Flexible & Secure Software Defined Networking, Powered by OpenStack.
What you’ll get
Based on the OpenStack® Neutron technology, our cloud networks allow you to create single-tenant networks with complete control over your network topology and architecture. You can create networks and connect multiple servers to them, create routers, and connect many networks to them as well as leverage floating IPs.
OpenStack® Neutron provides you with an open and flexible API, with no vendor lock-in.
Enables Single Tenant Networks
Benefit from peace of mind with network segmentation.
Cloud networks are single-tenant and fully isolated, meaning that it is the equivalent of having a physical switch connected to your servers only, with no one else connected to it.
The network connections can be split up across systems, enabling each virtual machine within a given hypervisor to be private to the same network.
IP Address Management
Take advantage of automatic IPAM for ensured consistency.
Users no longer need to manage their IP addresses manually, ensuring consistency between documentation and the system itself.
Secure Assigned IPs
With dynamic IP requests, the manipulation of the IP through the blocking layer above the IP itself is no longer possible.
Configurable Network Type
Users can configure their desired network type.
Users have access to a single, vast network provided by VEXXHOST that they can sit on.
Users can create private virtual machine networks within our public cloud platform.
More about Public Cloud.
Download White Paper
Introduction to Cloud Load Balancers
VEXXHOST’s Load Balancers ensures optimal application and content delivery by distributing workloads across multiple computing resources and instances.
LATEST BLOG POSTS & NEWS.
From the value of privacy to the environmental impact of technology and upskilling roles outside of the IT department, there are many reasons why you should be invested in the cloud.
From pre-arrival to departures, it’s evident that the cloud has a role to play in improving customer experience.