20 Minute Introduction Composing Infrastructure for Elastic, Hadoop, Kafka
Composing Infrastructure for Elastic, Hadoop, Kafka and Cassandra to Drive Down Cloud Data Center Costs
Hyperscale applications like Elastic, Hadoop, Kafka and Cassandra typically use a shared nothing design where each node in the compute cluster operates on its data. Hyperscale architectures, to maximize storage IO performance, keep data local to the compute node processing the job. The problem is that the organization loses the efficiency of shared storage infrastructure. As the hyperscale architecture scales, overprovisioned and underutilized compute, GPU and storage resources cost the organization money!
Join Storage Switzerland and DriveScale for our 20 minute webinar to learn how composable infrastructure can provide both high performance and high efficiency.
In 20 minutes learn:
- The challenges facing hyperscale architectures
- The true cost of underutilized compute and storage
- Why fast Ethernet networks are good for your data
- How a composable architecture brings scale, performance and cost efficiency to your data center
RecordedMay 29 201923 mins
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Storage Infrastructures are broken. Storage costs, both CAPEX and OPEX, continue to spiral out of control because storage software is unable to take advantage of modern advances in storage media and storage networking. Additionally, this software can no longer count on being bailed out by more powerful CPUs to help hide its inefficiencies; while cores are increasing, processing power per core is not. The disconnect between efficient use of available CPU resources and hardware innovation forces customers to use workload specific solutions and to only benefit from a small percentage of the potential advances in storage hardware.
Fixing the storage disconnect requires three foundational shifts so that customers can realize the full potential of hardware innovation which then leads to the reduction of storage TCO. The three foundational shifts are:
● A More Efficient Storage Engine
● A Flatter IO Stack
● Coordinated Data Services
George Crump with StorONE and Todd Doresy, DCIG Analyst
On paper, software-defined storage seems like the ideal answer for IT professionals looking to lower costs, simplify operations and start a move to the cloud. However, what looks good on paper, though, sometimes doesn’t translate to reality, and software-defined storage has at times failed to live up to expectations.
Join George Crump, StorONE’s Senior Director of Product Strategy, and Todd Doresy, DCIG Analyst, as they discuss the state of the SDS market, how to decide if SDS is right for your organization, and what you should look for in an SDS solution.
Attendees to the webinar will have first access to DCIG’s latest report, “Top 5 SDS Block Storage Solutions.”
RAID rebuild times, the time it takes to bring a volume back to a protected state, is potentially the most critical feature of a modern storage system. The problem is most vendors hide this number from you because their RAID rebuild performance is unacceptable. A slow RAID rebuild does more than put your data at risk; it also wastes precious IT resources by forcing you to allocate additional capacity for protection, and it discourages you from adopting high-density drives.
In this live webinar, StorONE will show you the results of our newest technology, vRAID 2.0. You will see the fastest RAID rebuild from high-density hard drives and flash drives in the industry during the webinar.
While the rebuilds are happening, we will explain the advantage of these rapid rebuild times and how StorONE is the only company with the technology to accomplish it.
Innovative technologies like PCIe Gen 4, NVMe-oF, extreme-performance storage, and high-density drives arrive early in 2021. Each has the potential to radically improve the performance capabilities of modern storage systems while dramatically lowering costs. There are also some innovations that IT can likely pass on, like SmartNICs, and there are still other technologies that it is time to retire.
Join StorONE’s CEO Gal Naor and CMO George Crump as they discuss the innovations that storage architects can expect to have in their hands this year and how those technologies will enable them to meet organizational demands and budget realities. These two industry veterans will also discuss the ramifications these new technologies have on storage software and how storage software needs to evolve to keep pace with the record setting hardware advancements.
2020 has made organizations reconsider IT. In this webinar Joe Nielsen, Business Development Manager at Intel Corporation, and George Crump CMO at StorONE discuss the top three areas where storage will change in 2021 and how organizations need to prepare now to take advantage of it. Learn how storage will get faster, denser, and more resilient.
Database professionals know that the number one reason they can't scale their database environment is latency when communicating to the storage system. Join Paul Genua, SSD and Technical Storage Specialist at Intel, and George Crump, Chief Marketing Officer at StorONE, for 15 minutes to learn how to remove storage latency from your database environment.
