Wing

NeuralWing is a real-time neural simulation and design optimization model for transonic aircraft aerodynamics. It is built around the largest 3D transonic wing dataset, created from 30,000 steady-state CFD simulations of a 3D wing in the transonic regime, with variations across four geometry parameters and two inflow conditions. Using Emmi’s AB-UPT surrogate model trained on this data, NeuralWing enables users to modify wing geometry, test optimizations, and maximize aerodynamic efficiency in seconds. The model supports transonic 3D wing simulation, geometry and inflow variations, real-time inference, and design-parameter optimization. Its inputs include a geometry mesh in STL format, speed, and angle of attack, while its outputs include pressure, friction, velocity fields, and integral forces such as lift and drag. Geometry meshes are created in real time from four design parameters in a differentiable manner, allowing fast exploration of design changes.

Wing empowers organizations to harness the full potential of SaaS while ensuring a robust security posture. In addition to a free version that provides a list of an organization's SaaS inventory, with insightful details regarding application usage and user information, Wing’s complete SSPM solution offers unparalleled visibility, control, and compliance capabilities, strengthening any organization's defense against modern SaaS-related threats. With Wing’s automated security capabilities, CISOs, security teams, and IT professionals save weeks of work previously spent on manual and error-prone processes. Trusted by hundreds of global companies, Wing provides actionable security insights derived from our industry-leading SaaS application database, covering over 280,000 SaaS vendors. This results in the safest and most efficient way to leverage SaaS.