Product/Service

Analysis Services

Source: Eagle Rock Alliance, Ltd.

Eagle Rock's Reliability Strategy Analysis is a thorough study of an organization's existing continuity strategies, capabilities and infrastructure
Business Reliability Strategy Analysis

Eagle Rock's Reliability Strategy Analysis is a thorough study of an organization's existing continuity strategies, capabilities and infrastructure. Our consultants provide a comparative analysis of current business trends and existing reliability strategy(s) in order to identify potential points of failure due to changes in technology, organizational growth and cross-functional dependencies. The study includes a review of the original analyses performed to select current strategies, documented plans and an alternate site facilities evaluation.

Business Impact Analysis

Eagle Rock's Business Impact Analysis is a strategic analysis designed to assess the impacts associated with the loss of a critical business facility, resource, or process in the event of an unplanned outage or disaster. Eagle Rock will validate all of the critical metrics unique to each client's business and industry, such as financial exposure, revenue loss, customer service degradation, market share, regulatory compliance and potential legal exposure. The study is designed to identify an organization's required recovery timeframe and the resources needed for restoration support. This study typically serves as the foundation for establishing the parameters of a new or improved business continuity program.

Risk/Threat Analysis

Eagle Rock's Risk/Threat Analysis is designed to reduce the level of risk within an organization through the examination of areas of vulnerability and the presentation of proactive risk reduction measures. Implementation of the study's findings increases the effectiveness of disaster recovery programs by ensuring that they address the most likely threats to the business environment. Eagle Rock conducts a thorough review of the IT, network and facility infrastructure, specifically searching for single points of failure.