摘要:
When creating exhaustive, affected lists within a request scope, any legal risk due to failure to identify or leverage existing knowledge of a company about custody of evidence related to a legal matter is minimized. Accurate affected lists are constructed for an ongoing or impending litigation. Affected people, systems, or record types are included at first, and the list is modified over time once their exact association to the litigation context is clarified (new ones are added, not required are removed). Automation of data capture eliminates the risk of human error during data entry. Conflict resolution is applied when the same person, system, or record type is identified in the request scope, as part of multiple affiliations and associations. Overlapping lists are automatically merged to enable simple and efficient processing, without having to cull different lists. Affected elements in the request scope that could otherwise be missed are tracked and added. A relevant list of all affected elements based on multiple likely inconsistent sources of knowledge dispersed throughout a company is created, with a high degree of confidence in the context of an ongoing litigation or an impending litigation.
摘要:
A computer-implemented method and apparatus for forecasting discovery costs includes probability-based forecasting and capturing historic stage transition data for each matter stage regarding the duration of each historic matter stage and regarding the number of new custodians and data sources added during that matter stage. The stage transition data is statistically and aggregated by stage and matter type. Progress for existing matters is extrapolated. Initiation of future matters is forecast by extrapolating how many new matters are expected to be initiated over the duration of a forecasting period. The average pace of progress is extrapolated from the historic data. Volumes of production and custodians are forecasted by extrapolation using quantitative characteristics of the historic stage transition data.
摘要:
Systems and methods for leveraging historical data to determine affected entities is provided. In exemplary embodiments, a current matter is created. When creating the current matter, at least one initial scope parameter for the current matter is known. Historical data associated with the at least one initial scope parameter may then be accessed and review. Based on the historical data, one or more refined scope parameter may be determined. A list of affected entities based at least on the one or more refined scope parameter is provided.
摘要:
Retention of data is managed and data holds are enforced. At least one event consumer data source contains data that is subject to a retention schedule that defines rules for the disposition of the data. An enterprise retention management (ERM) application accepts at least one hold request that defines at least a portion of the data that must be held from disposition. A disposition request is also accepted by the ERM that comprises an instruction to dispose of at least a portion of the data based on the rules within the retention schedule. The disposition request is filtered to dispose of the portion of data identified in the disposition request minus the held data, which comprises disposition survivor data. An event-driven disposition mechanism disposes of the disposition survivor data as soon as possible after the disposition survivor data is released from hold or unlocked.
摘要:
Systems and methods for leveraging historical data to determine affected entities is provided. In exemplary embodiments, a current matter is created. When creating the current matter, at least one initial scope parameter for the current matter is known. Historical data associated with the at least one initial scope parameter may then be accessed and review. Based on the historical data, one or more refined scope parameter may be determined. A list of affected entities based at least on the one or more refined scope parameter is provided.
摘要:
Retention of data is managed and data holds are enforced. At least one event consumer data source contains data that is subject to a retention schedule that defines rules for the disposition of the data. An enterprise retention management (ERM) application accepts at least one hold request that defines at least a portion of the data that must be held from disposition. A disposition request is also accepted by the ERM that comprises an instruction to dispose of at least a portion of the data based on the rules within the retention schedule. The disposition request is filtered to dispose of the portion of data identified in the disposition request minus the held data, which comprises disposition survivor data. An event-driven disposition mechanism disposes of the disposition survivor data as soon as possible after the disposition survivor data is released from hold or unlocked.
摘要:
This disclosure relates to systems, methods and apparatuses for managing the retention and disposition of data for an event consumer using an Enterprise Retention Management System wherein the management is driven by business events.
摘要:
Removing or minimizing human participation in the collection or hold process, pursuant to electronic discovery, in a robust, fast, transparent, and legally defensible manner. A method and apparatus that ensures a robust and defensible way of communicating electronic discovery collection and hold requests from electronic discovery management systems to disparate data sources in a uniform way.
摘要:
This disclosure relates to systems, methods and apparatuses for managing the disposition of data for an event consumer while taking into account whether data has been held from disposition.
摘要:
This disclosure relates to systems, methods and apparatuses for managing the disposition of data for an event consumer while taking into account whether data has been held from disposition.