Infrascale Backup and Disaster Recovery

Infrascale Backup and Disaster Recovery (IBDR) is a hybrid recovery platform for protecting servers, virtual machines, files, and folders across mixed infrastructure. It is best suited to IT administrators and managed service providers that need repeatable failover, failback, and recovery testing rather than backup alone. Its broad orchestration is persuasive, but quote-based pricing and geography-dependent service availability make deployment planning essential.

Overview

IBDR combines file and image backup, off-site replication, and disaster recovery in one system. It captures files, folders, and full system images, replicates data to Infrascale Cloud, and keeps unlimited restore points. During an incident, systems can be restored to a local appliance or started in the cloud. On-demand failover requires no advance declaration, which helps when an outage develops without warning.

Supported workloads include physical servers, virtual machines, Windows, Linux, VMware, Hyper-V, SQL Server, and Exchange Server. Hypervisor coverage includes VMware vSphere ESXi, Microsoft Hyper-V, and KVM, allowing mixed environments to use one recovery process. Appliances and cloud capacity may be limited by geography, so organizations operating across regions should confirm coverage before committing.

Key features

Recovery and orchestration

Failover and failback orchestration, test failover, and recovery runbooks are included. Cloud recovery runbooks use drag-and-drop controls to define startup order, group virtual machines, and set intervals between launches. That is more useful than a collection of independent backups when applications have service dependencies. Unlimited disaster-recovery and failover testing, with no testing fees, supports regular drills instead of a once-a-year exercise.

Protection and management

Backup data is deduplicated, compressed, and encrypted. Cloud replication uses AES 256-bit encryption, while cloud data is encrypted at rest. Immutable backup storage, instant VM recovery, and off-site replication strengthen protection against ransomware and site loss, although the value of those safeguards depends on correctly sizing storage and recovery capacity.

The Infrascale Dashboard centralizes deployment, backup schedules, settings, and recovery-network configuration. This gives MSPs and IT teams one administrative view rather than separate controls for each appliance or workload. Infrascale says its ISO/IEC 27001:2022 cloud-services certification includes Backup & Disaster Recovery. Support combines a knowledge base, documentation, tickets, secure chat, email, and phone, with business-hours coverage Monday through Friday, 8am–8pm EST.

Pricing

IBDR has no free plan and uses custom pricing. The IBDR plan is billed through aggregated component subscriptions in 1 TB storage increments at a consistent monthly price; compute capacity is sized for the number of servers booted concurrently. Contact sales for a quote. Storage increments make capacity planning important: organizations with uneven growth should model both retained backup volume and peak cloud-recovery demand. Hardware and cloud availability can vary by geography, which may affect the final configuration.

Platforms

IBDR supports Linux and Windows environments, VMware, Hyper-V, KVM, physical servers, virtual machines, SQL Server, and Exchange Server. It is offered through self-hosted and web management models, with hybrid deployment spanning local appliances and Infrascale Cloud.

Who it's for

IBDR fits MSPs and IT administrators responsible for recovering business systems after server crashes, ransomware, or natural disasters. It is a strong match for teams managing mixed hypervisors that need documented startup order, repeatable failback, and routine test failovers. It is less suitable for small buyers seeking transparent self-service pricing or a free tier, and for organizations whose geography cannot support the required appliance or cloud option.

Pros and cons

• Pros: Local and cloud recovery options reduce dependence on a single recovery location.
• Pros: Unlimited restore points and unlimited, fee-free recovery testing support frequent validation.
• Pros: Runbook orchestration coordinates complex virtual-machine startup and failback.
• Pros: Broad VMware, Hyper-V, KVM, Windows, Linux, SQL Server, and Exchange coverage suits heterogeneous estates.
• Cons: Pricing is quote-based, with storage sold in 1 TB increments and compute sized for concurrent boots, making costs harder to compare upfront.
• Cons: Appliance and cloud availability may depend on geography.
• Cons: There is no free plan for organizations wanting to begin without a purchase commitment.

Alternatives

Browse Disaster Recovery Software or Cloud Disaster Recovery Software when you want to compare the wider field. Choose Virtual Machine Backup Software for a VM-focused shortlist, or Cloud Backup Services when cloud backup is the primary requirement.

Veeam Recovery Orchestrator is the better alternative if a free demonstration or evaluation license matters. Veeam Agent for Mac suits Mac workstation backup with a free edition, but it is limited to one backup job and has no direct object-storage backup. Veeam Kasten for Kubernetes is the specialist choice for Kubernetes, including a free five-node tier. Acronis Cyber Disaster Recovery Cloud is worth considering when broad desktop and mobile platform coverage and pay-as-you-go DR usage are priorities. Datto Endpoint Backup for Windows is an alternative for consumption-based endpoint storage pricing. Axcient x360Recover offers usage-based endpoint rates and a free trial. Unitrends Backup provides tailored business pricing and a free trial. Arcserve ShadowProtect is a subscription-based option for Linux and Windows.

Verdict

Choose IBDR if your organization needs hybrid local/cloud recovery, orchestrated failover and failback, and unlimited testing across varied server and hypervisor workloads. Its main reason to look elsewhere is the combination of custom pricing and geography-dependent infrastructure, which can make budgeting and rollout less predictable than a transparent, universally available service.