Datometry, | May 21, 2022
Datometry, the pioneer of database virtualization, announced today that a leading integrated container logistics company has completed a critical milestone of its data platform modernization with Datometry Hyper-Q. Using the Datometry Hyper-Q virtualization platform – the first to make existing applications fully interoperable with cloud databases without disrupting existing business processes – the company migrated from their on-premises system to Microsoft Azure Synapse in record time.
The logistics company, ranked within the Forbes Global 2000, sought to migrate from its legacy, on-premises data warehouse – which was known for being one of the most complex and sophisticated installations of its kind – to a modern cloud data warehouse (CDW) that is cost effective, highly scalable, and supports the flexibility and speed demanded by its customers' supply chains. The company needed a solution that would enable it to maintain its existing high-volume ETL processes and simultaneously serve a large user community of business analysts and data scientists.
Datometry Hyper-Q uniquely addressed its customer's business objectives, enabling the logistics leader to transfer its existing applications natively to Azure Synapse without costly rewrites of SQL code, at a fraction of the time and risk associated with typical database migrations. The customer saved tens of millions by migrating with Datometry, and its new, fully managed CDW is much more cost-effective to operate than its legacy database. The customer was able to preserve its long-standing investments in ETL, analytics, reporting and BI entirely.
As a global pioneer in ocean and inland shipping, our customer – arguably the worldwide leader in logistics - has long been on the forefront of organizations' ability to meet the needs of businesses - and those businesses' customers - worldwide. An enterprise the size and scope of this customer migrating to the cloud with Datometry and Microsoft so quickly, without the cost and risk of a typical migration, demonstrates how database virtualization can unlock the benefits of the cloud for any organization."
Mike Waas, CEO, Datometry.
Datometry's customer considered a conventional database migration at first, but decided on Datometry for its digital transformation upon determining a conventional migration would take at least five years, cost several tens of millions of dollars, yet present only a 20% chance of success.
Datometry Hyper-Q is used by leading Fortune 500 and Global 2000 enterprises to accelerate cloud modernization and move workloads between data warehouses. The Datometry Hyper-Q virtualization platform eliminates risk-laden, expensive, and time-consuming application rewrites.
Datometry is the global leader in database system virtualization. Datometry empowers enterprises to run their existing applications directly on the cloud database of their choice without the business disruption of costly and risk-laden database migrations and application rewrites. Leading Fortune 500 and Global 2000 enterprises worldwide realize significant cost savings and consistently outpace their competition by using Datometry during this critical period of transformation to cloud-native data management.
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guardDog | August 10, 2022
Guard Dog Solutions, Inc., dba guardDog.ai, and VMware are now partnered. guardDog.ai is launching the VMware implementation of its Fido 3 technology at the 2022 VMware Explore event at the Moscone Center in San Francisco Aug. 29 – Sept. 1, in booth 1914.
As the award-winning leader in real-time cyber security protection for business and consumers, guardDog.ai is using VMware’s Tanzu containerization technology to support hardware-free and entirely remote deployment and management of cyber security protection for any size MSSP or organization.
guardDog’s subscription-based Fido technology uses patent-pending artificial intelligence from the company’s cloud-based Autonomous Incident Response (AiR) database to pre-emptively recognize all devices connected to a network (including most especially the IoT and smart device connections device management solutions can’t see). The solution exposes and shuts down most cybersecurity threats before exploits can happen, protecting users and organizations from threats such as ransomware, man-in-the-middle attacks, denial of service, and emerging novel threats, protecting networks and the devices attached to them.
“Full virtualization has been on our product roadmap from the date of our inception, I have had the opportunity to partner with VMware through multiple organizations I have founded and led, and am particularly compelled by the power of the containerization architecture exemplified in VMware Tanzu. We are extremely pleased to provide what we believe is one of the most exemplary use cases for Tanzu implementation, and we look forward to using this technology to protect users and networks and to move the needle on the war against cybersecurity for many seasons to come.”
Peter Bookman, CEO and founder of guardDog.ai
“The implementation of guardDog.ai Fido 3 as a containerized appliance is a game changer, creating opportunities for anyone who wants to keep bad actors out of their systems,” says Industry veteran CIO Steve O'Donnell. “A wide variety of industry colleagues and I have had the opportunity to test Fido pre-launch and can report that it operates as advertised, it is fully automated, simple to implement and provides effective protection that can be deployed anywhere.”
