CloudMover

Move Data. Accelerate Workflows.

Essential for multi-cloud management, CloudMover™ minimizes egress charges from the originating cloud and accelerates transmission to the destination cloud, making large replication projects feasible.

The CloudMover Advantage: Speed, Savings, and Scalability

Moving petabytes of data shouldn’t break your budget or your timeline. CloudMover sits at the intersection of cost-efficiency and high-performance networking, turning the “impossible” multi-cloud migration into a routine task.

1. Slash Egress Costs

Cloud providers often make it easy to move data in, but prohibitively expensive to move it out. CloudMover utilizes intelligent compression and deduplication at the source to ensure you only move the data you absolutely need.

Protocol Optimization: Reduces the “chatter” between clouds, cutting down on overhead.
Incremental Syncing: Only transfers changed blocks, preventing redundant egress charges.

2. High-Velocity Transmission

Traditional transfer methods are often throttled by distance and network congestion. CloudMover uses a proprietary parallel processing engine to saturate available bandwidth and bypass common bottlenecks.

Multi-Stream Architecture: Breaks large files into chunks for simultaneous delivery.
Auto-Resume: Guaranteed delivery that picks up right where it left off in the event of a network flicker.

3. Make Massive Replications Feasible

When you’re dealing with massive datasets, the “transfer window” is your biggest enemy. CloudMover shrinks that window from weeks to days, allowing for:

Disaster Recovery: Real-time replication across diverse cloud environments.
Workload Portability: Move your data to where the best compute pricing is, without being held hostage by data gravity.

Highlights

Example: M&E - Multi-cloud deployment

A major animation studio utilizes a multi-cloud strategy, storing its massive library of rendered assets (petabytes of data) in Cloud A, but needing to replicate 500TB of a completed film's archive to Cloud B for disaster recovery and specialized regional distribution. If done natively, this transfer would incur crippling egress fees from Cloud A and take several days. By routing the data through CloudMover, the transfer is efficiently compressed mid-stream, which cuts the effective data size in half (to ~250TB). This process drastically minimizes the expensive egress charge from the originating cloud and simultaneously accelerates the transmission to the destination cloud, completing the large-scale replication project securely and cost-effectively within hours instead of days.