The advantages blockchain can bring to the automotive ecosystem, both in facilitating
collaboration among participants and enabling capabilities for new mobility business
models, have gotten the attention of automotive executives. In addition to enabling a
single source of data, blockchain can facilitate device-to-device transactions, smart
contracts, and real-time processing and settlement. For the automotive industry, this
translates into improvements and operational efficiencies in areas such as supply chain
transparency, financial transactions between ecosystem participants, authenticating
access to cars, and customer experience and loyalty.
Infinidat has developed a storage platform that provides unique simplicity, efficiency, reliability, and extensibility that enhances the business value of large-scale OpenStack environments. The InfiniBox® platform is a pre-integrated solution that scales to multiple petabytes of effective capacity in a single 42U rack. The platform’s innovative combination of DRAM, flash, and capacity-optimized disk, delivers tuning-free, high performance for consolidated mixed workloads, including object/Swift, file/Manila, and block/Cinder. These factors combine to cut direct and indirect costs associated with large-scale OpenStack infrastructures, even versus “build-it-yourself” solutions. InfiniBox delivers seven nines (99.99999%) of availability without resorting to expensive replicas or slow erasure codes for data protection. Operations teams appreciate our delivery model designed to easily drop into workflows at all levels of the stack, including native Cinder integration, Ansible automation pl
Published By: Iovation
Published Date: Aug 02, 2019
The digitalization of business processes and the advent of mobile computing have given rise to the next generation of fraud. Cybercriminals have a variety of tools and techniques—as well as opportunities—to steal money and services. Furthermore, traditional fraud prevention tools often fail to stop this fraudulent activity.
Companies need a new approach to fraud prevention—one that stops fraud early and preserves the user experience. Companies with an online presence must have the ability to:
Detect and respond to fraudulent activity before incurring losses
Leverage human insight and machine learning to identify advanced fraud
Work with other fraud analysts to identify larger fraud trends and stop cybercriminals on a global scale
Block more fraud while reducing fraud prevention costs
This book explores how companies can leverage a next-generation fraud prevention solution to stop more fraud while reducing costs and providing a positive user experience for trusted customers.
Cloud along with other technologies such as Big Data, Internet of Things, Artificial Intelligence and Blockchain have made it possible for enterprise to have bolder visions for the future. The new technologies motivate them to accelerate their digital transformation journey and deliver more rewarding experiences to clients.
Uncover the riskiest 1% of threats you’ve been missing. In hours. Not days or months. Nearly all endpoint security solutions claim to block 99% of malware. But what about the 1% of threats they miss? The most dangerous 1% of threats will wreak havoc on your network. If you rely solely on traditional point-in-time technologies, such as antivirus, those threats can go undetected for 200 days on average. For months on end, they can be creeping in and moving laterally across your network causing damage through stealthy malware campaigns without you even knowing it—until it’s too late.
Powerful IT doesn’t have to be complicated. Hyperconvergence puts your entire virtualized infrastructure and advanced data services into one integrated powerhouse. Deploy HCI on an intelligent fabric that can scale with your business and you can hyperconverge the entire IT stack. This guide will help you: Understand the basic tenets of hyperconvergence and the software-defined data center; Solve for common virtualization roadblocks; Identify 3 things modern organizations want from IT; Apply 7 hyperconverged tactics to your existing infrastructure now.
Published By: HPE Intel
Published Date: Jan 11, 2016
While flash storage can enhance the performance of your applications, there are three potential roadblocks to realizing the full value from a flash investment:
• Storage network capacity
• Storage architecture
Vish Mulchand is Senior Director of Product Management and Marketing for Storage, Hewlett Packard Enterprise.
One of the few places that pervasive Wi-Fi is not found these days is in US Federal Government office buildings and military bases. Government IT departments explain this lack of modern technology by pointing to Information Assurance (IA) departments who block their planned deployments because of security concerns. IA departments, on the other hand, point to unclear rules, regulations, and policies around Wi-Fi use which prevent them from making informed risk decisions.
Today’s data centers are expected to deploy, manage, and report on different tiers of business applications, databases, virtual workloads, home
directories, and file sharing simultaneously. They also need to co-locate multiple systems while sharing power and energy. This is true for large as
well as small environments. The trend in modern IT is to consolidate as much as possible to minimize cost and maximize efficiency of data
centers and branch offices. HPE 3PAR StoreServ is highly efficient, flash-optimized storage engineered for the true convergence of block, file,
and object access to help consolidate diverse workloads efficiently. HPE 3PAR OS and converged controllers incorporate multiprotocol support
into the heart of the system architecture
IT executives are in one of the most dynamic, challenging business environments of all time. The business expects speed; the IT function strives to keep up while pursuing innovation and efficiency. Many CIOs recognize that cloud is a possible solution to achieving both but they are uncertain about the best way to
Whether your company seeks to modernize IT, fuel innovation or accelerate growth, you’ll find that by identifying the most appropriate cloud journey for your organization, you can determine the best potential entry points to cloud migration as well as identify, prepare and prevent possible roadblocks.
And, you’ll discover how the right cloud platform and partner can enable your success by leveraging different layers of the cloud to reach your desired business outcomes—and ultimately achieve true business transformation.
Published By: Dell EMC
Published Date: Sep 12, 2016
VCE pioneered Converged Infrastructure with the introduction of Vblock® Systems in 2009, and today we’ve helped more than 1,200 global enterprise customers transform their IT environments to become more agile, reliable, and cost-effective. Dell EMC brings together best-of-breed technologies in converged Vblock Systems and VxBlock™ Systems solutions to power data centers and simplify management and operations throughout the system life cycle.
Imagine the benefits that a VDI environment could realize during a boot storm. All the VMs are based on the same template, and therefore they all have the same set of files during initial boot. Normally, 100 VMs all booting at the same time would require a significant number of HDDs, but with this hyperconverged infrastructure platform, the first VM to boot reads the block off the HDD, which promotes that block into cache. Now the next 99 VMs can all access that same block from cache. That’s a 100:1 IOPS reduction on the IOPS-bound disks.
Today’s threat landscape is nothing like that of just 10 years ago. Simple attacks that caused containable damage have given way to modern cybercrime operations that are sophisticated, well-funded, and capable of causing major disruptions to organizations and the national infrastructure. Not only are these advanced attacks difficult to detect, but they also remain in networks for long periods of time and amass network resources to launch attacks elsewhere.
Traditional defenses that rely exclusively on detection and blocking for protection are no longer adequate. It’s time for a new security model that addresses the full attack continuum—before, during, and after an attack.