Unlike other disaster recovery and migration solutions that impose narrow platform support or require invasive agents, RackWare is engineered for broad compatibility without compromise. Whether you're working with Windows Server 2012 through 2025, RHEL/CentOS, Ubuntu, or Oracle Linux, or orchestrating containerized workloads with EKS, AKS, GKE, or OKE, RackWare adapts to your environment.
Our platform enables seamless transitions across physical, virtual, and cloud resources, providing consistent automation for migration, DR, and dynamic scaling. With deep integration into storage platforms like Azure Disk, EBS, and Persistent Disk, and advanced capabilities like IP remapping and domain-aware replication, RackWare supports enterprise-grade resilience for any workload. If your infrastructure is diverse and complex, RackWare offers the broadest compatibility and most complete toolset to make migration and DR straightforward and reliable.
RackWare for Windows
Windows environments are deeply embedded in enterprise infrastructure, often tied to Active Directory, domain services, and proprietary applications. Migrating or protecting these systems across environments can be complex and risky. Moreover, many tools do not handle Windows well. RackWare eliminates these challenges with intelligent automation for Windows workload mobility and disaster recovery (DR).
With built-in support for VSS, NTFS, and Windows Server configurations, RackWare ensures seamless transitions without requiring agents, reinstallation, or excessive downtime.
​
RackWare capabilities for Window include:
​
-
Agentless sync using Volume Shadow Copy Service (VSS) for file-consistent replication
​
-
Domain-aware migration and DR across AD-bound environments
​
-
Full support for NTFS, GPT/MBR partitions, and Windows Boot Manager
​
-
Compatibility with Windows Server 2012 through 2025
​
-
Automated handling of IP remapping, DNS registration, and firewall configuration
​
-
Storage integration with Azure Disk, EBS, Persistent Disk, and other platform-native options
RackWare for Linux
Linux systems are foundational to enterprise infrastructure—but managing their migration, DR, and scaling across environments often demands manual processes and complex scripting. RackWare removes these barriers with a unified automation platform purpose-built for Linux resiliency, portability, and cost-efficiency.
​
With deep support for major Linux distributions and enterprise configurations, RackWare enables seamless migration, real-time replication, and flexible failover without modifying application stacks or kernel settings.
​
RackWare capabilities for Linux include:
​
-
Agentless migration and DR for physical and virtual Linux servers
​
-
LVM snapshot-based sync and replication for minimal downtime
​
-
Full support for common filesystems (ext3, ext4, XFS, Btrfs) and logical volumes
​
-
SSH and sudo-based access with automated credential handling
​
-
Compatibility with RHEL/CentOS 6-10, Ubuntu 18+/20+, Oracle Linux, Rocky Linux, AlmaLinux
​
-
Storage optimization across cloud platforms (e.g., EBS, Persistent Disk, Azure Disk)
RackWare for Containers
Managing Kubernetes environments across hybrid, on-prem, and public clouds introduces layers of operational incompatibility and complexity. Inconsistent tooling, limited DR support, and manual migrations can delay innovation and increase risk. RackWare eliminates these barriers with a single, automated platform built for container mobility, resilience, and cost efficiency.
Whether migrating clusters, implementing disaster recovery (DR), or scaling dynamically, RackWare adapts to any Kubernetes distribution or architecture. Our agentless solution works across all major clouds and on-prem deployments, enabling seamless transitions without platform lock-in.
RackWare integrates with Kubernetes APIs and cloud-native services to deliver:
​
-
Agentless migration of StatefulSets, Deployments, Services, and Persistent Volume Claims
​
-
Cross-cluster sync and failover with support for CSI drivers (e.g., CSI Persistent Disk, CSI Azure Disk)
​
-
Dynamic auto-provisioning and de-provisioning of K8s resources
​
-
Storage-aware sync with Google Persistent Disk, AWS EBS, Azure Disk, and Filestore equivalents
​
-
Policy engine for workload scaling, VM parking, and cost governance across K8s environments
