Whole-Machine Protection
Protect machines as a whole instead of configuring volume by volume — greatly reducing operational complexity and ensuring data protection with no blind spots.
Built on a kernel-level filtering driver architecture, FastCDP captures data changes in real time through a bypass I/O channel without altering existing business flows, building a complete journal-based storage chain with whole-machine CDP protection — second-level RPO, minute-level RTO.
Protect machines as a whole instead of configuring volume by volume — greatly reducing operational complexity and ensuring data protection with no blind spots.
Built on a unified data foundation, push recovered data agentlessly via native APIs to simplify cross-environment operations. Centrally manage virtualization platforms such as VMware, Sangfor and H3C as well as cloud platforms like Alibaba Cloud and Huawei Cloud, converting formats in real time to avoid full copies and save bandwidth — with flexible recovery across KVM / Xen and public clouds.
Sequential IO capture with real-time sync tracks data changes at millisecond granularity for continuous data protection (CDP), minimizing data loss risk. Combined with scheduled recovery Tags, it delivers second-level RPO and minute-level RTO for fast, precise point-in-time recovery that keeps business running.
Transparent source-side capture with persistent target-side storage builds a complete data change timeline, delivering millisecond-level recovery capability.
Multiple CDP agents replicate to a unified target for centralized management; the target VM only stores IO data during replication without consuming CPU or memory. Built-in virtualization directly creates VMs for instant mount, bringing business online within minutes.
Millisecond-level precision to handle ransomware, accidental deletion and crashes; Baseline + Tag + log replay enables fast, accurate recovery to any point in time.
Automatically converts standard disk formats for heterogeneous recovery; the built-in intelligent format conversion engine breaks virtualization platform barriers and supports flexible recovery and migration to bare metal, heterogeneous machines and public clouds.
Go beyond data recovery to take over production directly: merge logs and update boot automatically, compress RTO to the maximum, and take over business in seconds to ensure continuity.
Periodically create Tags (configurable at 1/2/4/8/12 hours) to merge IO logs into segments; recovery only replays the small amount of logs after the latest Tag, cutting RTO from hours down to minutes.
CDP near-real-time mode (full IO transfer when resources are ample, second-level RPO) + CBT bitmap mode (tracks only changed blocks when CPU/network is constrained, switching automatically), restoring automatically when resources recover — protecting production system performance.
When core databases (Oracle, SQL Server, MySQL, etc.) carry critical transactions, whole-machine protection covers all data files, log files and configuration items in one setup — no per-volume or per-file configuration. Millisecond-level change tracking and CDP syncs incremental data in real time for second-level RPO. On logical errors (dropped tables, accidental delete commands), roll back precisely via any historical Tag with minute-level RTO, minimizing downtime while ensuring data integrity and business continuity.
When virtualization platforms (VMware, H3C CAS, Sangfor SCP, etc.) host dozens or hundreds of business VMs, agentless backup via native APIs protects entire VMs without deploying clients one by one. Centrally manage cross-vendor virtualization and cloud platforms, converting disk formats in real time to avoid bandwidth-consuming full copies. On VM failure or data corruption, restore flexibly across heterogeneous platforms with batch recovery far more efficient than traditional backup.
When enterprises run both on-premises data centers and multiple clouds, sync whole machines agentlessly to cloud DR sites in real time with zero production resource consumption and second-level RPO. When either site is interrupted, push recovery data across platforms on the unified data foundation and bring business online within minutes; disk formats convert automatically between heterogeneous environments without manual adaptation. After production is repaired, reverse DR provides lossless failback for business continuity in hybrid cloud architectures.
When migrating an on-premises data center to the cloud in batches, whole-machine protection captures the complete data of each physical server or VM at once — no per-disk or per-partition operations. Disk formats convert automatically during migration, with automatic driver matching and boot repair so systems start normally in the cloud. P2V, V2V and other modes with centrally scheduled batch tasks dramatically cut operational complexity and execution time for smooth cloud adoption.
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