What is RackWare?
RackWare is a multi-cloud mobility and resilience platform designed to simplify migration, disaster recovery, and infrastructure optimization across diverse cloud platforms and infrastructure environments. The platform utilizes intelligent automation and comprehensive assessment tools to accelerate migration and disaster recovery projects across physical, virtual, and cloud environments with minimal disruption. This helps organizations maintain agility while avoiding vendor lock-in through policy-driven management.
The platform reduces IT costs by automating resource allocation and eliminating the need for overprovisioned infrastructure. It accelerates cloud adoption and disaster recovery planning, enabling organizations to modernize operations without disrupting existing workflows. By consolidating multiple tools into a single platform, RackWare simplifies management and improves enterprise agility across various environments including Windows, Linux, Kubernetes, and major cloud providers.
Features
- Assessment: Discover, analyze and monitor workloads for effective planning and execution of migration projects and resilience strategies
- Migration: Migrate Windows, Linux, or Kubernetes systems from any datacenter to any cloud, or between different cloud environments
- Resilience: Automate cross-region or cross-cloud disaster recovery and backup for regulated and mission-critical workloads
- Multi-Cloud Support: Compatible with major cloud platforms including Google Cloud, Oracle, Azure, IBM, and AWS
- Automated Resource Allocation: Reduces IT costs by automating resource allocation and eliminating overprovisioned infrastructure
Use Cases
- Cloud migration from on-premises to cloud environments
- Disaster recovery planning and implementation across multiple regions or clouds
- Infrastructure optimization and right-sizing for cost reduction
- Server refresh and hardware upgrade projects
- Workload mobility between different cloud providers or hybrid environments
- Ransomware protection and automated failover scenarios
