People working with hybrid infrastructures must know how tiresome it can balance the on-premises and cloud resources. If only there were an option enabling you to manage it as a single environment! Luckily, the new VMware vSphere release, VMware Cloud on AWS, has something to say.
Virtualization machines (VMs) have various use cases, each defined by the IT resources at hand and respective end-goals. VMware vSphere and Horizon offer three types of cloning when it comes to VM interoperability: full, linked, and instant cloning. Each type has its benefits but also takes its own toll on the system.
More transparency, fewer hardware restrictions, freedom of choice, clarity of control, and immutability — that’s where backups are headed. Microsoft has been taking too long to adapt its ReFS to those consumer demands. Veeam and Linux, on the other hand, leverage those trends and offer immutability with reasonable freedom of object and cloud storage choice.
With new vSphere versions, it’s not just about one-click upgrades. There are various things an admin has to account for in good time. You need to consider the interoperability of other VMware products and other existing infrastructure components, which upgrade path to take, back-in-time upgrade threats, developing the upgrade plan, and necessary post-upgrade procedures.
VMware introduced quite a good chunk of innovations this time: performance has been improved dramatically, memory pre-copy technology completely re-architected. But the true novelty lies in new Enhanced vMotion Capabilities (EVC) for GPU, making it a real powerhouse for intense workloads (graphic software, ML/DL-workloads, etc.)
VMware presented vRealize AI Cloud during VMworld 2020 as its next step in cloud automation. The tool is designed for automated performance optimization as part of the Self-Driving Data Center concept. As defined by the vendor, it’s meant to monitor infrastructure performance and apply machine learning to improve performance as workloads change.
Cases like Meltdown and Spectre showed that minuscule flaws in hardware-layer security can become serious breaches in another person’s keen eyes. AMD’s SEV-ES and latest SEV-SNP exist to protect guest OS by encrypting all CPU register content. So, if your hypervisor is compromised, it won’t be able to access any guest OS data.
VMware Carbon Black is a next-gen cloud-native endpoint protection platform (EPP). This solution doesn’t only detect threats on the workstation level, analyze them in the cloud, and take action. It is a complex system for monitoring network connections and applications that exhibit abnormal activity, ensuring your desktop infrastructure security.
As a flagship of industry, VMware knows better than anyone a simple recipe for staying on top. If you want to grow, you need to keep going. The latest release of VMware vSphere proves this well enough. So, let’s take a look under the hood what exactly this new VMware vSphere 7 has to offer!