievement of breaking the exascale barrier and becoming the fastest supercomputer in the world is a significant milestone for the field of high-performance computing. The AMD-powered Frontier supercomputer, which is based at the Oak Ridge National Laboratory, has been designed to deliver groundbreaking research in a range of fields, including energy, climate, and human health.

The Frontier supercomputer is powered by over 700,000 AMD EPYC CPU cores and over 1000 AMD Radeon Instinct GPUs, delivering a peak performance of 1.5 exaflops (or one quintillion calculations per second). This level of computing power will enable researchers to tackle some of the world’s most complex problems, from understanding the mechanisms of disease to developing more efficient and sustainable energy sources.

The AMD EPYC CPUs and Radeon Instinct GPUs are designed to work together seamlessly, delivering a powerful and flexible platform for scientific computing. With the ability to process massive amounts of data quickly and accurately, top500 us amdpowered japan fugakualcorn tomhardware Frontier will be a game-changer in many areas of research.

Overall, the breakthrough achieved by the Frontier supercomputer is a significant step forward in the field of high-performance computing, and it is exciting to see what new discoveries and advancements will be made possible by this cutting-edge technology.

  • Processors: Over 700,000 AMD EPYC CPU cores
  • GPUs: Over 1000 AMD Radeon Instinct GPUs
  • Peak Performance: 1.5 exaflops (one quintillion calculations per second)
  • Memory: 2.7 petabytes of total system memory (both CPU and GPU memory combined)
  • Storage: Over 100 petabytes of usable high-performance storage
  • Interconnect: Cray Slingshot interconnect with up to 1.6 terabytes per second of bandwidth per node
  • Power: 30 megawatts of power capacity
  • Operating System: A custom version of Red Hat Enterprise Linux

The combination of AMD EPYC CPUs and Radeon Instinct GPUs provides a powerful computing platform that can handle a wide range of workloads, from machine learning and artificial intelligence to modeling and simulation. The Cray Slingshot interconnect ensures high-speed data transfer between the CPUs and GPUs, while the large amounts of memory and storage make it possible to work with massive datasets.

Overall, the Frontier supercomputer is a highly advanced system that represents a significant leap forward in high-performance computing. It is designed to deliver groundbreaking research in a variety of fields, from energy and climate to human health and beyond.

Frontier Supercomputer Processor.

The AMD-powered Frontier supercomputer uses over 700,000 AMD EPYC CPU cores as its main processor. The specific model of EPYC CPU used in the Frontier supercomputer is not publicly disclosed, but it is likely to be one of the latest generations of AMD’s EPYC processors, which are designed for high-performance computing workloads.

AMD’s EPYC processors are based on the Zen architecture and are known for their high core count, high memory bandwidth, and strong performance in a variety of workloads. They are particularly well-suited for scientific computing, machine learning, and other data-intensive tasks that require a lot of computational power. The EPYC processors used in the Frontier supercomputer are likely to be customized to meet the specific requirements of the system, such as high memory bandwidth and low latency.

Overall, the use of AMD EPYC CPUs in the Frontier supercomputer is a key factor in the system’s ability to deliver groundbreaking research in a wide range of fields. With over 700,000 CPU cores working together, the Frontier supercomputer is capable of processing massive amounts of data and running complex simulations at unprecedented speeds.

Frontier Supercomputer Ram

The Frontier supercomputer has a total system memory of 2.7 petabytes, which is a combination of both CPU and GPU memory. The specific amount of RAM per node is not publicly disclosed, but it is likely to vary depending on the specific configuration of each node.

It’s worth noting that the AMD EPYC processors used in the Frontier supercomputer support high memory bandwidth and can address large amounts of memory, which is critical for scientific computing workloads that involve processing and analyzing large datasets.

The AMD Radeon Instinct GPUs used in the Frontier supercomputer also have high-bandwidth memory (HBM2) directly attached to the GPU, which provides high-speed access to data and helps to reduce data transfer bottlenecks between the CPU and GPU.

Overall, the large amount of memory in the Frontier supercomputer, combined with its high-performance CPU and GPU processors, makes it possible to work with massive datasets and run complex simulations at unprecedented speeds.

Frontier Supercomputer Storage

The Frontier supercomputer has over 100 petabytes of usable high-performance storage. The storage system is based on a high-speed parallel file system designed to provide high throughput and low latency for data-intensive workloads. The specific storage system used in the Frontier supercomputer is not publicly disclosed, but it is likely to be a custom solution designed to meet the specific requirements of the system.

