Information Technology Solutions
Extensive experience in the areas of IT program management and managed services, network and data architecture, data management, analytics and analytical tool development, as well as software engineering and agile software development.
Cyber Operations / Network Security
Network Engineering & Data Analytics
ACC and its subsidiary operating companies, divisions, and Mentor-Protégé joint venture provide engineered solutions for enterprise level architectures, network design, network operations, high performance computing systems, data management, cloud computing, and advanced data analytics and visualization to a broad basis of Defense and Federal level agencies.
Software Engineering/Application Development
ACC provides software development, integration, testing, verification, and validation services, using a broad suite of development tools and working with various platforms and environments. Our ACTA subsidiary applies CMMI ML3 appraised practices to ensure repeatable, high quality solutions are delivered to our clients. Examples are below:
Analytical Tool Development
A risk assessment of complex systems often involves processing large amounts of data from multiple sources. We have unparalleled experience in addressing all aspects of the most complex forecasting problem. Some of our capabilities include Bayesian modeling tools, Markov-Chain Monte Carlo-based tools, environment and event-sensitive path-integral methods, proportional hazard-based prediction tools, and principal components and specialized neural network models. We also develop knowledge-based frameworks that integrate our prognostics tools into modular “enterprise” level solutions.
Many applications are unable to utilize high fidelity, physics-based (HFPB) models directly or at all for reasons such as prohibitive cost and time constraints. In other cases, only empirical data are available to infer underlying behavior. ACC has extensive experience in developing a wide-range of reduced order models (ROM) to simulate complex physical phenomena whenever HFPB models cannot be used. We have ROM modeling technology to simulate essentially any complex modeling problem for which real or virtual data is available.
High Fidelity Physics Modeling
Advanced Core Concepts uses and develops first principle High Fidelity Physics Based (HFPB) numerical procedures and codes, which include: LS-Dyna, CTH, MSC-Nastran, and CartaBlanca. Over many years, we added new capabilities to the Los Alamos National Laboratory developed multi-physics, multi-material, and multi-phase code CartaBlanca. Our solutions are driving transformational changes within the commercial space launch industry, petrochemical refineries, and space transportation management.