We build our models in house rather than licensing them from a vendor, because the interesting part of this work is the part that does not generalize. Research sits in the parent firm rather than inside any one company, so what we learn in one place is expected to show up in another.
On the investment side, that means quantitative, systematic, and algorithmic trading models that we write ourselves, from signal research through backtesting, risk, and execution, and then run on our own capital. Nothing is outsourced to a vendor model or a third-party platform, because the edge lives in the parts of the pipeline that cannot be bought.
The same class of model, retrained against physical constraints instead of financial ones, is what runs inside our stealth industrial and energy company. The work we are furthest along on there is energy optimization under physical constraint. Compute-heavy facilities spend most of their power on thermal load and idle capacity, and the physics governing that is knowable. We build physics-constrained models that treat conservation laws, thermal limits, and hardware failure modes as hard boundaries the model is not allowed to violate, then optimize energy usage inside them. A model that can suggest an impossible operating point is not useful to anyone running real equipment.
We apply this in three settings: industrial facilities, terrestrial data centers, and compute designed to operate in orbit, where the power and cooling budget is effectively the whole design problem.
Licensing and collaboration
We do license our research and our models, selectively. We are not raising capital, but this is a different conversation and we are open to it.
Build
We build models against your systems, your constraints, and your instrumentation.
Advise
We work alongside your team on approach, architecture, and how to validate what comes out.
Deploy
We plug into a compute-heavy operation already running at scale and optimize against live load.
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