Paper
Resonant Field Storage (RFS): From Vector Space to Field Theory
A new mathematical foundation for memory that unifies storage and structure in a single artifact.
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Explore our mathematical papers, formal proofs, and real-world use cases. Every claim is documented, proven, and validated.
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Research Papers & Proofs
Mathematical foundations, formal proofs, and academic papers documenting our approach to field-native AI systems.
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Use Cases
Real-world applications of RFS and SMARTHAUS technology across industries. See how field-native memory solves critical problems.
RFS Use Cases →Featured Research
Our latest papers and proofs documenting the mathematical foundations of SMARTHAUS systems.
Proof
Mathematical Autopsy Process
Our math-first methodology for transforming ambiguous intent into deterministic execution.
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Field-Native Invariants
42+ validated invariants that govern RFS behavior with mathematical guarantees.
Read more →Featured Use Cases
See how RFS and SMARTHAUS technology solves real-world problems with mathematical guarantees.
RFS
Incident Memory On-Call
Persistent incident memory for DevOps teams with complete provenance tracking.
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RAG with Proofs
Retrieval-augmented generation with mathematical guarantees on every result.
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Code Intelligence
Codebase memory that understands context, history, and relationships.
Learn more →Want to Learn More?
Dive into our research, explore the mathematics, or get in touch to discuss how SMARTHAUS technology can work for you.