Platform9 Introduces High Availability For OpenStack Users
This High Availability capability automatically configures liveness detection among servers that are in such an availability zone.
Platform9 has released its High Availability capability for OpenStack users, supporting both traditional and cloud-native workloads. Platform9 will be showcasing this industry-first capability in its booth #649 at VMware's VMworld, taking place August 28 - September 1 in Las Vegas.
"High Availability is fundamental to enterprise customers looking to run production workloads on OpenStack. Given the massive demand we've seen from enterprise customers, we are excited to provide a solution with the industry's first High Availability capability for both traditional and scale-out workloads," said Madhura Maskasky, co-founder and vice president of product at Platform9. "This new capability makes it possible for customers to migrate to OpenStack for mission-critical workloads without sacrificing the powerful, enterprise-grade High Availability capabilities they've come to expect."
"For production workloads, High Availability is a critical capability and we have had to run those workloads on VMware vSphere thus far. With this update to Platform9 Managed OpenStack, we can now use OpenStack and KVM for all workloads," said Rob Horstmann, Manager of Technical Operations at Moz, Inc.
Traditional applications need support from the infrastructure layer to be highly available. Historically this capability has only been available in VMware vSphere and not with OpenStack. Because of these limitations, enterprise customers have found it challenging to run production workloads on OpenStack, and instead have relied on expensive VMware ELAs for such scenarios.
Likewise, cloud-native workloads need support from the infrastructure layer. While these workloads are designed to "scale-out" across multiple-nodes, they are only highly available if the infrastructure is distributing the worker nodes across failure domains (such as hosts, racks, or data centers). Until now, there has not been an out-of-the-box solution for workloads that require both programmatic scale-out (using auto-scaling-groups) and High Availability awareness.
Today, cloud architects can use the concept of availability zones — already in OpenStack — to automatically configure groups of servers that represent a zone of availability, such as a rack or a data center. Platform9's newly announced High Availability capability automatically configures liveness detection among servers that are in such a zone. When a server in a zone fails, the capability orchestrates the recovery of workloads running on that server onto other servers in that zone. In addition to recovering traditional workloads, scale-out workloads that are being spawned by auto-scaling-groups can be distributed across availability zones, mitigating the risk of simultaneous failure.
This High Availability capability is available in Platform9 Managed OpenStack Enterprise Edition. Platform9 is also open sourcing this capability, making it freely available via a Github repository where the code, documentation and demonstrations reside.