EverySim

Testing a drone, a bracket or an airframe still means building and breaking physical prototypes, and the simulation software that could replace them needs a specialist to set up the physics and judge the result. EverySim turns a CAD file and a plain description into a cloud simulation with automatic meshing and a report, validated against wind-tunnel data, so an engineering team gets an answer without a CFD expert.

Engineering teams know that simulation could spare them most of their physical test cycles, and most of them still do not use it, because a computational fluid dynamics run is not a button. Someone has to decide which physics apply, build the mesh, set the boundary conditions and then judge whether the coloured plot can be trusted. That expertise is scarce, so the prototype gets built and broken instead.

EverySim moves that work into the browser. An engineer drops in a CAD file, picks the conditions to check, and the platform handles the preprocessing, the meshing and the heavy computation on cloud hardware, then returns the displacement, the stress or the flow field with a verdict attached. Domain workflows cover drones, structural assemblies and general aerodynamics, with indoor air quality and space environments on the roadmap. The company grew out of KISTI, Korea's national supercomputing institute, and its customers include an aerospace research spin-off that cut design iterations and real test flights, and a semiconductor venture lightening process parts.