NuclearCoreAI's Mission
At NuclearCoreAI, we enable risk-informed automation using modern AI and cloud tools. Our vision is to connect core Nuclear risk and safety codes and information and provide accessibility. Knowledge in this domain is locked because of its risk and criticality. Our mission is to reliably make that knowledge accessible to accelerate the adoption of nuclear energy.
Why This Matters
The nuclear industry faces three key challenges that our solution addresses: Standardization - proprietary formats limit collaboration; Collaboration - isolated workflows prevent knowledge sharing; and Traceability - safety decisions need better audit trails.
Our solution connects legacy nuclear codes with modern technology, reduces barriers to entry, and creates safe pathways for AI in nuclear safety assessment.
Key Features
View DocumentationData Processing
- SAPHIRE File Processing: Full support for SAPHIRE file formats including
.MARD
,.BEI
,.FTL
,.ETL
,.FAD
, and more - CSV Support of cutsets: Import and export capabilities for minimal cut sets in CSV format
- Schema Validation: Instant validation of imported data against established schemas
Analysis Tools
- Data Exploration: Intuitive commands to explore and understand complex PRA structures
- Schema Exploration: Advanced JSON schema exploration and collaboration tools
- Query Capabilities: Powerful query language for extracting insights from PRA models
PRA Model Management
- Model Combination: Tools to merge multiple SAPHIRE jobs into coherent models
- OpenPRA Compatibility: Conversion pipelines to transform SAPHIRE data to OpenPRA format
Advanced Features
- Collaboration: Multi-user support with version control and change tracking
- Security: Role-based access control and audit logging
Advanced nuclear risk assessment tools
Nuclear Licensing
- •Risk-informed licensing events
- •AI-Assisted Data Validation
- •Licensing acceleration tools
Query Reactor Risk Easily
Nuclearcore supports critical PRA queries needed by nuclear safety analysts:
- •Identify all event sequences where specific functional events failed
- •List all components within specified systems