Going beyond Next Gen Security

whitePaper | June 8, 2022

Zscaler Private Access (ZPA) redefines private app connectivity and security for today’s hybrid workforce with the industry’s only next-generation zero trust network access (ZTNA) platform.

whitePaper | August 8, 2022

Satellite networks offer their customers several advantages over other types of connectivity. They are easily deployed, reliable, and allow a wide degree of mobility, making them a perfect fit for Disaster Recovery Plans (DRP). They are an essential asset in places where other connectivity methods are not available, such as oil rigs, vessels, or even planes. However, they have several characteristics that make them harder to manage when compared to other kinds of networks. This document will discuss those challenges and explore how the Versa Operating System (VOS™) can help you extract better performance out of your Satellite links.

whitePaper | January 15, 2020

VMware vSAN 2-node cluster is a configuration that is implemented in environments where a minimal configuration is a key requirement. VxRail v4.7.100 was the first release to support the vSAN 2-node cluster with direct-connect configuration. Starting with VxRail v4.7.410, vSAN 2-node cluster with switch configuration is also supported.

whitePaper | December 20, 2022

As humans we see the world in 3D. It helps us judge everything we do, from reading people’s reactions so we can respond accordingly to knowing how high we should step to make sure we don’t fall. Yet as a lender you’re often forced to determine credit risk in one dimension, using a traditional credit score. And if there is no credit score, you are inclined to walk away.

whitePaper | October 10, 2022

The number of financial institutions exploring enterprise blockchain networks to address multiple market forces is growing. Based on VMware customers and supported by The Value Exchange’s 2021 research on 150 financial institutions, the adoption of blockchain-based distributed ledger technologies (DLT) is already underway.

whitePaper | January 7, 2020

Intel Page Modification Logging (PML) is a novel hardware feature for tracking virtual machine (VM) accessed memory pages. This task is essential in today’s data centers since it allows, among others, checkpointing, live migration and working set size (WSS) estimation. Relying on the Xen hypervisor, this paper studies PML from three angles: power consumption, efficiency, and performance impact on user applications. Our findings are as follows. First, PML does not incur any power consumption overhead. Second, PML reduces by up to 10.18% both VM live migration and checkpointing time. Third, PML slightly reduces by up to 0.95% the performance degradation on applications incurred by live migration and checkpointing.