The high-performance storage in the Frontier supercomputer is critical for scientific computing workloads that involve processing and analyzing large datasets. With over 100 petabytes of storage, researchers can store and analyze massive amounts of data generated by simulations, experiments, and other scientific activities.

Overall, the combination of high-performance storage, high-memory bandwidth, and high-speed CPU and GPU processors makes the Frontier supercomputer a powerful platform for scientific computing that can handle the most demanding workloads.

AMD El Capitan.

AMD El Capitan is a high-performance computing (HPC) system that is currently under development for the Lawrence Livermore National Laboratory (LLNL) in the United States. The system is being designed in collaboration with AMD, Cray (now part of Hewlett Packard Enterprise), and the U.S. Department of Energy.

Once completed, AMD El Capitan is expected to be one of the world’s fastest supercomputers, with a target performance of over 2 exaflops (two quintillion calculations per second). The system will be powered by the latest generation of AMD EPYC CPUs and Radeon Instinct GPUs, and will be built using Cray’s Shasta architecture and Slingshot interconnect technology.

The AMD EPYC CPUs and Radeon Instinct GPUs in the El Capitan system are expected to deliver industry-leading performance in a range of workloads, including scientific computing, machine learning, and data analytics. The system will be used by researchers and scientists at LLNL to perform simulations and modeling across a wide range of fields, including energy, climate, and national security.

Overall, AMD El Capitan represents a major step forward in high-performance computing and is expected to deliver groundbreaking research and insights into some of the world’s most complex problems. The system is scheduled to be delivered in 2023, and its performance is expected to continue pushing the boundaries of what is possible in scientific computing.

Frontier Supercomputer Release Date.

The Frontier supercomputer is currently under development and is expected to be delivered to the Oak Ridge National Laboratory in Tennessee, USA in 2021. The system is then expected to undergo acceptance testing and tuning before being made available for use by researchers and scientists.

The Frontier supercomputer is a collaborative project between the US Department of Energy, Oak Ridge National Laboratory, AMD, and Cray (now part of Hewlett Packard Enterprise), and is expected to be one of the world’s most powerful supercomputers when it becomes operational.

The system is being designed to support a wide range of scientific computing workloads, including simulations and modeling in areas such as materials science, chemistry, and astrophysics. The large amount of computing power and memory in the system is expected to enable researchers to tackle some of the world’s most complex problems and make breakthroughs in a variety of fields.

Overall, the Frontier supercomputer is an exciting development in the world of high-performance computing and is expected to deliver groundbreaking research and insights into a wide range of scientific fields.

Pros And Cons.

Pros:
  • The Frontier supercomputer is expected to be one of the fastest supercomputers in the world, providing researchers and scientists with unprecedented computing power to tackle complex problems.
  • The system is designed to support a wide range of data-intensive workloads in areas such as materials science, chemistry, and astrophysics.
  • With a total system memory of 2.7 petabytes and over 100 petabytes of high-performance storage, the Frontier supercomputer is well-suited to handle large datasets and complex simulations.
  • The collaboration between AMD, Cray, and the US Department of Energy has resulted in a powerful and innovative system that will push the boundaries of what is possible in scientific computing.

Cons:

  • The development and operation of supercomputers such as Frontier is very expensive and requires a significant investment of resources.
  • The high energy consumption and cooling requirements of such systems can have a significant impact on the environment and contribute to climate change.
  • The complexity of the system and the software required to run on it can make it challenging for researchers and scientists to use effectively, requiring specialized expertise and training.
  • The high-performance computing market is highly competitive, and other companies and countries are also investing in the development of powerful supercomputers, which could diminish the competitive advantage of the Frontier system in the future.

Conclusion.

The Frontier supercomputer, powered by over 700,000 AMD EPYC CPU cores and AMD Radeon Instinct GPUs, is a major milestone in high-performance computing. With a total system memory of 2.7 petabytes and over 100 petabytes of high-performance storage, the Frontier supercomputer is designed to support a wide range of data-intensive workloads in areas such as materials science, chemistry, and astrophysics.

The Frontier supercomputer is currently under development and is expected to be delivered to the Oak Ridge National Laboratory in 2021. Once operational, the system is expected to be one of the fastest supercomputers in the world and will be used by researchers and scientists to perform simulations and modeling across a wide range of fields.

