Low-Level Clustered File System Reassembly for Collapsed Data Center SAN Volumes
When a multi-drive hardware array collapses, a failed drive-slot hot-swap corrupts parity stripes, or virtual machine containers fracture, data center operators, medical networks, and enterprise law firms require infrastructure-level data extraction.
How We Help: Our CFOT-Certified storage engineers bypass failed hardware controllers to work directly with raw disk blocks. We generate bit-stream clones of every disk in the array using physical hardware write-blockers, protecting your original media from data alteration. Operating inside our completely closed-loop, air-gapped network, we reverse-engineer proprietary array metadata layouts across primary enterprise brands, including NetApp FAS (WAFL/RAID-DP), Dell PowerEdge PERC (FluidFS), and HPE ProLiant Smart Array (CASL) server nodes. We manually align block offsets, calculate stripe configurations, and reconstruct the underlying filesystems to safely extract uncorrupted virtual machine environments (
.vmdk/.vhdx).