C1000-024 get - IBM Grid Scale Cloud Storage V2 Updated: 2024
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Exam Code: C1000-024 IBM Grid Scale Cloud Storage V2 get January 2024 by Killexams.com team
C1000-024 IBM Grid Scale Cloud Storage V2
The C1000-024 IBM Grid Scale Cloud Storage V2 test is designed to validate the knowledge and skills of individuals in implementing and managing IBM Grid Scale Cloud Storage solutions. This certification test is intended for storage administrators and professionals who work with IBM Cloud Object Storage and related technologies. Here are the test details for the C1000-024 certification:
- Number of Questions: The test typically consists of multiple-choice questions. The exact number of questions may vary, but typically, the test includes around 60 to 70 questions.
- Time Limit: The time allocated to complete the test is 90 minutes.
The C1000-024 certification course covers the following topics:
1. Introduction to IBM Grid Scale Cloud Storage:
- Understanding the fundamentals of IBM Cloud Object Storage and its features.
- Exploring the benefits and use cases of Grid Scale Cloud Storage solutions.
2. IBM Cloud Object Storage Architecture:
- Understanding the architecture and components of IBM Cloud Object Storage.
- Exploring the data placement and protection mechanisms in Grid Scale Cloud Storage.
3. IBM Cloud Object Storage Deployment:
- Deploying and configuring IBM Cloud Object Storage instances and clusters.
- Integrating Grid Scale Cloud Storage with other IBM Cloud services and solutions.
4. IBM Cloud Object Storage Management:
- Managing user access and permissions in Grid Scale Cloud Storage.
- Configuring storage policies, data retention, and data lifecycle management.
5. Monitoring and Troubleshooting IBM Cloud Object Storage:
- Monitoring the performance and health of Grid Scale Cloud Storage.
- Troubleshooting common issues and errors in IBM Cloud Object Storage.
The objectives of the C1000-024 test are as follows:
- Assessing candidates' understanding of IBM Grid Scale Cloud Storage concepts and features.
- Evaluating candidates' ability to deploy and configure IBM Cloud Object Storage instances.
- Testing candidates' proficiency in managing user access and storage policies in Grid Scale Cloud Storage.
- Assessing candidates' knowledge of monitoring and troubleshooting Grid Scale Cloud Storage solutions.
The specific test syllabus for the C1000-024 certification covers the following topics:
1. IBM Cloud Object Storage Overview and Concepts
2. IBM Cloud Object Storage Architecture
3. IBM Cloud Object Storage Deployment and Configuration
4. IBM Cloud Object Storage Management and Administration
5. Monitoring and Troubleshooting IBM Cloud Object Storage
|IBM Grid Scale Cloud Storage V2
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C1000-024 Real Questions
C1000-024 Practice Test
C1000-024 dumps free
IBM Grid Scale Cloud Storage V2
A storage administrator has a storage requirement of a non-HDD storage capacity that would be scalable up to 80 TB
of internal storage. It must also have several host connectivity options such as Fibre Channel, ISCSI, and FCoE.
Which storage device meets the customer’s requirement?
A . DCS3860
B . IBM ProtecTIER
C . IBM Flash System V840
D . IBM SAN Volume Controller
An IBM customer is considering more spinning disk for a new business analytics application. The IBM specialist is
requested to provide information as to challenges that the customer might face and what other customers in the
marketplace have implemented.
Which factor should provide best performance?
A . Implementation of flash technology
B . Implementation of solid state disk drives
C . Move of most accessed files to its own disk
D . Increase the number of disks in storage array
A customer currently has an IBM Storwize V7000 storage environment and would like to have a view of its SAN,
additional replication features, and a deeper analytics of its Mdisks
Which product should the technical specialist demonstrate?
A . IBM Spectrum Scale
B . IBM Spectrum Protect
C . IBM Spectrum Control
D . IBM Spectrum Archive
When considering the addition of FCoE into an existing Ethernet environment, what must be enabled to reuse the
A . iSCSI
B . FC frames
C . Jumbo frames
D . FC transport protocol
A customer has storage systems from HP and EMC connected on its Fibre Channel network. They are for separate
departments and the customer is considering a new system for the financial department and a consolidation of the
existing storage systems.
