We design, develop, and manufacture high-performance product systems from concept through production.
A modern design and manufacturing stack
Traditional design is linear—engineers iterate through concepts one at a time, constrained by what can be manufactured with existing tools. Computational design changes this paradigm. We explore thousands of design variants in parallel, finding solutions optimized across multiple objectives simultaneously.
Our Digital Foundry integrates this capability into a modern design and manufacturing stack. Computational design unlocks performance through geometry. Automated optimization accelerates development from months to days. Adaptive manufacturing enables on-demand production at qualified facilities globally.
Development cycles that take months create program risk. Requirements evolve faster than traditional iteration can respond. We automate the design process—compressing timelines from months to weeks.
Traditional engineering forces trade-offs between competing requirements. Optimize one parameter, sacrifice another. We use data to optimize across multiple objectives simultaneously—achieving performance conventional methods can't reach.
Traditional design means starting from scratch when requirements change. Our parametric models are living systems that evolve with your requirements. Generate optimized product variants from a single model—no rebuild required.
Single-source dependencies create supply chain risk. Minimum order quantities force inventory gambles. Tooling costs kill flexibility. Our distributed manufacturing network eliminates these constraints—on-demand production wherever you need it, no minimums, no tooling, no geographic lock-in.
We partner with commercial and federal customers to design and manufacture custom high-performance systems—from concept through production.
Whether you're solving a novel thermal challenge, developing advanced protection for emerging threats, or need a system optimized for constraints that off-the-shelf solutions can't address, we'll engineer it.
