Modern geotechnical simulation software, built for real engineering workflows.
Artemis Dev is building Falcon: a high-fidelity geomechanics platform for teams that need auditable models, reproducible runs, and faster iteration across complex soil-structure and multiphysics problems.
Engineering teams still work through fragmented simulation workflows.
Critical geotechnical analyses often depend on brittle setup, hard-to-review inputs, disconnected documentation, and manual iteration loops. That slows delivery, makes validation harder, and limits how far teams can push simulation in practice.
Manual setup breaks iteration
When model changes, boundary conditions, and solver setup are stitched together manually, teams move slowly and introduce avoidable risk.
Validation is too easy to defer
If inputs, run structure, and outputs are hard to inspect, review quality drops and engineering confidence becomes harder to defend.
Simulation remains operationally brittle
A solver alone is not enough. Teams need packaging, documentation, and workflow tooling that make advanced analysis usable in practice.
A software stack around simulation, not just a solver.
Falcon is the execution layer. Around it, Artemis is building the workflow infrastructure engineers actually need: deployable software, model tooling, and an emerging orchestration layer for validation and run management.
Falcon execution
High-fidelity finite element analysis for demanding geomechanics problems, designed for reproducible local runs and serious engineering use.
Modeling and verification tooling
Constitutive minis and structured tooling for developing, testing, and validating models without treating every workflow as a one-off.
Orbit control layer
An emerging AI-assisted workspace for creating models, validating structure, launching runs, and tracking outputs and artifacts.
Built for how advanced simulation work actually happens.
Artemis is designed around the full engineering loop, not just the solve button.
Installable local software, documentation, and supporting tooling make Falcon operational in real engineering environments.
Structured inputs, explicit validation, and trackable artifacts make technical review more defensible.
API-first workflows support reproducible runs, parameter studies, and integration into broader engineering processes.
The platform is being built to support solver execution, model tooling, and higher-level orchestration through Orbit.
Start with Falcon. Expand into the full workflow stack.
Falcon is the wedge: the core simulation platform for advanced geomechanics. Around it, Artemis is building the surrounding software layer that makes simulation easier to validate, automate, and scale inside engineering teams.
If your workflow depends on simulation quality, the software stack matters.
Falcon is being built for teams pushing beyond basic analysis into automation, verification, and more demanding geomechanics workflows.