Cloud computing has emerged as an innovative and disruptive technology for government and industry. Booz Allen Hamilton, a leading strategy and technology consulting firm, recognized early the significant impact that cloud computing would have on how the government procures, implements, and manages its IT investments.
On that basis, Booz Allen initiated internal technology and pilot implementation studies, along with prototype client projects, to further investigate cloud computing’s implications and determine the best paths to success for customers. As a result of these early investigative and baselining efforts, Booz Allen has been at the forefront in supporting the federal government’s cloud computing initiative for several years. Booz Allen is prepared to support all elements of defense and civilian government migration efforts to “the cloud.”
Booz Allen offers services ranging from specific IT strategy, planning, development, and implementation capabilities to broader organizational transformation support. In addition to converting traditional services to make them “cloud ready,” we are already helping clients conduct readiness assessments and diagnostic evaluations.
In helping government agencies develop the business case for mission-critical systems investments, Booz Allen is also developing new economic analyses—addressing all cost categories for a variety of potential cloud uses—to help agencies “make the case” for migrating to the cloud. Based on a data-driven, diagnostic approach, Booz Allen’s IT strategic planning is ready to assist federal agencies and departments in uncovering the drivers, key considerations, and other important factors to aid in their migration to cloud computing.
From early on, Booz Allen has advocated cloud computing as a viable option to meet a variety of mission challenges, from spurring greater innovation to developing new collaboration and data sharing initiatives that are critical for supporting overseas contingency operations . We offer government clients the following services in this major transformative area: