As the information technology (IT) industry enters the cloud era, where hybrid IT is the dominant deployment model in organizations of all sizes, the capabilities of primary all-flash arrays (AFAs) will need to evolve to handle cloud scale and agility. Datacenters of all types and sizes will be using AFAs as general-purpose storage platforms more and more and will be increasing the workload densities that these systems must support. A key challenge is that current-generation AFAs have fundamental bottlenecks that both limit their consolidation and cloud-scale capabilities and create architectural risk as future memory technologies emerge. A next generation of AFAs — what could be called cloud-era flash arrays — will be best positioned to meet these requirements cost-effectively, will employ flash- driven rather than flash-optimized architectures, and will have NVMe rather than SCSI technology at the heart of their designs. This Technology Spotlight examines the evolving primary flash array market with a particular emphasis on what next-generation flash-driven enterprise storage architectures will look like. It also looks at the role Pure Storage, with its FlashArray//X, plays in this strategically important market.
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Zum WhitepaperModern governments across Europe must orchestrate an evolving array of services and functions required to support millions of people, often with a pressure to “do more with less” and under the glare of public scrutiny.
The pressure to harness technology to transform is as evident in government as it is in any modern organisation, although the complexity and reach of government is arguably more significant. Ongoing uncertainties around Brexit are likely adding to the challenge of transforming operational models and efficiency.
Following “ ...
Transitioning to citizen-centric service delivery, Brexit planning, implementing new digital services and adopting an evidence-based policy development are all transformational undertakings for the UK government and its departments. Thankfully, they all have one critical success factor in common: data. It is the fuel of digital transformation and without fast, always-on access to data, everything will stall. By everything, we mean all data-driven ambitions from the development of new models of service delivery that improve the quality of public ...
Security professionals understand that hackers hide lateral movement inside large volumes of east-west network traffic. Organizations need new tools and techniques to detect and prevent such activity.
In this paper, you will learn:
How VMware combines detection techniques from Distributed IDS/IPS, Network Sandboxing, and Network Traffic Analysis.
The role of Network Detection and Response in advanced threat prevention.
The characteristics of a Network Sandbox that is resistant to malware evasion.
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Though the scale and economics of the cloud are a boon for today’s enterprise, moving applications and data out of the data center into multi-cloud environments has greatly expanded threat surfaces, putting enterprises at greater risk of devastating ransomware attacks. This report will explore how to move beyond segmentation inside the data center and traditional next-gen firewalls at the perimeter and build a defense that meets the special demands of a multi-cloud environment. ...
90% of cloud runs on Linux. So, is it any wonder that malware is propagating in multi-cloud environments under the radar? Current countermeasures are focused on addressing Windows-based threats, leaving multi-cloud deployments vulnerable to attacks.
Based on research conducted by the VMware Threat Analysis Unit, this report uncovers the unique characteristics of remote access tools (RATs), ransomware, and cryptominers on Linux-based systems and how you can mitigate these threats. You will learn more about:
Existing characterization tech ...
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