Which feature should the storage specialist emphasize on IBM Storwize V7000 to address this concern?
A . Easy Tier
B . Thin provisioning
C . External virtualization
D . Real-time Compression
A customer has been experiencing sporadic performance issues on its IBM Storwize V7000 system. Analysis has
shown that during peak workloads it is CPU constrained.
What can be done to alleviate the CPU contention?
A . Add a second I/O group
B . Add IBM Spectrum Control
C . Perform a Capacity Magic study
D . Implement Real-time Compression
A customer currently has a NetApp solution today and is unhappy with the performance of the system. The customer is
very happy with the SnapManager software from NetApp, which is one of the challenges for moving the customer to a
new IBM storage product.
What additional product should the technical specialist show the customer to help ease its concern about utilizing
A . IBM Spectrum Protect
B . Tivoli Storage Productivity Center
C . Tivoli Storage FlashCopy Manager
D . TotalStorage Productivity Center for Replication
A customer has two data centers located 15 kilometers apart. One site is for production and the other is a DR hot site.
In an effort to maximize the life span of the storage subsystems, equipment retired at the production site is put into
service at the hot site. This has led to a heterogeneous storage environment across both locations and complexity in
keeping the data synchronized and uncorrupted.
Which aspect of virtualization within the Storwize family should be emphasized by the pre-sales storage person to
enable this disaster recovery plan?
A . A single set of advanced copy services
B . Consolidation to a single pool of storage
C . Ease transition to an on-demand IT infrastructure
D . Significantly reduced planned and unplanned downtime
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CRN breaks down the strength and weaknesses for the 15 leading storage vendors who made Gartnerâ€™s new 2021 Magic Quadrant for Distributed File Systems and Object Storage.
The Top 15 Distributed File Systems And Object Storage Companies
The need for file storage systems and object storage is greater than ever before with Gartner predicting that by 2026, large enterprises will triple their unstructured data capacity stored as file or object storage on-premises at the edge or in the public cloud, compared to 2021.
The 15 biggest and most innovative storage companies in the world made Gartnerâ€™s 2021 Magic Quadrant for Distributed File Systems and Object Storageâ€”from Dell Technologies and IBM to Nutanix and Weka.
The IT research firm says leaders are looking to deliver cost-effective and scalable storage platforms for the ever-growing amounts of unstructured data. Gartner users report unstructured data growing more than 30 percent year over year.
One big key trend is software-defined storage (SDS) as Gartner estimates that by 2025, 60 percent of the global unstructured data storage capacity will be deployed as SDS, up from less than 25 percent today.
CRN breaks down the 15 global leading storage vendors who made Gartnerâ€™s new Magic Quadrant for Distributed File Systems and Object Storage, along with an assessment of each companyâ€™s strength and weakness.
In order to make Gartnerâ€™s 2021 Magic Quadrant for Distributed File Systems and Object Storage, vendors must have more than $10 million in annual product revenue in file or object storage sales.
Companies must have at least 75 production customers each consuming more than 500TB raw capacity via file or object storage protocols only. Additionally, vendorsâ€™ storage products must be installed in at least three major geographies.
The two underlying technologies that form the unstructured data storage market are object storage and distributed file system storage, Gartner said.
Object storage is the software and systems that house data in structures dubbed â€śobjectsâ€ť and serve data via RESTful HTTP APIs such as Amazon S3. Distributed file system storage uses a single file system to cluster multiple storage nodes together, presenting a single namespace and a storage pool to provide high-bandwidth data access for multiple hosts.
Gartnerâ€™s Magic Quadrant ranks vendors on their ability to execute and completeness of vision and places them in four categories: Niche Players (low on vision and execution), Visionaries (good vision but low execution), Challengers (good execution but low vision) and Leaders (excelling in both vision and execution).
Leader: Dell Technologies
Dell Technologies won the gold medal for execution on Gartnerâ€™s Magic Quadrant, while also ranking third for vision. The Round Rock, Texas-based infrastructure and PC giant leads with PowerScale, a distributed file system that runs on-premises and available as a native service in Google Cloud, as well as Dellâ€™s object storage platform ECS, which runs on-premise and in the cloud. Both products cover the majority of the unstructured data use cases and offer centralized management with Dell EMCâ€™s CloudIQ and DataIQ.