With the VMware implementation of guardDog.ai’s Fido technology, MSSPs and IT departments can now replace the Fido hardware plugins with entirely virtual and remotely manageable implementations. This provides exceptional economy and ability to deploy and manage guardDog’s protection remotely, from a single location, for any size of organization or IT customer base.
guardDog.ai uses AI-driven overlay technology in Fido to find and protect users and networks from attempted cyberattacks in less than two milliseconds, by identifying the threats that device and network management solutions can’t see and proactively halting potential exploits before they begin.
In both wired and Wi-Fi networks, Fido protects network and the device users from the threats across the entire Attack Surface, and most especially within the edge territory outside the perimeter of the network or on attached devices that other solutions cannot see. These include the myriad of IoT (Internet of Things) devices such as specialized health monitoring equipment, printers, doorbells, thermostats, smart refrigerators, smart pens, smart TVs, and game systems that are inherently vulnerable to the networks they join.
Thanks to the VMware partnership and implimentation, the ability to obtain and deploy virtualized Fido technology also eliminates the supply chain issues of availability delays, while allowing for instant and continual updates to the AiR database of known threats and suspicious network behavior.
For all implementations, the virtualized alternatives for guardDog’s Fido v3 technology is making it possible to cover all areas of the potential Attack Surface with far greater economy and ease than before.
Guard Dog Solutions Inc., headquartered in Salt Lake City, Utah, guardDog.ai has developed a cloud-based Autonomous Incident Response (AiR) cyber security software service that works together with a companion Fido unit to simplify network security. The solution provides protection and visibility as it exposes invisible threats on networks and the devices attached to them, with patented technology to address and prevent cybersecurity threats before they compromise network environments. Every business, government, healthcare institution, home consumer, or other organization, is grappling to find security solutions that are adapting to this changing world. guardDog.ai is pioneering new innovations designed to meet these challenges.
SeekGene | May 13, 2022
MemVerge™, the pioneers of Big Memory software, today announced that SeekGene, a biotechnology research firm focusing on single-cell technology, has significantly reduced processing time and cost for data intensive single-cell analysis tasks using MemVerge Memory Machine running on AliCloud i4p compute instances. As a result, SeekGene is seeing a five-fold increase in output per virtual machine (VM) in its analytical operations. In particular, the data loading and exporting performance of its single cell sequencing pipeline has improved by two orders of magnitude, and it has doubled the sample size of the dataset used in the analyses.
SeekGene is a biotechnology enterprise focusing on single-cell technology that supports clinical diagnosis and development of precision medicine. The medical biopharmaceutical organization owns an exclusive microporous chip and water-in-oil dual technology platform and performs independent research and development of high throughput single-cell products, experiments, and full-chain services for bioinformatics analysis.
SeekGene's SeekOne NGS single-cell library platform, the SeekGene Online automated online data analysis platform, and its proprietary droplet method and micropore method dual platform sequencing capabilities provide data analysis for international scientific researchers. The sequencing services are deployed on AliCloud. However, because analytical processes use expression data as high as hundreds of thousands of reads, sequencing analysis can fail on traditional VM instances due to insufficient memory. In addition, the export and loading process of temporary data on disk during sequencing tasks can also be extremely lengthy.
Using MemVerge Memory Machine Cloud Edition software running on AliCloud i4p VM instances, which feature Intel Optane persistent memory (PMem), SeekGene is now able to use large memory resources with no change to its code. This allows SeekGene to double its sample size and enables up to five times more concurrent processes to run. Further, with MemVerge Memory Machine Cloud Edition, SeekGene is able to improve data loading and exporting performance by two orders of magnitude by eliminating the I/O bottleneck that is caused by disk reads and writes. Specifically:
On a traditional VM instance which uses NVMe SSD to save temporary data, it takes over 15 minutes to store the dataset. By employing MemVerge Memory Machine snapshot technology, saving the data takes only 2.5 seconds.
