ATAmotion integrates with all public and private clouds to enable seamless workload migrations to any target server, on any platform.
Simplify enterprise migration to any environment through automation
ATAmotion drastically simplifies the migration process utilizing its agentless deployment and innovative architecture. ATAmotion automates the transfer of live workloads to any physical, virtual, or cloud environment entirely online with no business disruption and even orchestrates the provisioning of target infrastructure for you.
Our proprietary clone engine is purpose built for enterprise class workloads with benchmark migration speeds, flexible deployment, and without the database size restrictions seen in other platforms. Migrate applications like SAP, SAP HANA, Oracle and SQL Enterprise or hundreds of simultaneous workloads as easily as moving one.
Direct, point-to-point, migration
With SaaS or on-premises deployment options, the flexible model allows you to deploy the management console inside or outside of firewalls. Once configured, all migration data traffic flows from the production servers directly to the target servers, without passing through, appliances, storage buckets, or other intermediary stages. This eliminates bottlenecks and results in added security as data never leaves client control.
multi-threaded transfer engine
The proprietary multi-threaded migration engine not only maximizes bandwidth usage, but also includes features for bandwidth throttling, and allows for native data transfer encryption. Migrate the largest enterprise workloads without size limitation, and even hundreds of workloads simultaneously.
Orchestrate and Migrate across all data center and cloud platforms
Integration with all major public and private cloud technology, as well as hypervisors, enables auto provisioning of the target infrastructure. Choose instances from drop down menus for greenfield or brownfield deployment, and without the manual effort required to build the target, your infrastructure project timelines are significantly shortened.