Sovereign Computational Capability for Aerospace and Defense
Own Your Simulation Stack, From Aerodynamics to Sustainment
Aerospace and defense programs run on foreign simulation licenses that can be restricted or revoked, and the exposure is not theoretical. We build the alternative: open-source CFD, flight dynamics, aeroelastic, and structural capability that your organization owns outright and runs on its own infrastructure, including air-gapped and classified networks. The source code is inspectable, which is also what certification and audit require.
What We Help Solve
Aerospace and defense programs face challenges where computational capability is the bottleneck.
Fragmented Toolchains Slowing Integrated Design
Aerodynamic, structural, thermal, and control analyses in different tools with different data formats. Every design iteration requires manual data translation and loses weeks
Strategic Vulnerability to Foreign Software Vendors
Critical simulation capability locked behind foreign licenses that can be revoked, restricted, or sanctioned
Certification Bottlenecked by Insufficient Simulation Fidelity
Physical test campaigns are expensive and slow. Without the simulation fidelity to reduce them, certification timelines stretch and budgets overrun
Multiphysics Problems That Exceed Commercial Solvers
FSI for aeroelastic flutter, conjugate heat transfer for thermal protection, coupled aerodynamic-structural-control analysis requiring custom solvers
CAPABILITIES FOR AEROSPACE & DEFENSE
From aerodynamic design to fleet sustainment, computational capability built for mission-critical programs.
High-fidelity aerodynamic analysis and virtual testing on open-source frameworks you own.
RANS, LES, and hybrid turbulence modeling for external and internal aerodynamics
Adjoint-based aerodynamic shape optimization for design exploration
Compressible flow, gas dynamics, and propulsion system simulation
Supersonic and hypersonic flow analysis
Cryogenic system simulation for space propulsion
End-to-end modeling of vehicle behavior from aerodynamic forces through structural response to control system design.
6-DOF flight dynamics modeling and simulation
Stability and control analysis across the flight envelope
Aeroelastic coupling and flutter prediction
Guidance, navigation, and control (GNC) algorithm development
Hardware-in-the-loop simulation for control system validation
When standard tools cannot capture your physics, we build solvers that can. Fully open-source, fully yours.
Fluid-structure interaction for aeroelastic and thermal-structural analysis
Conjugate heat transfer for thermal protection systems
Custom solver development for proprietary physics and classified applications
HPC deployment for large-scale parametric studies and design space exploration
Automated design exploration under physical constraints, finding optimal configurations that would take months to discover manually.
Adjoint-based shape optimization for aerodynamic surfaces
Multi-point and multi-objective optimization under operational envelopes
Structural topology optimization under dynamic and thermal loads
Antenna, radar, and RF system design optimization
Extend platform life and reduce sustainment costs with predictions that satisfy certification and audit requirements.
Hybrid models combining degradation physics with operational data for engines, turbines, and propulsion systems
Remaining useful life estimation traceable to the governing equations
Fleet-level health monitoring and condition-based maintenance
Root cause analysis and fleet-wide failure trending with full audit trails
Ready to Build Sovereign Simulation Capability?
From aerodynamic optimization to fleet sustainment analytics, we build computational capability your organization owns and controls.