In addition to the Frontier supercomputer, AMD is also working on the development of the El Capitan supercomputer, which is expected to be one of the world’s fastest when it becomes operational. These systems represent a major step forward in high-performance computing and are expected to deliver groundbreaking research and insights into some of the world’s most complex problems.

Press Release

Customer engagement analytics startup Retain.ai nabs $23M

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Customer engagement analytics startup Retain.ai nabs $23M

With participation from Baseline Ventures, Upside Partnership, and Afore Capital, Retain.ai, a platform that offers businesses a perspective of customer engagement across teams, processes, and apps, has raised $23 million in a funding round led by Emergence Capital. By the end of 2021, Retain.ai headcount would have more than doubled thanks to the fresh funding, according to co-founder and CEO Eric Chernoff. The company has now raised more than $27 million in total, thanks to this round.

It can be challenging for businesses to comprehend how each of their divisions is providing customer service as they expand. This may result in expending excessive effort on the incorrect clients while underinvesting in the appropriate ones. Customers who aren’t paying their bills, for instance, may consume the most time from the product, engineering, marketing, and other teams. Sadly, compiling the data required for customer interaction research frequently necessitates lengthy, account-specific timesheets, process and time studies, or analyses employing data from many sources of record.

The Prospects for AI-based By giving a breakdown of client data, Customer Service Retain.ai attempts to automate the process. The platform uses browser-based applications to build an image of customer engagement and gives managers and customer-facing teams measurements of internal process effectiveness.

The engine behind Retain.ai, which Chernoff and Vlad Shulman cofounded in 2020, “delivers a trusted, adaptable system for discovering and sharing the habits that drive client retention and income,” Chernoff, a former LiveRamp employee, said in an email to VentureBeat. Every employee across the client lifecycle deserves a copilot, driven by billions of data points each month, who can make suggestions such, “Relative to accounts that increase three times, we saw you should be doing more of the things that work for other accounts. Organizations may spread the best practises throughout whole teams and processes using Retain as their copilot, improving everyone’s performance at work.

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Retain admins create a “allow list” of applications, websites, and attributes during setup in order to capture data and execute workflows. Retain is a browser extension that users can download, and it gathers comprehensive session information such as page URLs, start and end times, page properties, process categories, and more. The platform uses visualizations and summaries to transform this data into usable information, acting as a single source of truth for all team, customer, and app interactions within an organisation.

The Retain platform, according to Chernoff, may respond to inquiries about return on investment in relation to customer expenditure, which can be utilised to develop new revenue sources for customer success. According to Chernoff, firms can use Retain to capture engagement time on certain accounts outside of the period allotted for it to do so.

In addition to providing visibility into client connections, retention serves as an early churn indicator. With the help of these “relationship scorecards,” brands can track consumer interactions and make any necessary course corrections.

Through information on the efforts [and] activities that go into servicing customers throughout their lifecycle, [Retain] helps firms understand overall cost-to-serve clients, according to Chernoff. “[Most] leaders struggle to concentrate on the highest value customers and processes and are unsure on how to fix the problem,” Our background is in data networking, therefore we recognized a chance to use adtech-related methods. to assist businesses in determining whether or not their financial commitment in a certain customer’s growth was profitable.

Retain.ai, a company with 20 workers based in San Francisco, California, claims that thousands of people at more than a dozen Fortune 500 firms, including Google, Nielsen, and Salesforce, are currently using its software. According to reports, annual recurring revenue has increased by 8 times in the past year, while growth among Retain’s current clients has increased by 36 times on average.

“My vision is for Retain to be the next generation of customer experience data, replacing all the time-consuming consultancy and spliced-together self-reporting data,” the author says. In order to maximise customer-facing interaction and increase revenue by 25% by raising engagement with high-value customers and strengthening retention, [for our clients] we are returning the 23,000 hours per year spent on time-consuming internal processes, Chernoff stated. The adoption of work-from-anywhere and hybrid models by businesses has led us to the conclusion that every employee at a company has a remote interaction with their team and customers. Enterprises now more than ever require visibility and to make sure nothing slips between the gaps.

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Press Release

Anti-Secrecy Activists Publish a Trove of Ransomware Victims’ Data DDoSecrets

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Anti-Secrecy Activists Publish a Trove of Ransomware Victims' Data DDoSecrets

In the interest of openness, the WikiLeaks successor DDoSecrets has gathered a contentious new collection of business ddosecrets wikileakslike 1tbgreenbergwired.

