Info2soft protects backup data from tampering and ensures reliability mainly through an immutable backup mechanism, encrypted transmission/storage, integrity checks, and full audit logging.
In object‑storage and cloud scenarios, this is typically combined with WORM (write once read many), read‑only snapshots, and multi‑version retention so that even if the production system is compromised, attackers cannot easily alter historical backup sets.
Secure transmission and storage
Info2Soft’s backup solution (i2Backup) supports data encryption and compression, which prevents data theft or tampering on the network while also reducing bandwidth usage.
Backups are stored on dedicated backup servers or object storage logically isolated from production systems and can be deployed in tiered architectures or remote DR sites, reducing the chance that a single breach leads to widespread backup corruption.
Logging, audit, and access control
i2Backup explicitly offers event, operation, and debug logs that can be used for auditing, so all backup, restore, and policy‑change operations are traceable to detect or investigate suspicious deletions or restores.
Centralized management consoles, role‑based access control, and strict operation logging help mitigate insider threats such as intentional deletion or manipulation of backup sets.
Integrity and replication consistency
Info2Soft’s core technology uses byte‑level replication at the OS layer, capturing I/O changes and replaying them in order on the DR side to keep source and target data logically consistent.
Between production and DR centers, operations like file create/modify/delete are coordinated with consistency checks so that backup copies remain usable and are not silently corrupted in transit.
Reliable recovery and business continuity
Products such as i2Backup and i2Stream support full, incremental, and differential backups plus snapshots and CDP, providing multiple recovery points so you can roll back to a clean, untampered point in time.
These products emphasize fast recovery and short RTO, indicating that the restore workflow and failover/failback capabilities are engineered so that protected backups can quickly be turned back into a running production environment.
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