Specify
Bind geometry, materials, loads, boundary conditions, quantities of interest, and validation targets.
Capabilities
Physics simulation ecosystem
The right physics, without solver lock-in.
Compose qualified thermal, fluid, structural, electromagnetic, and coupled solvers behind stable engineering contracts.Scope
A solver portfolio, qualified one lane at a time
Governing principle
The engineering model owns meaning. Solvers own numerical execution.
A solver ecosystem, not a solver monoculture.
No single numerical package can be the authority for every advanced system. AeroGalactica is building stable contracts around specialist solvers so teams can combine the methods appropriate to an operating regime while preserving common geometry identity, assumptions, units, boundary assignments, runtime facts, and validation evidence.
System logic
A governed simulation path
Compile
Lower the model into a reviewable stage plan and solver-specific case without making the case file product truth.
Execute
Run through qualified adapters with explicit capabilities, resource policy, lifecycle state, and failure semantics.
Accept
Promote results only after post-processing, reduction, verification, and evidence checks satisfy the intended use.
Diverse physics can share one model.
Thermal, fluid, structural, electromagnetic, reacting-flow, and particle methods can consume bounded views of the same engineering intent.
Qualification is capability-specific.
A solver is accepted for a stated model, quantity of interest, operating envelope, and runtime. Availability never implies universal validity.
Infrastructure stays replaceable.
Numerical workers can evolve across local, cloud, and customer-controlled compute while durable contracts preserve the study record.
AeroGalactica is adding validated solver lanes one workflow at a time. The promise is not access to every solver today. It is a durable way to make many solvers work as one engineering system.
Continue through the system