Scale Out Archive

Scale Out Archive

GridBank Archive delivers a comprehensive scale out solution to address the challenges associated with archiving massive amounts of unstructured data for the long term.

  • Scale out building block approach enables linear growth by simply adding resources, eliminating forklift upgrades
  • Information governance framework for meeting internal policies & regulatory compliance mandates
  • Search & discovery for accelerated retrieval of data & enhanced big data analytics toolkit integrations

Data Reduction

Data Reduction

GridBank Archive automatically applies distributed object deduplication and compression to data storage volumes, limiting the growth of redundant copies.

  • Limit growth of enterprise data volumes through storage reduction technologies
  • Globally distributed deduplication of unnecessary replicas across entire data estate
  • Reduce TCO by up to 80% by reducing the volumes of data through deduplication & compression

Policy-Driven Compliance

Policy-Driven Compliance

GridBank Archive allows organizations to meet internal policies and external regulatory mandates for the retention, protection and disposal of data.

  • Data management based on property, custom or full text index content for data centric approach
  • Ensure compliance through policy-driven protection, retention & disposal, as well as granular legal hold
  • Mitigate risk by simplifying the complexity of regulatory compliance through data automation
Policy-Driven Compliance

Search & Discovery

Search & Discovery

Search & Discovery

GridBank Archive enables enterprise search and e-discovery for on-demand data access across files, email, SharePoint, social media, IM and other enterprise data sources.

  • Index property, full text content & arbitrary key:value pair metadata for comprehensive enterprise search
  • Consolidate disparate datasets for e-Discovery, data classification & on demand access to information
  • Map Reduce search enables on-demand access to information for improved operational efficiencies