George Crump with StorONE, Russell Fellows with Evaluator Group
Databases still deliver the critical applications that organizations use to drive their business. Over the last few years, though, database design and demands have changed. High write performance and low latency are vital to delivering the required results, and of course, data integrity and protection are an ever-present area for improvement.
In this webinar Russell Fellows, Senior Partner at the Evaluator Group, join's StorONE's George Crump to discuss the state of database storage. During the webinar they provide three reasons why Intel Optane should be part of your next database storage architecture and review the results of their extensive testing and evaluation of StorONE's All-Flash Array.next (AFAn). The AFAn is an Intel Optane power storage system that leverages Optane for high-performance I/O and QLC for cost-effective but responsive capacity.
Join us to learn how to shatter write-performance requirements, reduce latency to microseconds, and improve data integrity.
Register for the webinar today and get a copy of the Evaluator All-Flash Array.next lab report.
Live Date: December 10th at 1:00pm ET / 10:00am PT. Join us live and get all your database storage questions answered by two industry vets with more than 40 years of storage experience between them.
Can't make the live event? Pre-register, and we will let you know when the webinar is available on-demand. Plus, we will still send you the advanced copy of the Lab Report.
Learn how to use a New Breed of Hybrid Storage to drive down VMware storage costs, simplify operations, and deliver performance better than traditional All-Flash Array’s!
The storage infrastructure supporting most VMware environments is Hybrid, not All-Flash Arrays (AFA). VMware's workloads are too mixed and often require high capacity storage as often as they need high-performance storage. The problem is that AFA vendors' accusations against traditional hybrid systems are right; most hybrid solutions don't provide predictable performance, especially VMware environments, because of its "IO Blender" effect.
Customers continue to use traditional hybrid storage because it is the only system they can afford. However, the result is that they have to maintain low virtual machine densities and often count on risky caching schemes to deliver even an adequate level of performance.
In this webinar, join storage experts from Intel and StorONE as they discuss:
- How to overcome the Hybrid Storage roadblock
- how to design a better, new breed, of hybrid storage system that delivers affordable storage capacity while providing the highly predictable performance customers need
- How to increase your VM density, lower overall storage costs, and improve day-to-day VMware operations
Webinar: Showdown - Scale-up vs. Scale-out Storage
Storage vendors position scale-out storage to overcome the performance limitations of hard disk drives, underpowered CPUs, and low bandwidth networks. Today though, flash drives and Intel Optane drives are replacing hard disks, extreme performance CPUs are plentiful, and 100GbE networks are becoming commonplace.
Given modern hardware capabilities, scale-up storage may deliver better performance, more straightforward operation at a lower price than scale-out storage. The key is the storage software must be able to extract the full potential of this hardware efficiently.
Join us for our webinar "Showdown - Scale-up vs. Scale-out Storage - What's Better for Your Data Center." Join George Crump, former storage industry analyst, and StorONE's Chief Marketing Officer, as he details the pros and cons of the two storage scaling methods to help you determine what is right for your organization both now and in the future.
Learn how to integrate your on-premises data with your cloud data with an easy-to-manage, unified storage fabric while minimizing costs. Join experts from Madison Cloud and StorONE to learn more.
Ideally, you should leverage cloud providers as a utility and switch between on-premises and multiple providers seamlessly. The problem is moving data between these locations is difficult. On-Premises storage is different than cloud-hosted storage, and each cloud provider uses a different storage architecture. You can migrate data, but then you have to pay for migration software, handle errors, pay for duplicate storage, and, most importantly, wait for data to transfer. These various silos also complicate already complicated processes like backup and disaster recovery.
The increasing costs and never-ending complexities mean most organizations never fully benefit from the hybrid cloud model. In our webinar you will learn how private multi-cloud storage can:
* Lower on-premises costs TODAY!
* Lower DR costs TODAY!
* Simplify Migration to your first cloud with better performance!
* Provide seamless migration to multiple clouds!
* Dramatically reduce cloud storage costs.
