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Unstructured data — images, video, logs, documents, and media files — is growing fast as digital business expands, pushing data volumes from terabytes into petabytes. Enterprise storage is also diversifying, moving from traditional file storage to object storage and, increasingly, to multi-cloud and multi-data-center architectures.
Object storage has become a preferred choice for hosting massive volumes of unstructured data, thanks to its scalability and cost efficiency. But as adoption deepens, new management challenges follow, especially when enterprises upgrade storage architecture, migrate to the cloud, consolidate data, or archive historical records:
To address these needs, Info2soft has launched i2DTO, an object storage management platform built for migration, synchronization, and archiving. i2DTO synchronizes and recovers data between local or NAS storage and object storage, and replicates data between different object storage platforms.
Enterprises often run several object storage platforms side by side. i2DTO supports:
This enables migration across heterogeneous storage environments.
Data consistency is a top concern in large-scale migration. i2DTO ensures accuracy through:
For petabyte-scale migrations and large volumes of small files, i2DTO combines:
Together, these reduce redundant traffic, ease network load, and shorten migration windows for both ongoing sync and large one-time migrations.
To relieve pressure on local storage and support long-term retention, i2DTO can:
For synchronization workflows, i2DTO integrates with Elasticsearch to maintain a version history of synced files. If a file changes or a prior state needs to be restored, the corresponding version can be located and recovered — supporting data traceability and audit requirements.
Object storage use cases are expanding beyond basic storage into backup, remote synchronization, migration, and long-term archiving. i2DTO is already deployed across industries including telecommunications and financial services.
| Item | Details |
|---|---|
| Challenge | A major telecommunications company had accumulated large volumes of unstructured business data on object storage and needed a more efficient backup approach as data continued to grow |
| Solution | Scheduled full backups with protection policies set by data priority |
| Key mechanisms | Priority backup for critical data, scheduled jobs, incremental sync, multi‑channel parallel transfer |
| Outcome | Improved backup efficiency while maintaining data integrity and availability |
| Item | Details |
|---|---|
| Challenge | A major state-owned bank needed to strengthen object storage data security through cross-region protection |
| Solution | Automatic backup from Tencent Cloud COS in Beijing to COS in Shanghai |
| Key mechanisms | Geographic redundancy, automated synchronization |
| Outcome | Reliable data support for business recovery in the event of a regional outage |
| Item | Details |
|---|---|
| Challenge | A financial institution needed to migrate close to a petabyte of historical data from COS object storage to a private object storage cluster as part of a broader storage upgrade |
| Scale | Nearly a petabyte of data across more than a billion file objects |
| Solution | Workload split by bucket and path across multiple sync hosts running in parallel |
| Outcome | Completed large‑scale migration with a smooth transition to the new platform |
As object storage takes on a growing share of enterprise data, the ability to move and manage that data efficiently — across platforms, at scale, and without disruption — becomes a core requirement. i2DTO gives enterprises that capability today, with room to scale as storage environments evolve.
