By Milin Desai, Vice President of Products, NSBU
It feels like only yesterday when we started our journey into networking at VMware. Even from the early beginnings in 2011, it became clear to some of us that the abstraction and operations model of virtualization for compute and memory, which completely transformed the modern data center, was something we needed to extend to networking. We understood that that a network based on software and abstraction in the long run would extend beyond our customers’ data centers to public clouds and ultimately to the Edge.
We’ve been executing on this vision for almost eight years; reinventing data center networking and enabling our customers to be smarter about how they secure, manage and connect their applications and users.
Starting with the Data Center
The Nicira acquisition, alongside our internal innovations, resulted in the release of VMware NSX in 2013. VMware NSX made network virtualization a mainstream possibility for the data center. The goal was simple — abstract the application from the physical network and deliver the networking attributes in software at machine speeds. After four years, multiple thousands of customers and the creation of a billion-dollar run rate business, we have transformed the Continue reading
On October 31st, the oVirt project released version 4.2.0 Beta, available for Red Hat Enterprise Linux 7.4, CentOS Linux 7.4, or similar.
Since the release of oVirt 4.2.0 Alpha a month ago, a substantial number of stabilization fixes have been introduced.
Support for LLDP, a protocol for network devices for advertising identity and capabilities to neighbors on a LAN. LLDP information can now be displayed in both the UI and via the API. The information gathered by the protocol can be used for better network configuration.
oVirt 4.2.0 Beta features Gluster 3.12.
oVirt's hyperconverged solution now enables a single replica Gluster deployment.
OVN (Open Virtual Network) is now fully supported and recommended for isolated overlay networks. OVN is automatically deployed on the the host, and made available for VM connectivity.
Snapshots can now be uploaded and downloaded via the REST API (and the SDKs).
An improvement has been introduced to the self-hosted engine. Now, the self-hosted-engine will connect to all IPs discovered, allowing both higher performance via multiple paths as well as high availability in the event that one of the targets fails.
A new Continue reading
With the growth of cloud services, enterprises need to ensure users don't run into network bottlenecks.
With the growth of cloud services, enterprises need to ensure users don't run into network bottlenecks.
One of my readers coming from system development area asked a fundamental question about the role of automation in enterprise IT (somewhat paraphrased):
[In system development] we automate typical tasks from the pre-defined task repository, so I would like to understand broader context as the automation (I guess) is just a part of the change we want to do in the system. Someone needs to decide what to do, someone needs to accept the change and finally the automation is used.
Of course he’s absolutely right.
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The software platform is built on open source Kubernetes-based container architecture.
Its minority investment in Vapor IO is just the start.