computational physics

research and consulting firm specializing in computational physics, applied mathematics, AI, and advanced simulation. Explore our Capabilities, Projects, or Contact us.

advanced simulationAIapplied mathematicscomputer visiongenerative AIlarge-scale power grid and network simulationmachine learning

Corvid Technologies is an employee-owned defense contractor founded in 2004 with over 400 engineers and scientists, about three-quarters holding master's degrees or PhDs. It provides end-to-end solutions including concept development, design optimization, prototype build, test, and manufacturing, leveraging high-fidelity computational physics solvers, a supercomputer system, a prototyping plant, and ballistics and mechanics lab. It serves national defense and high-performance motorsports.

advanced manufacturingAIblast and ballistic analysisDigital Engineeringhigh-fidelity modeling and simulationhigh-performance computingimmersive visualizationrapid prototypingtest and evaluation

Integrated Solutions for Systems Speed with Discipline Since 2008 We are proudly 100% owned, operated, and controlled by our employees. What started in 2008 as a simple commitment to always do what’s right for the customer has grown IS4S into a dynamic engineering and management company of more than 400 employee-owners. Today, we support hundreds of government and commercial customers across the United States, leading prime contracts and supporting major efforts as an employee-owned, operated, and controlled C-corporation small business.We remain committed to our founding principles:Always do what’s right for the customer, prioritizing ethics over profit.Integrate emerging technology solutions into government-owned systems.Cultivate empowerment at every level through real employee ownership. More About Us | Impacting the Warfighter PNT Software-Defined User Equipment | AFLCMC The Air.

additive manufacturingopen systems architecturesproductionsoftware developmentsystem design agent acquisitionsystems engineering and integration