When compared to AliCloud ESC.g5, the previous AliCloud VM instance used by SeekGene, the AliCloud ECS.i4p, together with MemVerge Memory Machine technology, enables SeekGene to run five concurrent tasks, each with twice the size of the original dataset.
"Using MemVerge Memory Machine, we are able to employ large memory resources in the cloud without refactoring our code, and eliminate the delay caused by storage I/O otherwise required in our pipelines," said Xingyong Ma, Co-founder and Chief Scientist of SeekGene. "As a result, we are able to cut our analytical time and costs significantly while optimizing our single-cell sequencing capabilities for researchers worldwide to promote faster development of precision medicine."
The SeekGene use case is a typical example of how biotechnology researchers can revolutionize their computational analyses by leveraging Big Memory technology in the cloud. These data intensive workloads can now be performed at record speeds and at dramatically lower cost. For the biotechnology industry, this can be a true gamechanger."
Jonathan Jiang, Chief Operating Officer, MemVerge.
MemVerge Memory Machine enables applications to utilize 100% of available memory capacity across multiple memory types with no code refactoring required, while providing new operational capabilities to memory-centric workloads. MemVerge Memory Machine Cloud Edition extends these benefits to cloud workloads, delivering memory virtualization, in-memory fault-tolerance and mobility services that organizations can easily add to their cloud infrastructure. Stateful, non-fault-tolerant, and long-running apps can now realize the promise of cloud agility and flexibility. More information on Memory Machine Cloud Edition is available here.
MemVerge is pioneering Big Memory Computing for a multi-cloud world. Major gaps exist in today's cloud infrastructure for data-intensive high-performance applications. MemVerge® Memory Machine™ delivers software-defined, composable memory and intelligent memory service to bridge these gaps. As a software leader in the CXL ecosystem, MemVerge composable memory technology provisions, tiers, disaggregates, and pools heterogeneous memory to scale memory capacity and decrease memory cost. MemVerge ZeroIO™ in-memory snapshot services transparently checkpoint, clone, replicate, and restore running applications anytime, anywhere in a multi-cloud computing environment. Overall, Big Memory Computing technologies shorten time-to-results and are delivering unprecedented in-memory application availability and mobility for leading enterprises, research institutions and cloud service providers. MemVerge aims to democratize data-intensive compute for researchers, scientists, analysts and engineers around the world, and liberate all workloads to move in multi-cloud environments everywhere.
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Flexxible I | June 18, 2022
Flexxible IT, the global leader of Desktop as a Service (DaaS) delivery and services, and xFusion Europe, a global provider of computing power infrastructure and services, are announcing today a strategic alliance in the European market. Flexxible IT and xFusion can deliver a fully redundant hardware-based hybrid workspace environment built on any end-user compute (EUC) vendor that includes an all-inclusive, pay monthly, fully managed hybrid infrastructure solution.
Flexxible IT combines its deep technical expertise, global industry knowledge, and best-in-class technology to deliver comprehensive and differentiated hybrid solutions. Partnering with xFusion furthers and supports Flexxible IT's focus on providing hybrid workspace solutions based on xFusion's hardware offering a fast, simple way to deploy, analyze, automate, monitor, and manage hybrid workspaces in a multi-cloud scenario.
"Flexxible IT has been a leader in the DaaS space since 2008, and we are excited to partner with xFusion to enable this use case further," said Sebastian Prat, CEO, and Founder of Flexxible IT. "Our strategic relationship presents a cost-effective hybrid workspace solution to the market to enable customers to work from anywhere, with the best end-user experience and security."
"At xFusion, we strive to enable any digital transformation use case with our industry-leading compute and services, Combining xFusion's first-class hardware and Flexxible IT's outstanding technology stack and superb experience, we provide an affordable hybrid workspace solution perfect for any enterprise's end-user compute requirements."
Qin Feng, CEO of xFusion
About Flexxible IT
Flexxible IT is the future of hybrid working, where on-premises and cloud computing converge to enable virtual desktops and applications to run from anywhere. Flexxible IT has more than 700,000 managed users and is the leading DaaS Solution in Spain. For more information, visit www.flexxible.com.
xFusion is a leading global provider of computing power infrastructure and services. xFusion serves customers in 130 countries and regions, including 211 Fortune 500 companies, covering finance, carriers, Internet, transportation, and energy industries.