A two-phase vector approach detects similar files at constant complexity, then estimates the closest match asynchronously for faster remediation.
Prioritizes electronic file backups using heuristic definitions to protect valuable data against loss during network constraints.
An IoT device receives network meta-information to detect file transfers and monitor process behaviors without scanning data.
Media agents segregate data streams to interoperate with deduplication appliances, reducing processing load during tertiary copy operations.
A filesystem method isolates inherited data blocks in a clone object by comparing creation and isolate generations to manage duplication.
A file distribution system transmits only unique chunks and a manifest to remote devices for efficient recompilation.
An unstructured storage service executes data modification commands internally without exporting source data to remote clients.
A proxy server routes database commands to read-replica servers while translating command syntax for cross-vendor compatibility.
Automated file system selector dynamically allocates data files to optimal virtual partitions, resolving performance complexity trade-offs.
Timestamps and hash values stored in metadata tables enable consuming applications to detect record changes without complete snapshots, reducing time overhead.
A hybrid application platform segments IT services into virtual machines for independent management and remote patching.
An approximate membership query structure within a Bε-tree isolates key presence data, reducing memory bandwidth usage during node splits.
Moving indexing tables from disk to memory reduces write amplification and wear on solid state drives.
A uniqueness index guides file migration in backup clusters to optimize space usage.
A backup system assigns priority values to endpoint messages based on user organizational roles and connection properties.
A redo-only write-ahead log system uses transaction IDs to ensure idempotent replay of distributed transactions.