Strength: Dell has the largest installed base on the planet of unstructured data storage with PowerScale and ECS, Gartner said. The storage products built on the same Dell server hardware, giving clients assurance on product reliability and parts availability.
Weakness: Dell lacks an SDS offering that can run on non-Dell, bare-metal x86 servers and lacks market traction in public cloud deployments, Garter said this results in limited applicability as a hybrid cloud storage solution.
Qumulo ranks as the world leader for vision on Gartnerâ€™s Magic Quadrant, while ranking among the top of the group for execution. The Seattle-based unstructured storage specialist offers a portable software-defined file storage platform with data services that operates on-premises and in public clouds. The solution is designed for large-scale, high-throughput file workloads with built-in performance analytics and capacity management. Gartner said Qumulo is best suited for commercial high-performance computing (HPC), analytics and hybrid cloud storage.
Strength: The number of Qumulo customers with over 1-petabyte storage capacity under management rivals its larger competitors, showing client confidence in Qumulo for multipetabyte requirements, Gartner said.
Weakness: Besides being a lesser-known company compared to the likes of Dell and IBM, Gartner said Qumulo doesnâ€™t support nondisruptive removal or downsizing nodes per cluster which could limit its value as an automated, managed file-as-a-service offering.
IBM won the silver medal for execution on Gartnerâ€™s Magic Quadrant and ranks amongst the top of the group for vision. The Armonk, N.Y.-based technology behemothâ€™s Spectrum Scale is a parallel file system product that runs on-premises and in select public clouds. IBMâ€™s Cloud Object Storage (COS) runs on-premises and in the IBM Cloud. Spectrum Scale is best suited for commercial HPC and analytics, while COS is used for archive and private cloud storage.
Strength: IBMâ€™s COS is the only object storage product on the market that is also the underlying storage of a major public cloud. Gartner said this provides the assurance of running a large-scale environment for object native workloads.
Weakness: Gartner said leaders â€śrarely considerâ€ť Spectrum Scale for general-purpose file system workloads because it was designed for high-performance workloads and depends on open-source NFS and SMB implementations.
Leader: Pure Storage
Pure Storage ranks second for vision and among middle of the pack for execution on Gartnerâ€™s Magic Quadrant. The Mountain View, Calif.-based longtime storage innovatorâ€™s purpose-built unified file and object platform is FlashBlade. Pure Storage offers a scale-out distributed file system that is designed to handle tens of billions of files and objects for massive throughput and parallelism by adding blades to scale capacity and performance. Pure is suited for commercial HPC and backup where recovery time objective performance is critical.
Strength: Pure Storage is well-regarded by customers as easy to do business with and its product are seen as simple to install and manage. Its Evergreen life cycle management support program is highly valued.
Weakness: Pure Storage lacks advanced enterprise features, Gartner said, such as SMB 3.0 and seamless failover, deduplication, tiering, and the ability to deploy as a software-only version on public cloud infrastructure.
Scality ranks fourth for vision on Gartnerâ€™s Magic Quadrant and among the top of group for execution. The San Francisco-based company offers its RING storage solution for on-premises and extensions to the public cloud. Scality offers integrated file and object storage for high-capacity unstructured data workloads and runs as software on commodity hardware. RING is suited for multipetabyte geographical deployments of unstructured data for content distribution, media, backup and archiving requiring an SDS solution, Gartner said.
Strength: Scalityâ€™s hybrid cloud integration capability to deliver file and object storage into a single solution is an attractive market differentiator. RING clients tout Scalityâ€™s quality of sales, presales and technical support.
Weakness: RING is a lesser fit for smaller deployments, Gartner said, while its global install base is also small compared to other vendors which can raise issues for long-term continuity.
Challenger: Hitachi Vantara
Hitachi Vantara excels at market execution, ranking third on Gartnerâ€™s Magic Quadrant for execution, although amongst the bottom half of the pack for vision. The Santa Clara, Calif.-based companyâ€™s object storage Hitachi Content Platform (HCP) is offered as software or an appliance that runs on-premises, and in public and hybrid cloud environments. HCP can scale performance and capacity independently to support a wide range of workloads. Gartner said HCP is best suited for analytics, cloud storage, backup and archive, and hybrid cloud.
