Platform Core Architecture
Engineered for Verification
OmeraCode is not a generative model that guesses schematics. It is a deterministic hardware co-design platform that binds AI reasoning with 64 mathematical solvers, safety rules, and human-in-the-loop release controls.
ENGINE_REGISTRY // CAPACITY_MATRICES STATUS // EV COMPILATION
Electrical Design Solvers
Production Ready Verified Evidence //
- • 64 engineering calculators (Buck, Boost, LDO, flyback, Shunt, trace width, via current, dielectric stackup, microstrip impedance)
- • Power, current, thermal, and Shunt I²R dissipation checks
- • SpecBridge voltage/current headroom validation gates
Current Focus: Expanding solver coverage and reachability across advanced multi-phase converter families.
Block Decomposer
In Development Verified Evidence //
- • 13 deterministic circuit presets (ESC 4-in-1, smart relay, buck, linear, step driver)
- • Pydantic 3-layer validation, whitelisted block_ids check, and dangling connections filter
- • LLM error self-correction retry feedback loop
Current Focus: Refining semantic preset classification and automatic keyword fallback algorithms.
Schematic Generator
In Development Verified Evidence //
- • Programmatic KiCad .kicad_sch compilation, openable directly in KiCad 7+
- • Hierarchical block-aware design synthesis
- • KiCad CLI Design Rule Check (DRC) and Electrical Rule Check (ERC) compiler
Current Focus: Minimizing wire crossing overlaps and implementing automatic component reference sequential annotation.
ngspice Simulation
Production ReadyProduction-ready simulation evidence pipeline powered by the OmeraCode core engine, with stable DC operating point analysis and fully supported transient waveform capture.
Verified Evidence //- • Stable DC operating point analysis from the OmeraCode core engine
- • Fully supported transient waveform evidence capture
- • Offline/backend simulation execution, not browser-based runtime
- • Evidence Pack integration for circuit validation workflows
Current Focus: Optimizing parameter sweep performance and safety controls in the core simulation pipeline while keeping the public website as a marketing and documentation surface.
PCB Layout & Placement
Validated Verified Evidence //
- • Layout Intent Canvas (interactive floorplanning tool)
- • Board outline importing via DXF and KiCad board structures
- • Automated copper pour zones and thermal via array stitching
Current Focus: Synchronizing interactive 3D WebGL preview engines with collision-prevention rules.
PCB Routing Optimization Engine
Production ReadyDeterministic PCB routing optimization for congestion-aware trace planning, manufacturability review, and layout quality improvement in embedded hardware designs.
Verified Evidence //- • Congestion-aware routing assistance
- • Constraint-driven trace quality improvement
- • Manufacturability-oriented layout checks
- • Evidence Pack integration for routing review
Current Focus: Optimizing routing performance for high-density, multi-layer rigid layouts while maintaining strict trace safety clearances.
Firmware Generation
Validated Verified Evidence //
- • Real-world sensor ADC interface configurations
- • Dynamic state machine logic compilation
- • Firmware code simulator compilation benchmarks
Current Focus: Expanding microchip peripheral support templates for STM32 and ESP32 series.
Debug & Behavioral Simulation
Validated Verified Evidence //
- • Architecture compliance checks and ELF header validation
- • BehavioralAssertionEngine verifying custom firmware states
- • Automated Renode board simulation execution logs
Current Focus: Integrating live runtime tracing directly into web-based console panels.
Verification Pipeline
Production Ready Verified Evidence //
- • 18-step sequential verification build compiler
- • SSE event streaming architecture for real-time progress update
- • Checkpoint versioning and recovery for pipeline interruptions
Current Focus: Optimizing build compile caches to reduce redundant execution cycles.
Security & Architecture Guard
Validated Verified Evidence //
- • Request-Scoped Workspace Context preventing cross-job data leakage
- • Sandboxed path traversal checks and API authentication decorators
- • Response validation and sanitization gates preventing logical design deviations
Current Focus: Upgrading pipeline security scopes to support strict multi-tenant tokens.
AI/RAG Knowledge System
In Development Verified Evidence //
- • 18 indexed technical books (3,297 vector embeddings)
- • Source citation checking via semantic filters
- • Automatic keyword fallback search queries
Current Focus: Refining real-time vector indexing and expanding the library database.
Data & Supply Chain Knowledge
Validated Verified Evidence //
- • 616K parts database with active reachability scoring
- • JLCPCBPackageNormalizer mapping package geometries to KiCad structures
- • Manufacturer lifecycle state monitoring (EOL/Active)
Current Focus: Integrating live distributor API feeds for real-time inventory and pricing data.
Commercialization Gate
Production Ready Verified Evidence //
- • FootprintSanityGate (12 safety checks) & PowerDesignGate (9 validation checks)
- • Manufacturing Gerber, BOM, and PnP exports compiled successfully
- • 3 Golden Projects fully verified with automatic copper pours
Current Focus: Automating compliance report generation for ISO-26262 functional safety standards.
Governed Hardware Pipeline
Production ReadyA checkpointed design workflow that coordinates requirements, schematic generation, firmware simulation, PCB layout, manufacturing validation, and Evidence Pack generation across a controlled 18-step process.
Verified Evidence //- • Requirement-to-design workflow checkpoints
- • Schematic, firmware, and layout alignment
- • DFM/DRC and manufacturing readiness gates
- • Evidence Pack traceability for engineering review
Current Focus: Expanding verification gates and tracking custom safety configurations.
System Boundaries
Defined Engineering Scope
OmeraCode does not replace final engineering authority. The system is designed to enforce rigorous physical validation rules, but requires qualified human review before production. OmeraCode does not provide regulatory certification, product approval, or legal conformity assessment for frameworks such as FDA, FAA, CE, or other regulated-market requirements. We maintain transparent operational limitations for the safety of hardware designs:
Dense Multi-Layer Boards // Routing of complex high-speed BGA footprints with trace pitches below 0.4mm requires qualified human review.
Regulatory Certification // OmeraCode does not provide regulatory certification, product approval, or legal conformity assessment for frameworks such as FDA, FAA, CE, or other regulated-market requirements. All compliance evidence must be submitted to certified test labs by human authority.
Release Governance Sign-off // Automated compiler gates identify errors, but final compliance execution does not replace final engineering authority.
Safety-Critical Subsystems // Designs for high-voltage isolation boundaries, medical systems, and aerospace-grade redundancies are locked and require manual board-level audits.
Evidence-Driven Design
See OmeraCode in Action
Review our compiled evidence packages, inspect live dynamic projects, or schedule a technical discovery session to evaluate OmeraCode's hardware co-design infrastructure.