Evidence Pack Architecture

Why Evidence Exists

Statistical AI models are optimized to predict plausible sequences of text, not the strict requirements of physical hardware. In power electronics or high-density routing, a design proposal that is 98% correct carries a 100% chance of layout failure, overheating, or circuit destruction in the laboratory.

OmeraCode replaces probability with proof. Correctness is never assumed; it is strictly audited, calculated via isolated mathematical solvers, and logged as verifiable proof. The resulting Evidence Pack is an immutable trail of verification that accompanies the manufacturing package.

Requirement Trace Matrix (RTM)

The RTM is the core validation bridge in OmeraCode. It connects high-level requirements directly to physical board constraints, mathematical calculations, and passing test statuses.

Verification Artifacts

Authentic engineering output requires systematic progression. The OmeraCode pipeline structures verification data in a strict logical order:

When Verification Fails

A robust co-design system must enforce strict discipline. When OmeraCode detects a constraint drift, calculation mismatch, or unresolved review note, it does not bypass the error to produce a schematic. Instead, the build process halts immediately.

Halting on failure ensures that layout proposals cannot bypass physical logic. Release state packages are restricted from packaging until all warnings are mathematically resolved or explicitly signed off by a human authority.

Release Readiness

A design's readiness is earned through cumulative check validations. The OmeraCode compiler enforces a final checklist validation before cryptographic packaging:

Evidence Package Structure

When release gates pass, the compiler packages all generated artifacts into an Evidence Pack (.epk directory), structured as follows:

EP-2026-0613.epk/
├── metadata.json           # Cryptographic manifest and metadata
├── requirements/
│   ├── specs.json          # Mapped requirement parameters
│   └── trace_matrix.json   # Requirement-to-layout trace references
├── verification/
│   ├── solvers/            # Mathematical calculation sheets
│   ├── drc/                # DRC clearance audit reports
│   └── reviews.json        # Design review logs & sign-offs
├── release/
│   ├── gerber/             # Manufacturing drill and layout files
│   ├── schematic.pdf       # Electrical design schematics
│   └── bom.csv             # Procurement part checklist
└── signatures/
    └── system_keys.sig     # Cryptographic signature payload

Integrity Layer

The integrity layer acts as the safety latch of the system. We do not use hashing to build complex blockchain architectures, but rather to guarantee data cohesion.

This simple checksum mechanism ensures that electrical schematics, physical layouts, calculations, and reviewer sign-offs cannot drift out of alignment after the package is finalized.

Interactive EPK Document Browser

Review a simulated, redacted OmeraCode Evidence Pack structure using the engineering document browser below. Select tabs to switch between specification items, mathematical solvers, layout rule checks, and signature logs.