All-Flash Arrays (AFA) vendors position their products as the data center cure-all, and the systems address many organizations' performance issues. The challenge is that the performance of AFAs comes at a cost, and in time like these, where IT needs to reduce storage spend, Hybrid Storage may be a better solution for the organization. These systems mix flash and hard disk drives to provide similar performance at a much lower cost. The risk with hybrid storage systems is will their potential for inconsistent performance impacts production applications.
In this webinar, George Crump, StorONE CMO, and former storage analyst, will review each solution's pros and cons and provide clear examples of when each platform makes the most sense for your organization.
* When to use All-Flash vs. Hybrid
* Why deduplication doesn't solve the HDD price advantage
* How to design Hybrid Storage to solve more use cases
StorONE's mission is to help IT professionals be Storage Heroes by driving down storage costs, improving data protection, and increasing performance. Join StorONE's Chief Marketing Officer, George Crump, as he uses the LightBoard to explain how the capabilities in our StorONE Enterprise Storage Platform can help you become a storage hero.
George Crump, CMO StorONE - Joe Nielson - Product Manager Intel
What if you could do more than consolidate storage? What if you could also consolidate backup and disaster recovery into a single solution? It would enable you to lower costs while achieving better results. Designing a primary storage solution that consolidates all these processes is no small task, but we've done precisely that in StorONE's NEW Q3-2020 release.
In this webinar, you'll learn the five levels of protection that a primary storage system needs to provide for you to have confidence in eliminating the backup and disaster recovery processes. For the first time, we will also introduce some of the newest features in our Q3-2020 release that raise the bar on primary storage data protection.
Register now to learn about the File Levels of Primary Storage Protection:
1. Protection from a storage controller failure
2. Protection from data corruption
3. Protection from media, drive shelf and even rack failures
4. Protection from ransomware attacks
5. Protection from local and regional disasters
All registrants get a copy of our white paper "Reducing Backup Costs with Better Primary Storage" soon after registering.
Every three to four years, IT faces the challenge of refreshing storage. Larger organizations with multiple storage systems are in a perpetual state of migration. The need for more performance, higher capacity, or new capabilities usually triggers a storage refresh. Most frustrating is the need to replace a storage system coming off of maintenance because it becomes more expensive to maintain the contract than to buy a new system.
In this webinar we discuss what to look for in your NEXT storage system so that it will be your LAST storage system.
Attend to learn the essential requirements to end storage refreshes:
* Complete Platform and Protocol Support
* Deliver Low $ Per GB and Low $ per IOPS
* Storage Software (not hardware) that Quarterly, Redefines State of the Art
* Efficient Use of Storage Hardware Resources
* Data in Place Storage Controller and Media Upgrades
* Zero Up Charge for Out-Year Maintenance
Database environments like Oracle, MS-SQL, MySQL push All-Flash Arrays to their limits. To compensate, database teams deploy multiple servers and increase server-side RAM. Database environments, which don't benefit from deduplication, continue to consume a lot of excess capacity, which is expensive on premium-priced flash systems. Join us for this webinar where we discuss what is next in database storage.
Key Takeaways: Learn Why Next-Generation Database Storage Needs to deliver in Four Key Areas:
1. Improve Data Integrity - The information in databases is an organization's Crown Jewels. Next generations storage systems must increase data integrity and protect that data from hardware failure or human mistakes.
2. Improve Performance - Instead of forcing customers to deploy expensive workarounds, storage systems need to deliver the full performance of solid-state media and modern networking.
3. Reduce Capacity - Databases, generally, don't benefit from deduplication. Plus, deduplication adds overhead that increases latency and lowers performance. Instead, next-generation systems need built-in copy data management to feed QA, test-dev, and reporting.
4. Reduce Costs (everywhere) - Storage costs too much, and database storage is the most expensive. Next-generation storage needs to cost less than current storage systems while enabling IT to lower investment in the number of database servers and the RAM installed in them.
Register Now and received a copy of our white paper – "The Requirements of Next-Generation Database Storage." Learn how to design your next-generation database storage infrastructure.
George Crump with StorONE and Joseph Nielsen with Intel
Most data centers have six or more storage systems from three or more vendors. Storage infrastructure is an unsupportable mess. The concept of storage consolidation seems like an unreachable dream.