Strength: Hitachi Vantara HCP is trusted for its reliability, and has an extensive and loyal global customer base that favors its high availability and resilient systems.
Weakness: Gartner clients said Hitachi Vantara is one of the more difficult vendors among industry leaders to work with and can be inflexible with contractual matters.
Huawei ranks fourth for execution and among the bottom half of the pack for vision on Gartnerâ€™s Magic Quadrant. The China-based technology conglomerate offers OceanStor Pacificâ€”previously known as OceanStor 100Dâ€”as a single distributed file system, block and object storage product. While OceanStor 9000 is still supported for file workloads, OceanStor Pacific is now Huaweiâ€™s flagship product for all unstructured data needs. Huaweiâ€™s OceanStor Pacific is suited for large private clouds, content distribution, cloud-native applications and archiving.
Strength: Huaweiâ€™s OceanStor Pacific is designed for wide range of unstructured data workloads as a single product for scalable and performant file and object storage services, with some of the best data efficiency capabilities in the market.
Weakness: U.S. sanctions and geopolitical impact continues to challenge Huaweiâ€™s adoption and expansion outside of Asia. OceanStor Pacific file services are still nascent in terms of feature set and customer adoption, Gartner said.
C hallenger: Cloudian
Cloudian ranks fifth for execution on Gartnerâ€™s Magic Quadrant and among the bottom half of the pack for vision. The San Mateo, Calif.-based object storage specialist offers a scale-out object platform that is designed for high-throughput object storage workloads. Cloudian HyperStore runs on-premises and in public clouds, offering an add-on scale-out file gateway to handle file workloads.
Strength: Cloudianâ€™s strategy on backup opportunities for providing S3-compatible storage with Object Lock technology for ransomware protection remains an attractive solution for many customers. Clients tout Cloudianâ€™s HyperStore for its simplicity of deployment, ease of management and S3 compatibility.
Weakness: Cloudianâ€™s global installed base is relatively small compared to other market leaders, while Gartner said its file service implementation, HyperFile, is not natively integrated into the object storage system.
Nutanix is a visionary on Gartnerâ€™s Magic Quadrant, ranking fifth for vision and among the bottom half of the pack for execution. The San Jose, Calif.-based hyperconverged infrastructure (HCI) software standoutâ€™s Nutanix Files and Nutanix Objects are integrated with the Nutanix hyperconverged platform to provide a single architecture and management. Itâ€™s designed to be deployed across nodes, leveraging an existing HCI for smaller deployments, or on a dedicated-storage-only cluster for larger ones. Nutanix is suited for hybrid cloud and cloud-native application storage.
Strength: Nutanixâ€™s rich data analytics tools are providing differentiating capabilities such as monitoring and reporting of abnormal user behavior, performance anomalies and audit trails, as well as built-in ransomware protection to detect and block attacks.
Weakness: Nutanix Files and Nutanix Objects are not often considered by Gartner clients as stand-alone storage products, which has historically limited their applicability to only target existing Nutanix HCI customers.
NetApp ranks amongst the top of the group for vision on Gartnerâ€™s Magic Quadrant and in the bottom half for execution. The Sunnyvale, Calif.-based storage specialistâ€™s StorageGRID is an object storage solution available as software-only and as hardware appliances that can run on-premises and in the public cloud. NetApp supports tiering of data from on-premises StorageGRID to public cloud services, including AWS and Azure. NetApp is best suited for cloud storage, archiving, backup and hybrid cloud.
Strength: NetAppâ€™s broad portfolio of appliances range from cost-optimized dense platforms to performance-focused appliances for transactional object workloads. StorageGRID is frequently used to deploy multiple workloads, including both traditional backup/archive and modern object native primary storage.
Weakness: NetApp lacks a common unstructured data platform for addressing both distributed file and object native workloads. Gartner said users express StorageGRIDâ€™s GUI and UX can benefit from usability enhancements.
Visionary: Red Hat
IBM owned Red Hat ranks amongst the middle of the pack for both execution and vision on Gartnerâ€™s Magic Quadrant. The Raleigh, N.C.-based enterprise open-source superstarâ€™s Red Hat Ceph Storage supports block, object and file workloads. Red Hat also sells a container storage product, OpenShift Data Foundation, which is based on Red Hat Ceph Storage. The solution is suited for content delivery and cloud-native applications.