Radical transparency advocates like WikiLeaks have been fusing hacking and whistleblowing for years. No matter how dubious the source, they frequently publish any data they deem to be of public importance. However, one leak-focused organisation is currently mining a contentious new source of information: the enormous data caches that ransomware teams steal and release online when victims refuse to pay.

The transparency group of data activists known as Distributed Denial of Secrets today released a sizable new amount of data on its website, all of which were gathered from dark web sites where the material was initially disclosed online by ransomware hackers. About 1 terabyte of the information, which includes more than 750,000 emails, pictures, and documents from five companies, has been made public by DDoSecrets. With selected journalists or university researchers, the organisation is also offering to confidentially share an extra 1.9 gigabytes of data from over a dozen other firms. The massive data gathering covers a wide range of businesses, including manufacturing, finance, software, retail, real estate, and oil and gas.

All of that data, along with the gigabytes more that DDoSecrets claims it will provide in the upcoming weeks and months, comes from a trend among ransomware operations run by cybercriminals that is becoming more and more widespread. Ransomware hackers now frequently steal huge quantities of victim data and threaten to publish it publicly unless their hacking targets pay, going beyond simply encrypting victim PCs and demanding a payment for the decryption keys. The victims frequently reject that extortion, and the cybercriminals often carry out their threat. As a result, dozens or even hundreds of terabytes of private corporate information are exposed and posted on dark web servers, the web addresses of which are known to hackers and security experts.

Co Founder of DDoSecrets

Emma Best, co-founder of DDoSecrets, asserts that the data dump trails that ransomware operations leave in their wake frequently contain information that should be examined and, in some cases, made public. In a text message discussion with WIRED, Best said, “Ignoring critical data that can educate the public about how companies operate isn’t something we can afford to do.” Given that there is too much data for DDoSecrets to look through on its own, Best, who uses the pronoun they, was unable to state in many instances with certainty what secrets of possible public interest those enormous data sets may contain. But they contend that any proof of corporate wrongdoing revealed by those records, or even intellectual property that can benefit the public, should be regarded as fair game.

According to Best, “we have a duty to make that information available to researchers, journalists, and scholars so they can learn about how typically opaque industries (many of which control significant aspects of our lives and the future of the planet) operate.” This could be a pharmaceutical company, a petroleum company, or any other business with technical data and specs.

Exploiting data leakage left behind by cybercriminal hackers, however, raises significant ethical dilemmas for those battling the spreading global scourge of ransomware attacks. In his opinion, amplifying the leaks from ransomware groups only encourages them to threaten those leaks against more victims. Allan Liska is an analyst and researcher for the security firm Recorded Future. He claims to have personally witnessed the devastating effects of ransomware attacks on businesses of all sizes. Personally, I believe it to be incorrect, says Liska. “I believe you are taking advantage of someone who has a crime committed against them, even if you believe your motives are good,”
The best defence is that DDoSecrets isn’t disclosing any information that those hackers haven’t already made available. They claim that all of the information was previously published by ransomware hackers. “We don’t collaborate with them in any manner or receive anything from them directly. We are making data available that journalists are unable or frightened to access. Best adds that DDoSecrets will often discuss the majority of the leaks in private with journalists and scholars rather than publishing the material themselves. In those circumstances, they will request that anyone publishing the data redact anything that is excessively sensitive and doesn’t serve the public interest, including personally identifiable information. However, if the organisation decides that revealing such private information would be in the public interest, they reserve the right to do so. They also intend to grant the journalists and academics they share data with the same freedom to publish their findings.

DDoSecrets further points out that, whether or not it obtains personally identifying information, cybercriminals who might use it in ransomware leaks are already searching those breaches. The bogeymen that everyone enjoys worrying about? best authors. “They already have the information.”

Best cites the instance of Perceptics, a company that makes technology for license-plate readers. Perceptics experienced a breach in the spring of last year, and as per tech news site the Register, a ransomware hacker likely released its files onto the black web. In order to demonstrate how Perceptics had lobbied Congress for Customs and Border Protection contracts and downplayed security and privacy issues with its tech—even as the delicate license-plate data it was collecting was left vulnerable to hackers—journalists at the Intercept dug through the leaked data.

We cannot afford to ignore important data that can educate the public about how various sectors function.