Join StorONE and Intel for our on demand webinar. During the webinar we discuss what causes storage consolidation to unravel, and how the right solution can make storage consolidation an affordable, long-lasting reality.
Register Now and receive our white paper "Tactically Consolidate Storage - You Don't Have Time For Strategy".
Storage consolidation is something every data center wants. Consolidated storage infrastructure is easier to manage, and, over time, lowers acquisition costs. The problem is the upfront costs of a storage consolidation solution is hard to justify, and the solutions seldom stay consolidated. Eventually, workloads appear that the original consolidation solution can't support, and storage fragmentation begins all over again.
StorONE's All-Flash Array.next, promises permanent consolidation that can start small, solving a specific problem upfront but then grow to address all the data center's workloads.
In our event we discuss the five requirements of making storage consolidation a reality:
* Affordable Upfront
* Wide Performance Window
* Universal Protocol Support
* Storage Media Flexibility
* Future Ready
As we continue to work through the devastating impact, both personally and on businesses of COVID-19, organizations realize that IT operations need to change to support the new normal. One area that needs special attention is Storage Operations. The storage infrastructure needs to be more flexible, more resilient, better protected, and less expensive.
In this webinar Gal Naor, CEO of StorONE and George Crump, CMO, discuss the five steps IT professionals need to take to meet the demands of the new normal that pandemics like COVID-19 cause. During the webinar, Gal and George will share the results of our survey, "How has COVID-19 Impacted Your Data Center." Listen in to learn how your peers are coping with our present situation.
George Crump with StorONE and Randall Van Allen with Madison Cloud
Data sprawl, data gravity, and security concerns are impeding multicloud deployments.
Join us as we sit down with StorONE's cloud partner, Madison Cloud, to discuss the multicloud data problem. The Madison Cloud/StorONE solution is a centralized, secure, and simple way to manage your cloud storage while allowing you to continue running cloud compute workloads in the cloud of your choice (e.g., AWS, Azure, GCP, etc.). It solves the multicloud data problem.
The average organization uses over 5 different clouds and is experimenting with several more. Managing data in this growing multicloud environment becomes incredibly complex and introduces an array of management and security issues. Data sprawl combined with the difficulty of moving data between clouds, also known as data gravity, prevents organizations from realizing the full flexible benefits of cloud.
Instead of having isolated data silos within multiple clouds, each with its unique features, limitations, and management consoles, Private MultiCloud Storage by Madison Cloud presents the full, flexible feature-set of StorONE to multiple clouds simultaneously. You can now manage your entire cloud data footprint (file, block, and object) in a private storage cloud under a single management console.
Join StorONE for a presentation of the performance of our All-Flash Array.next. In this demonstration, we show you the performance capabilities of our entry-level All-Flash Array.next. With just 4 Optane Drives and 4 QLC drives, you'll see our system deliver over one million read IOPS and hundreds of thousands of write IOPS. In less than 10 minutes, we'll show you the future of high-performance storage. Then you can go to our TRUprice page and see that this system sets a new record in $ per IOPS. It will cost you less than $60,000!
George Crump with StorONE and Joseph Nielsen with Intel
Join Intel and StorONE as they introduce the All-Flash Array.next (AFAn). Learn all about this new product category which combines Intel®️ Optane™️ SSDs and Intel®️ QLC 3D NAND both acting as storage tiers, not as cache. In this interactive webinar StorONE provides an overview of the solution. Register now and get a copy of our lab report that demonstrates the AFAn delivering over 1 million IOPS and 300K sustained write IOPS.
StorONE - Turning IT Professionals into Storage Heros
StorONE's mission is to make Storage Heroes by providing IT professionals with a solution that meets all the objectives of software-defined storage, plus adds data protection and resiliency that is 10X better than any other technology on the market. At the same time, it increases storage system performance 10X over industry standard. The result is StorONE's Enterprise Storage Platform.
StorONE founders are proven, successful entrepreneurs who boast over 50 patent awards. Top-tier industry luminaries and strategic investors back the company. The S1 Storage Platform changes the perception of data center storage from an IT cost center to a resource that provides organizations with a critical competitive advantage. The StorONE headquarters are in New York, with offices in Fort Worth TX, Tel Aviv, and Singapore.