Resonant Field Storage (RFS)
The SMARTHAUS field-native memory substrate. Associative resonance paired with AEAD-backed exact recall, governed by quantitative guardrails.
RFS Demo
Experience Resonant Field Storage: dual-channel memory, associative recall, and field-native architecture in action.
What You'll Experience
This interactive demonstration showcases the core capabilities of Resonant Field Storage (RFS), the first field-native memory substrate for AI systems. See how RFS enables deterministic recall, semantic resonance, and energy-bounded memory management.
Dual-Channel Memory
See how RFS maintains both deterministic byte storage and semantic resonance channels, ensuring both precision and context.
Associative Recall
Experience how partial queries surface relevant context through resonant field patterns, not traditional indexing.
Energy-Bounded Operations
Observe how PDE-governed decay and energy budgets prevent memory saturation and maintain system stability.
Demo Capabilities
Memory Encoding
Watch as content is encoded into the 4-D lattice field structure. See how deterministic encoders project content into complex vectors while maintaining byte-level integrity.
- Sparse operator energy distribution
- Unitary FFT/IFFT cycle management
- Capacity guardrails and throttling
- WAL + snapshot mirroring
Resonant Query
Experience how queries excite resonant modes across the lattice. See peaks ranked by signal-to-noise that expose context, provenance, and suggested follow-ups.
- Matched filter resonance detection
- Top-k peak ranking
- Context and provenance extraction
- Sub-35ms latency demonstration
Exact Recall
Observe the byte channel inverting the encoding pipeline to reconstruct canonical payloads with AES-GCM validation.
- Deterministic byte reconstruction
- AES-GCM integrity validation
- 100% recall accuracy
- Provenance traceability
Field Governance
See how field efficiency (η), quality (Q), and capacity headroom are measured continuously with fail-close policies.
- Real-time efficiency monitoring
- Quality metrics tracking
- Auto-drain before saturation
- Privacy and retention enforcement
Technical Specifications
Median top-k resonance on 8×A100 nodes (1M shards)
AES-GCM validation on exact recall payloads
Sustained ingest with η ≥ 0.35 headroom
Demo-sized lattice (5 GB cap) incl. WAL + snapshots
Ready to Explore RFS?
Dive into the architecture, review the proofs, benchmark the sandbox, then schedule a technical deep dive with the team that built the field-native memory substrate.