A pipeline built on checks.
The OmeraCode co-design workflow maps requirements directly into schematic symbols, board layouts, and verification logs. Underneath the design steps is a loop of safety checks and manual controls.
Requirement
High-level hardware constraints and structural goals are ingested.
Decomposition
Rules are mapped to mathematical constraints and solver limits.
Schematic
Netlist and component pins are organized into structural schematics.
PCB Layout
Clearance-checked auto-routing and copper zones are generated on the grid.
Simulation
Power integrity, thermal bounds, and impedance models are audited.
Evidence Pack
All solvers sign off on physical constraints, creating an audit packet.
Human Release
Qualified engineers retain final sign-off authority before production use.
Checkpoint, Override, and Manual Release
Hardware design is non-linear. The OmeraCode system is built with state restoration, manual overrides, and strict boundary release checkpoints.
The design state is tracked at every step. If a component is found out-of-stock or fails clearance validation, the design team can roll back to any previous milestone without losing calculations.
Automatic routing is a proposal. Engineering leads can lock critical connectors, shield traces, or ground zones, forcing the router to bypass them or route around constraints.
If a calculation fails (e.g., thermal resistance is too high), OmeraCode halts the release pack build, generating an isolated calculation report that specifies the delta value required to pass.
Qualified engineers retain final sign-off authority. No design file is exported for manufacturing automatically; a cryptographic signature verifies human approval.