Frame
Define targets, variables, units, bounds, constraints, budget, and the evidence required.
03Solutions
Start where
physics pushes back.
Our present field is automotive CAE: complex models, specialized software, long-running operations, and decisions that still belong to engineers.
X / CAEY / INTENTZ / EVIDENCE
CURRENT FIELD / AUTOMOTIVE ENGINEERING
CAE preprocessing and controlled optimization, joined into one observable path.
PHYMER connects local engineering software with local model reasoning, governed capability delivery, approvals, and recoverable execution. External simulation or experimental evaluation remains an explicit engineering step.
03.1Reference workflow
Prepare
Inspect engineering state and coordinate controlled preprocessing through local CAE tooling.
Explore
Use approved optimization or Ask/Tell workflows while preserving authoritative job and candidate identity.
Evaluate
Return to engineering simulation, experiment, or human review for the evidence the physical decision requires.
Decide
Compare result, provenance, and limitations without treating computational completion as physical approval.
03.2Expansion logic
One architecture. More physical domains.
The long-term direction is broader than a single CAE tool or industry. The system is designed to extend wherever domain knowledge, software, local compute, and physical verification must work as one governed loop.
This is a product direction, not a claim of deployment across every industrial domain.
Discuss an engineering context