Developing and utilizing artificial intelligence to solve a variety of problems, including cooperative-agent wargame engagement optimization, sensor scene modeling, and post-engagement sensor assessment.

Developing immersive and interactive virtual reality visualizations of computational models and simulation results, increasing comprehension of complex physical processes through intuitive methods of observation.

Utilizing our analysis tools, prototyping, and experimental capabilities to evaluate the effects of blast loading and ballistics to assets and personnel.

CAVEMAN is a high-fidelity computational model of the human body with the geometric detail and accuracy needed to predict the outcomes of extreme loading events on the human anatomy.

Delivering high-end engineering, modeling, data analysis, and advanced manufacturing support to companies that need rapid, reliable, and technically rigorous solutions. We are helping commercial clients accelerate product development, solve complex performance challenges, and bring innovative ideas to market with speed and precision.

Corvid Technologies’ GNC lab designs and evaluates advanced guidance, navigation, and control solutions that support precision system performance. Our team tests and refines both hardware and software to ensure accurate, reliable operation in mission environments.

Corvid has access to Corvid HPC, our subsidiary company, which delivers advanced high-performance computing solutions that accelerate complex engineering simulations, data analysis, and modeling. With scalable computing power and expertise, it enables faster, more efficient insights for aerospace, defense, and commercial applications.

Supporting mission planning and execution with advanced modeling, simulation, and decision-support tools that enable precise, data-driven operations across complex threat environments.

Corvid's proprietary computational physics solvers investigate high-rate physics phenomena and are proven to be highly accurate and predictive.

Leveraging internally developed computational analysis tools to optimize design earlier than the standard build and test paradigm to improve efficiency, reduce the design cycle, and develop optimized solutions.

Corvid leverages our extensive computational analysis capabilities along with our on-range support to ensure tests can be executed safely, on-time, and on-budget for a variety of test ranges for the DoD.

RavenCFD (computational fluid dynamics) is a full three-dimensional Navier-Stokes flow solver for compressible viscous flows on unstructured grids. RavenCFD is tailored for robust steady-state and time-accurate solutions for a variety of multi-dimensional flows.

Utilizing first principle and high-fidelity modeling to generate Radar Cross Section (RCS) and Electro-Optical Infrared (EO/IR) signatures.

Velodyne is a high-fidelity, multi-physics, multi-numerics, hydro-structural solver used to analyze high strain large material deformation events.

Veritas is a fast-running intercept analysis capability and software that supports mission-critical engagement assessment and debris scene generation using proven high-fidelity data. It delivers real-time sensor products for reliable PID analysis and is trusted across multiple government testbeds.