The CenturyLink Cloud is built from the ground up to enable services deployed in any of our data centers to be fault tolerant and highly available. Every aspect of the infrastructure is built with local failure in mind. This overview highlights key pieces of the infrastructure and design around fault tolerance.
Within CenturyLink Cloud Platform there are multiple firewall clusters. Different clusters perform different security tasks. These clusters allow for highly available services that can survive hardware and software failures within the cluster. Firewalls are based on hardware or software clustered solutions
Each traffic type, regardless of destination or origin, always traverses a clustered switch solution. Switch, port, optic, and cables failures do not interrupt the flow of traffic.
CenturyLink Cloud utilizes industry best Hypervisor technology that allow for automatic restart of running cloud servers when host servers experience hardware/software failures. Resource utilization is managed primarily by the Hypervisor, ensuring that cloud servers perform at the highest performance levels possible.
CenturyLink Cloud servers utilize clustered Storage Area Network technologies for cloud server data storage needs. A clustered SAN provides a highly available data platform that can survive hardware and software failures within the cluster. Clustered SANs allow for online storage system updates and expansions without impact to data availability.
Enterprise-grade cloud servers ready for legacy and greenfield business apps.
Persistent, high-performance storage for every enterprise scenario. Easily add backup & DR capabilities as needed.
Connect networks within a particular data center through the use of configurable firewall policies, and create firewall policies that connect different data centers.
Affordable protection for your on-premise data & production VMs. Avoid the enormous costs of IT downtime and data loss with SafeHaven for CenturyLink Cloud.
For large-scale cloud applications, store and manage your files in a highly-scalable, fault-tolerant distributed database.