ECAD ingestion
KiCad, OrCAD/Cadence, Altium and other formats via supported APIs, exports and adapters.
ENGINEERING / FROM INTENT TO BUILD
The design is not complete until it can be built.
Bring ECAD, netlists, BOMs, specifications and manufacturing constraints into one engineering-to-production model.
01 / DESIGN INTELLIGENCE02 / PRODUCTION REALITY03 / MACHINE EXECUTION
ENGINEERING INTELLIGENCE
A connected design-to-release workflow.
Silicon360 is designed to work alongside existing engineering tools rather than forcing teams into a replacement editor.
Functional netlist modeling
Extract nets, component attributes, pin relationships and test points with source traceability.
BOM intelligence
Part normalization, alternates, lifecycle risk, multi-source pricing and contract-cost overlays.
Built-in validation
ERC/DRC results, component constraints, manufacturability rules and missing-evidence detection.
Should-cost analysis
Materials, fab, placements, inspection, test, yield loss, logistics and scenario comparisons.
Configuration release
Signed release evidence, revisions, mBOM mapping and manufacturing package validation.
DESIGN VALIDATION
Not an AI guess. An engineering record.
Every critical assertion should point to the relevant specification, native tool output, test evidence or manufacturer-approved capability.
TECHNICAL SYSTEM
EXAMPLE / SUBSTITUTE REVIEW
Substitution is a multi-variable engineering decision, never a simple part-number match.
check(pinout, package, voltage, temperature)
check(functional_equivalence, derating, EMC)
check(AVL, MOQ, lead_time, lifecycle)
check(footprint, reflow_profile, test_coverage)
decision = pass | needs_review | reject