Strength: Red Hatâ€™s record in open-source software-defined technologies and ecosystem support are attracting leaders looking for flexible software-only storage powered by community-driven innovation. IBM has expanded Red Hatâ€™s access to the global market and traditional enterprises.
Weakness: Gartner said clients rarely shortlist Ceph Storage as a stand-alone storage platform for unstructured data, as Red Hat positions it as part of its platform and data services. Red Hatâ€™s CephFS file system services are nascent and have low market adoption.
As a relative newcomer to the unstructured data market, Weka ranks high among the top group for vision on Gartnerâ€™s Magic Quadrant, although ranking in last place for execution. WekaFS is a software-defined distributed file system that can be deployed on-premises through OEM partners and in the public cloud, and has a parallel file system client. WekaFS is designed as an NVMe-based, I/O-intensive, low-latency distributed file system that can also extend to object storage in a single namespace on-premises or in the cloud.
Strength: Wekaâ€™s multiprotocol capabilities and the ability to extend its file system to the object storage provides better scalability and cost-efficiency compared to traditional all-flash file systems, and enables hybrid cloud storage capabilities.
Weakness: The Campbell, Calif.-based company has limited brand awareness, traction and global reach compared to the market leaders. WekaFS can currently only be deployed in AWS.
Quantum ranks amongst the middle of the pack for both vision and execution on Gartnerâ€™s Magic Quadrant. The San Jose, Calif.-based data management specialistâ€™s acquired Western Digitalâ€™s object storage appliance business ActiveScale in 2020. Quantum has created a roadmap for integrating ActiveScale into its portfolio by developing an integrated solution together with its tape and StorNext file system product. ActiveScale is suited for large unstructured data workloads such as archiving of scientific and medical research data and repositories of rich media content.
Strength: Quantum is attractive for organizations looking for end-to-end solutions that store high volumes of rich media such as video data.
Weakness: Quantumâ€™s ActiveScale strategy is mainly around backup and large unstructured repositories, with a focus on the unlimited and eternal archive, and it is rarely considered for other use cases by Gartner clients.
Niche Player: Inspur
Inspur ranks near the bottom of the pack for both vision and execution on Gartnerâ€™s Magic Quadrant. The China-based infrastructure and data services standoutâ€™s AS13000G5 series provides a unified software solution for both file and object storage. Inspur offers three AS13000G5 models for petabyte-scale applications for high performance, high-definition video, high reliability and cloud-based deployments. Inspur storage is suited for backup and archiving, commercial HPC, hybrid cloud, and analytics.
Strength: Inspur has experienced a rapid growth in customers and managed petabytes in China and Japan. The company receives Good Marks from customers for aggressive pricing, high performance and large cluster capacity.
Weakness: Inspur lags behind major industry vendors with a proven centrally managed, SaaS-based storage-as-a-service offering for data services across major cloud platforms outside of the Asia/Pacific region. AS13000G5 capabilities and features are most focused on performance-oriented use cases.
Niche Player: DataDirect Networks (DDN)
DDN ranks last place for vision and near the bottom for execution on Gartnerâ€™s Magic Quadrant. The Los Angeles-based companyâ€™s EXAScaler is a distributed file system that runs on-premises and in the cloud. It is deployed primarily for large-scale, high-throughput file workloads and sometimes as an S3 target for archive use cases. EXAScaler is powered by the Lustre open-source parallel file system. EXAScaler is best suited for HPC and analytics.
Strength: DDN offers a proven storage solution for HPC and artificial intelligence workloads, including enhancements for deployment and integration in GPU environments to support NVIDIA DGX SuperPOD.
Weakness: DDNâ€™s offerings have limited focus in addressing requirements for general-purpose file storage, Gartner said. The company doesnâ€™t have developer-friendly object storage for object-native workloads that is simple to download, deploy and manage.
Modern IT is undergoing a massive transformation, particularly in the realm of data storage. Adding more cybersecurity features and upgrading performance are all important moves for enterprise storage vendors like IBM, especially for their current customer base.
The accurate additions IBM announced to its storage portfolio should address top of mind issues for many in IT. Letâ€™s take a look.
