We support the defense RDT&E, modeling, simulation, and analysis (MS&A), and acquisitions communities to solve the toughest problems; collaborate with our client partners; augment their own experience, expertise, and intuition; and fundamentally improve the warfighter. We are recognized within the industry for premier operations research, data science, data management, and software development solutions.
We leverage a wide variety of AI/ML algorithms and platforms to explore high dimensional problems sets. Our methods are used for sampling, meta-model construction, and interactive data exploration. Our adaptive design and learning tools have automated the investigation and understanding of any black-box system or simulation.
HALWe define an appropriate data architecture in conjunction with the development of a common data environment to leverage United States Air Force (USAF) and Department of Defense (DoD) data to enable analysis, experimentation, and decision making from acquisition data tied to policy and standards to sustainment. We create data ingestion and extraction processes supported by robust data quality and data governance and ensure authoritative source(s) of truth is maintained through all the models/tools while ensuring the data is bi-directionally traced.
We build powerful, intuitive visualizations into our solutions, providing maximum insight for our clients. Examples include data exploration interfaces for our custom MS&A tools; map-based scenario creators for our mission planning applications; real-time, gesture-based autonomous vehicle controllers for operators; and augmented reality (AR)/virtual reality (VR) frameworks for multi-domain operations.
3DataLinQ Amped Up BEAM GIANTWe provide analytical and software development expertise to inform DoD acquisition decisions. We support the Special Design Protection Equipment (SDPE) office in partnership with the broader MS&A community to enable timely and effective acquisition decisions that span operational domains, security classifications, modeling resolution levels, planning horizons, lifecycle stages, and various communities of interest. We have built custom applications used for decision analytics in force structure, resource allocation, officer inventory, and enterprise trade space analysis.
3DataLinQ Amped Up BEAM CSOM MATE
Our experimental practices for big data analysis and optimization are closely aligned with the DoD’s AI strategy, continuously experimenting and adapting through an agile development process creating reusable tools and approaches across the MS&A enterprise. The combination of an automated analysis environment and distributed computation power creates a perpetual modeling environment where relevant insights are quickly realized.
HALOur world class analysts perform trade space analyses for a multitude of clients, including J8, A9, S9, and SDPE. We equip them and government partners alike with powerful software applications, tools, and frameworks to enable increasingly complex and rigorous trade space studies. Our enterprise web application MRLD guides an analyst through the Multi-Attribute Trade Space Exploration (MATE) methodology, which is uniquely advantageous for multi-stakeholder concerns. Our value-focused thinking (VFT) modeling tool allows an analyst to evaluate a trade space that contains a multitude of possible alternatives using a prioritized set of objectives and their associated values.
MRLD
We specialize in supply chain and logistics network optimization, reliability, availability, maintainability, cost analyses, and strategy development. We develop sophisticated analytical models, build custom applications, and leverage cutting-edge AI/ML and Natural Language Processing (NLP) techniques to tackle a wide range of challenging problems and optimize logistics solutions. Focus areas include supply chain performance and risk management, inventory optimization, resource prioritization and allocation, logistics and operational readiness, and contracts and pricing analysis.