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High-performance Multi-directional File Synchronization/Replication Software

Model: Aspera Sync

  • Unrivaled Aspera performance
  • Built on Aspera FASP® technology for maximum transfer speed regardless of file size, transfer distance and network conditions
  • Precise bandwidth control ensures the entire allocated bandwidth is utilized to achieve maximum transfer speeds, while being fair to other business-critical network traffic
  • 100% reliable data delivery with real-time reporting of transfer progress and performance
  • Familiar sync interface
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Aspera Sync is purpose-built by Aspera for high-performance, scalable, multidirectional asynchronous file replication and synchronization. Designed to overcome the performance and scalability shortcomings of conventional synchronization tools like rsync, Aspera Sync can scale up and out for maximum speed replication and synchronization over WANs, for today’s largest big data file stores from millions of individual files to the largest file sizes.
  • Unrivaled Aspera performance
  • Built on Aspera FASP® technology for maximum transfer speed regardless of file size, transfer distance and network conditions
  • Precise bandwidth control ensures the entire allocated bandwidth is utilized to achieve maximum transfer speeds, while being fair to other business-critical network traffic
  • 100% reliable data delivery with real-time reporting of transfer progress and performance
  • Familiar sync interface
  • Compatible rsync command line interface shrinks learning curve
  • Simplifies deployment, does not require a rip and replace
  • Flexible options for replication and sync of remote files and directories
  • One-to-one and one-to-many synchronization
  • Supports both uni-directional and bi-directional synchronization in both push and pull mode between peers over WAN/LAN
  • One-time replication as well as continuous synchronization
  • Rich include and exclude filters
  • Extreme Scalability
  • Highly scalable synchronization architecture supports synchronization of millions of files and multi-terabyte file sets
  • Concurrent synchronization session architecture with support for clustering and multi-gigabit transfer speed
  • Efficient change detection and updates
  • Locally detects changes and compares them to file system snapshot without having to check with remote systems
  • Super-fast scan to detect changes in scan-mode for large incremental data sets
  • Quick restart after system down
  • Replicates file moves and file renames on the source as a file move or rename on the target, avoiding unnecessary data copying
  • Robust - waits for the system(s) to become stable (i.e., detects whether or not files are still being modified) before performing synchronization
  • Distributed event collection system enables the fastest possible capture of file system changes on clusters of ingest servers and high availability deployments
  • File-Level Data De-Duplication
  • Built-in de-duplication detects multiple copies of a file at the source and stores them as links to a single copy of the file at the destination, saving transfer time, bandwidth and storage capacity
  • Complete Security
  • AES SSH authentication
  • AES-128 data encryption in transit and at rest, FIPS 140-2 compliant
  • Data integrity verification for each transmitted block
  • Centralized Reporting, Configuration, And Management
  • Global visibility into Sync sessions and activity across the entire network
  • Real-time reports on synchronization progress, per file status and throughput with Aspera Console
  • Sync sessions can be paused and resumed, and bandwidth priority and speed can be modified on the fly
  • User account and workgroup administration
  • Managed via either Aspera Enterprise Server or Aspera Point-to-Point when deployed as an add-on
  • Universal support for virtual iNode
  • Support for virtual iNodes in file systems that do not have constant iNodes, improving file system change detection.
  • Operating Systems
  • Windows: XP, 2003, Vista, 2008, 7, 8, 2012; Mac OS X 10.5+ Intel; Linux
 
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