IBM Cyber Vault for FlashSystem
IBM Cyber Vault is a new offering that uses IBM FlashSystem Safeguarded Copies to provide validation and verification of copy data so IT can know itâ€™s good. Safeguarded copies are logically air-gapped snapshots of FlashSystem primary storage, providing immutable, incorruptible data copies.
IBM has a number of offerings in the cyber resilience market, including their Cyber Resilience Assessment professional service, QRadar and Guardian software solutions to monitor for data threats from systems and humans. Cyber Vault rounds out their portfolio with validation/verification of data.
Cyber Vault is a blue-printed solution from IBM Labs that takes FlashSystem Safeguarded copies and uses them in a secure VM to provide analysis, scanning, and test/validation, as well as potentially forensic and diagnostic services for Safeguard data.
FlashSystem Safeguarded copies are first copied to a secure Cyber Vault virtual machine environment. Once there, IT can verify and validate that data with whatever tests seem pertinent. Once done, IT knows whether their primary storage (at the time of Safeguarded copy) is good to use to recover from cyber-attack.
Cyber Vault could be used also at a remote disaster recovery site with replicated FlashSystem storage. And because IBM supports Spectrum Virtualize targets on Azure, this whole process could be done on the Microsoft Azure Cloud.
Cyber Vault was already offered on mainframe systems but now this service is available for the open environment using FlashSystem storage Safeguarded copies.
Also see: What is Data Visualization
IBM FlashSystem Storage Upgrades
IBM has also released new FlashSystem 9500 and 7300 storage systems. These include:
All this means lower latency storage access, more storage bandwidth and overall, 25-50% faster storage performance over prior generation storage. The FlashSystem 9500 also offers up to 48 32GFC and is 64GFC ready, with new cards. The new FlashSystems mean up to 2X faster read throughput for AI and in-memory DB workloads, up to 50% more transaction per second for Oracle processing, and 4X better performance on VMware Horizon activity.
IBM also updated the SAN Volume Controller (SVC) appliance with two 24-core Intel Ice Lake CPUs to add more storage virtualization performance to SVC clusters.
A Boost for Cybersecurity
One can see how IBMâ€™s announcements incrementally Improve and build upon past success, at least for cyber security. And performance is a major competitive arena among all storage vendors, which no business can afford to ignore for long. Again, FlashSystem 7300 and 9500 take all this to the next level.
Despite accurate quarterly progress, IBMâ€™s storage business has struggled over the past few years. FlashSystem and SVC are not the only solutions in IBMâ€™s storage business, and all have a role to play in altering business trajectory. And the accurate news is just the first of four quarterly announcements for IBMâ€™s storage business.
Weâ€™d very much like to see how IBM can do more to address some of the other enterprise concerns. For example, the multi-cloud and how to get there. To many, this means Kubernetes, containerization and apps that run anywhere, wherever it makes the most sense, in the cloud, on-prem, or on the other side of the world.
Furthermore, on the horizon are all the new AI and applied data solutions moving into the enterprise. How to become the major storage supplier for these new applications needs to be on every storage vendorâ€™s mind.
We look forward to Q2 and beyond to see what IBM will announce to raise the playing field on these and the other major issues facing IT today.
About the Author:Â
Ray Lucchesi, President, Silverton Consulting
On December 5, 2023, IBM announced the launch of IBM Hyper Protect Offline Signing Orchestrator (OSO), an air-gapped cold storage solution for digital assets, stated Cointelegraph.
â€śWhen it comes to offline or physically air-gapped cold storage, there are limitations, including privileged administrator access, operational costs and errors and the inability to truly scale. All these limitations are due to one underlying factor, human interaction,â€ťÂ as per insights from the IBM report.
Sources revealed that IBM designed OSO to address these vulnerabilities by removing the manual functions of initiating and conducting transactions, added Cointelegraph.
Experts believe to ensure OSOâ€™s resilience to attack, digital assets can be placed in â€śair-gappedâ€ť storage containers. Storage is considered air-gapped when it is not connected to the Internet or any device capable of connecting to the Internet. This is expected to ensure remote attacks canâ€™t access assets while at rest, Cointelegraph concluded.
(With insights from Cointelegraph)
Flash chip and ROM manufacturer Macronix International has announced a collaborative research venture for enterprise SSD storage with IBM.