BEST, EMMA; DDoSecrets

DDoSecrets released their own explosive collection of breached documents in June of this year. The group received BlueLeaks, a sizable collection of law enforcement information, from a hacker affiliated with Anonymous. The DDoSecrets account was suspended by Twitter, and all tweets including links to its website were even blocked, as a result of the 269 GB collection of papers from 200 state and local police organisations. The r/blueleaks subreddit was blocked by Reddit. Shortly after, DDoSecrets suffered a huge setback from which it is still trying to recover when German prosecutors in the town of Zwickau ordered police to take a server belonging to the organisation that housed many of its files and the search engine for its data gathering. It now intends to store its data on Tor-protected.onion sites that conceal the physical location of servers, making future seizures much more challenging.

DDoSecrets is still committed to completing its bigger objective in spite of those obstacles. It has also tapped into a large new stream of leaks thanks to its new malware trove. According to Liska of Recorded Future, more than 1,000 ransomware victims had their data leaked onto dark web sites just last year. He calculates that the total amount of stolen data posted to numerous dark web sites during a single year of ransomware outbreaks is between 100 and 200 gigabytes.

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According to Thomas Rid, a professor of strategic studies at Johns Hopkins University who wrote extensively about hack-and-leak operations in his book Active Measures, the ethics of searching through that deluge of leaked data for information of public interest is dependent on more than just whether the data was leaked by an insider or stolen by a hacker, or even the intentions of whoever might have stolen it. It would be significantly different from WikiLeaks’ widely criticized decision to release previously unpublished emails taken from the Democratic National Committee by Russia’s military intelligence agency in 2016 if the data had actually been made public by hackers prior to DDoSecrets obtaining it.

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But Rid points out that DDoSecrets’ decision to keep the data forever is more morally dubious because, in many situations, the material may only be accessible on a dark web site for a little period of time. When you are the sole source, Rid explains, “you are essentially the publisher at that point.” “These ethical edge scenarios must be acknowledged by Emma and their colleagues. They cannot simply act as though they are not in uncharted territory.”

Best claims that ignoring the existence of ransomware data merely permits hackers to take advantage of it, leaving its value as a source of newsworthy muckraking or other benefits to the general public. Terabytes of data are “inundating the dark web and being utilised almost exclusively by hackers and the kind of people security experts and commentators love to wring their hands over,” says Best. “But they’re virtually wholly unavailable to the public and to journalists.” Our main objective has always been to help and inform the people.

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Paymentus to Acquire Payveris in $152.2 Million Deal

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cloudbased Paymentus payveris crowdfundinsider

A legally binding agreement has been struck by Paymentus, a provider cloudbased paymentus payveris crowdfundinsider cloud-based bill payment technology, to acquire Payveris, which also offers cloud-based bill payment services. $152.2 million is the purchase price, with roughly 56 percent being paid in cash and 44 percent being paid in Paymentus Class A common stock.

With real-time capabilities, improved electronic bill presentation, and more payment alternatives for banks, credit unions, and financial institutions of all sizes, the combination is anticipated to increase the addressable market opportunity for Paymentus’ current offerings.

The president and CEO of Paymentus, Dushyant Sharma, said, “We started our connection with Payveris as a multifaceted partnership and it immediately became evident that their technology and team are best-in-class and would be immensely additive to our platform and goal. “This purchase helps us give additional value to our billers, strategic partners, and financial institutions while also accelerating our potential to disrupt the old bill pay paradigm. We are eager for the Payveris team to join Paymentus’ rapidly expanding team.

Once the agreements are fulfilled, Paymentus will provide Payveris‘ bank and credit union clients access to the Instant Payment Network as well as its omni-channel bill presentation and payment platform to Payveris clients who service loans in order to modernize their loan payment operations. The Paymentus platform can be made available to business and commercial clients of Payveris’ bank and credit union clients so that they can present and pay bills.

The acquisition should benefit Payment us clients since their consumers will soon be able to view bills and make real-time payments at the more than 265 banks and credit unions that Payveris supports. By enabling better control, quicker payments, and greater transparency when paying bills and moving money from any account to any end point, the combination of Paymentus and Payveris will simplify money management for consumers.

“Paymentus is the ideal place for Payveris to live. A real-time payment network connecting customer accounts at their financial institutions and their billers is created when the companies’ highly complementary technologies are joined, according to Ron Bergamesca, CEO of Payveris. “This network will serve as the cornerstone for providing financial institutions with quick innovation in digital payments.”

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