MNEOS Systems is a long-lived computational-engineering institution that brings together human scientific and engineering judgment, artificial intelligence, computational physics, physics-based simulation, applied mathematics, optimization and inverse design, materials science, advanced manufacturing, robotics and embodied intelligence, sensing and autonomous systems, experimental evidence, institutional memory, and governed execution into one integrated engineering environment.
Rather than replacing scientists and engineers, MNEOS is intended to amplify them — preserving knowledge across projects, connecting disciplines that traditional organizations keep separate, improving technical decision-making, and allowing engineering capability to compound across programs and generations.
DOS (David Operating System) is the governed computational substrate beneath MNEOS — a working system in continuous evolution, adding computational power and refinements as the institution grows. DOS preserves memory, evidence, structured reasoning, technical intent, authority, and execution history across complex engineering work.
The intended role of MNEOS is to connect technical diligence, evidence, cross-disciplinary capability, and institutional memory across the work described here. These are functional relationships, not a statement of legal ownership. The initial operating center is Fairlawn, Virginia.