Macronix's board of directors approved a resolution to engage with IBM on developing SSD storage technologies and solutions for enterprise use, the Taiwan-based company said in its accurate filing with the Taiwan Stock Exchange (TWSE).
The collaborative development plan will last three years, from December 31, 2023, to December 30, 2026, with R&D expenses and royalties paid, Macronix disclosed in the filing.
Macronix stated that this collaboration will enhance the company's technology and product competitiveness. Specific information regarding fees paid and royalties was excluded due to confidentiality.
Furthermore, Macronix's board of directors has already approved a capex expenditure of NT$511 million (US$16.6 million) for 2024, much lower than the levels set in 2023.
Macronix has already expressed concern about the market's anticipated recovery in 2024. End-market demand rebound may not be visible until the second half of the year, according to prior reports quoting company chairman Miin Wu. Macronix had planned to spend NT$9 billion on capex in 2023, but as the market slowed, the company reduced its capex to less than NT$8 billion.
Speeds and feeds in the storage market are so 2020. Now the conversation is all about data security and how storage can enable artificial intelligence to drive business results.
This was one of the key messages that emerged from two major events hosted by theCUBE, SiliconANGLE Mediaâ€™s livestreaming studio, and IBM Corp. in July and October. Executives from IBM, company partners and industry experts appeared on the programs to share their insights into how the world of storage has undergone its own transformation.
â€śAlthough storage has presented itself mainly as a background service, itâ€™s becoming more and more forefront in the consideration for what an appropriate data strategy needs to look like,â€ť said Scott Baker, chief marketing officer and vice president of IBM Infrastructure Portfolio product marketing at IBM. â€śThe future of storage is expected to be characterized by the extensive use of AI to unlock data value and provide a solid foundation for businesses to anticipate and withstand market shifts.â€ť
Baker spokeÂ to theCUBE in July during the IBM Storage Summit, an exclusive broadcast on theCUBE that focused on new capabilities for data and AI. In October, theCUBE offered a second exclusive broadcast, â€śBeyond Firewalls: Resilience Strategies for All,â€ť that featured interviews with IBM executives and partners to discuss how storage now plays an important role in strengthening cyber resilience against data attacks. (* Disclosure below.)
Shifting workloads for the right data, in the right place
The influence of AI in storage gained significant momentum in 2023 as organizations pursued uses for the technology in several operational areas. IBM noticed a shift in workloads among its customers that required a different approach to the challenge of scale and management of data flows through the information supply chain.
â€śWeâ€™ve started to see changes in workloads from media and entertainment, healthcare, life sciences [and] financial services sectors,â€ť said Christopher Maestas, worldwide executive solutions architect at IBM, in an interview during the Storage Summit in July. â€śAI really has changed it, because it picked the middle of the road â€” not the itty-bitty files that you see or the large streaming data that youâ€™ve been doing. Weâ€™re really seeing that data size change and, again, having to adapt to a different data size that weâ€™ve not traditionally handled in the past.â€ť
To accommodate shifting changes in data size driven by AI, IBM launched several new initiatives for its storage portfolio. These included introduction of the IBM Storage Scale 6000, scale-out storage for file and object thatâ€™s targeted at unstructured data and AI and machine learning workloads.
The enhancements to IBMâ€™s Storage Scale platform highlighted the companyâ€™s focus on compression, an ability to shrink the size of stored data. Compression can maximize storage capacity, Improve the speed of file transfers and lower overall costs. Updates to Storage Scale System 6000 included inline hardware accelerated data compression using 38TB Flash Core Modular drives.
â€śCompression is a huge concept in storage, said Sarbjeet Johal, guest analyst, during a panel discussion on theCUBEâ€™s broadcast in July. â€śHow much you can compress and where we are storing it, that also matters. We still have a long way to go to bring intelligence into storage, because we are storing a lot more data.â€ť
IBM also enhanced its Storage Fusion offering, a data services solution that integrates compute, storage and networking into a hyperconverged system. The objective was to eliminate frustration among data scientists who were bogged down by endless searches for the right information, according to Pete Brey, global product executive, IBM Storage Fusion.
