Industries

Built for engineering in extreme environments.

Fusion, fission, advanced energy, and defense look like different industries. To the software, they're the same problem.

Multi-physicsSecure executionTraceabilityDecision supportMonitoring

Fusion.

In beta

Where Morton Labs started and where the platform runs today. First-of-a-kind machines demand provenance hand-stitched workflows can't deliver — every result traceable when a design review asks why. Read the fusion story.

Today
The platform is in beta with first users. We work with leading fusion companies and U.S. national laboratories, connecting the codes they already trust into orchestrated, versioned workflows.
Next
The same records powering uncertainty quantification and surrogate models for faster design iteration.
A tokamak-class chamber drawn as linework: vacuum vessel, first-wall tiles, D-shaped toroidal-field coils, central solenoid, and helical field lines through the plasma.

Nuclear fission & SMRs.

Expanding

SMR programs inherit fusion's fragmented code lineage under heavier traceability obligations. A licensing pathway is, among other things, an audit of how you know what you know.

Today
The platform's provenance model was built for exactly that: every result linked to its inputs, versions, and validation basis — the audit trail a licensing review expects.
Next
Bringing the fusion playbook to reactor developers and OEMs whose licensing paths demand this discipline.
A cylindrical pressure vessel with hemispherical heads, inlet and outlet nozzles, and a circular lattice of fuel assemblies shaded by core power.

Advanced energy systems.

Expanding

Geothermal, storage, and other first-of-a-kind systems couple physics off-the-shelf tools never anticipated — the exact wall we built the platform to tear down.

Today
Adapters, orchestration, and provenance apply without modification. Advanced energy is the wedge we entered through — the pain is sharpest, and we've lived it.
Next
Every new code pair added to the adapter library immediately benefits every adjacent workflow.
A geothermal loop: injection and production wells through a fractured reservoir, a surface heat exchanger whose tube bundle is shaded by temperature, and a ghosted power block.

Defense.

Roadmap

The same requirements stack under the strictest security boundaries in engineering — designed for controlled environments from day one.

Today
Our secure-execution architecture runs export-controlled and restricted codes inside your boundary, with the same workflow and provenance.
Next
The foundation for bringing the operating layer to national-security engineering as we grow.
A generic swept body with fins drawn as station rings and meridians; an aerothermal band shades the nose.

We're entering through advanced energy because the pain is most acute there — and because it's the wall we personally hit. The expansion path runs on the same requirements stack, not a pivot.

Working on any of these?

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