What do you
want to make possible?
Choose an engineering goal. See its workflow, artifacts and available execution scope.
Place the workload. Keep the proof.
Constrain power and failure domains, select resources, map model phases, independently check the result and export its artifacts.
Map a model to a constrained resource pool ↗From intent to implementation.
An integration workflow for the existing platform, with exact RTL, constraints, PDK, libraries and qualified engine identities. Native execution requires the operator-bound GSP deployment.
Build a digital implementation and qualify its release ↗Confidence with a traceable origin.
Preserve the existing assurance and evidence products. Qualification policies bind gates to the exact artifacts, tools and configuration rather than accepting an unqualified pass label.
Qualify a release without losing its provenance ↗Make the pieces belong together.
Review dependencies and compatibility before selecting a physical implementation. Undocumented connections remain unreviewed.
Evaluate a chiplet, package or system composition ↗Design beyond a single domain.
Organize the recorded cross-domain programs around one engineering objective. Calibrated model inputs and matched solver releases are required before physical accuracy is claimed.
Coordinate analog, RF, photonic, thermal and power engineering ↗A design that keeps its history.
Trace process assumptions, model calibration, physical evidence and lifetime observations to the selected design. Factory connectivity and correlation are qualified separately.
Connect process, manufacturing and lifecycle decisions ↗