â€śWe have unique capabilities in terms of being able to catalog and label and tag the data so itâ€™s quickly and easily found,â€ť said Brey, during an interview on theCUBE. â€śThe number one problem for the data scientists today is not how long my inferencing takes or not how long it takes to do model training; can I get to the right data quickly? Some of the estimates are like 80% to 90% of their time is spent just trying to find the right data, and thatâ€™s the problem that we solve.â€ť
IBMâ€™s work with Storage Fusion also offers insight into its integration with the cloud-native world and Red Hat Inc. A combination of Storage Fusion with Red Hat OpenShift has created a comprehensive platform that can support both Kubernetes applications and virtual machines.
â€śWe work very closely with our friends at Red Hat â€¦ they have a technology called OpenShift Virtualization based on KubeVirt,â€ť Brey noted. â€śCustomers bringing these VMs over want to be able to co-host not just the containers, but also the VMs together and have a single substrate to support it all. Thatâ€™s really what Fusion is all about.â€ť
Rising data breach costs
IBMâ€™s storage architecture has also been designed with cybersecurity in mind, an important element given the speed and preponderance of attacks plaguing businesses today. While IBM built elements into its FlashCore Modules that can detect threats, adoption of AI has complicated the picture for security operations teams.
â€śJust like we have access to AI to help with detection, the bad guys have access to the same AI to help cause attacks faster,â€ť said Ram Parasuraman, executive director of IBM, during an interview with theCUBE in October. â€śItâ€™s about how you use and harness the tools. Thereâ€™s research from IBM that states what used to take attackers 60 days to cause these attacks today take less than four days.â€ť
Part of IBMâ€™s message is that cyber vulnerability comes at a cost. The companyâ€™s annual â€śCost of a Data Breachâ€ť study pegged the average financial hit from a breach globally at approximately $4.5 million per incident. This is where AI could make a significant difference, according to Jeff Crume, distinguished engineer, cybersecurity architect and chief technology officer of IBM Security Americas, in his appearance on theCUBE in October.
â€śOne thing that came from that report is that the most significant way to cut the cost of a data breach was organizations who had an extensive use of AI and automation,â€ť Crume said. â€śThey saved on average $1.76 million off that $4.5 million. That was the most significant way to cut the cost of that data breach.â€ť
While IBMâ€™s customers have invested in perimeter defenses, many of them have also turned to the company for guidance in data resilience, driven by the harsh reality that breaches have become inevitable. IBMâ€™s executives noted throughout their discussions on theCUBE that the process for protection is a journey to be followed one step at a time.
â€śYou can take baby steps â€” cybersecurity [and] data resilience is not about an on/off switch,â€ť said Del Hoobler, principal storage software advanced technology specialist at IBM, during the broadcast event in October. â€śItâ€™s a spectrum, from very weak to very strong. You never can be perfectly data resilient. The most important thing is to get started.â€ť
(* Disclosure: TheCUBE is a paid media partner for the IBM Storage Summit and the â€śBeyond Firewalls: Resilience Strategies for Allâ€ť event. Neither IBM Corp., the sponsor of theCUBEâ€™s event coverage, nor other sponsors have editorial control over content on theCUBE or SiliconANGLE.)
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IBM has released a cryptographic signing technology for handling digital assets in cold storage, reducing the risk associated with manual procedures while keeping assets at arm's-length from an internet connection.
The tech giant - often called the Big Blue - said in a statement on Tuesday that its IBM Hyper Protect Offline Signing Orchestrator (OSO) helps protect high-value transactions by offering additional security layers, including disconnected network operations, time-based security and electronic transaction approval by multiple stakeholders.
The limitations of cold storage come down to human interactions, which can take the form of inside jobs, forced attacks â€“ when violence is threatened to have a transaction signed â€“ or other operational errors involving administrators at data centers and simple â€śpen and paperâ€ť approaches, IBM said.
The new OSO tech is being used by IBMâ€™s long-standing partner in the crypto space, Ripple-owned custody firm Metaco.
â€śIBMâ€™s confidential computing division has been a reliable partner throughout the years, and we are pleased to complement Metacoâ€™s catalog of institutional cold storage solutions with the unique air-gapped cold storage that OSO enables, especially as cold storage requirements are increasingly being stipulated by regulators in markets such as Singapore, Hong Kong and Japan,â€ť said Metaco CEO Adrien Treccani in a statement.
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