Genefold AI memory layer logo art

Spectral intelligence for embedding ecosystems

Turn datasets into reusable structural models

Genefold transforms high-dimensional embeddings into compact spectral artifacts that power search, diagnostics, drift detection, OOD monitoring, and data valuation across ML and LLM workflows.

  • singular artifact One Laplacian foundation for many downstream tasks
  • search and compression Retrieve manifold-coherent items, not just nearest neighbours -- Fingerprints of datasets and compress information
  • measure generated insight can be measured in terms of structural information

Why Genefold

Designed for teams that need structure, not just similarity.

01

Structural visibility

See redundancy, coherence, hidden correlations, and manifold shape across massive embedding datasets.

02

Retrieval with topology

Go beyond cosine-only search and recover coherent long-tail items aligned with the global geometry.

03

Early drift detection

Use reusable spectral signatures as an early warning system for domain shift and OOD behaviour.

04

A suite, not a point solution

Genefold is in trajectory as a platform layer for search, anomaly detection, diffusion workflows, dimensionality reduction, quality diagnostics, and data valuation across MLOps and LLMOps.

Scientific core

A compact container for embeddings, algorithms and pipelines.

Core insight

Cluster embeddings, build a feature-space Laplacian, compute Rayleigh or λ-based scores, and obtain an artifact that uniquely identify your dataset at given times, apply transformations from different algorithm families.

Embeddings
Graph wiring
Laplacian
Spectral scores
Reusable artifact

Why it matters

  • Compact representation of domain structure for production ML systems
  • Diagnostics such as compression, spectral gap and Rayleigh variability
  • Reusable substrate for search, compression, anomaly detection, and data lifecycle analysis

Science & explainers

Core paper 2025

ArrowSpace: Spectral Search for Embeddings and Graph Analysis

Introduces spectral indexing with graph-Laplacian structure and bounded spectral scores for vector search.

Open paper page
Core paper 2026

Epiplexity And Graph Wiring: An Empirical Study for the Design of a Generic Algorithm

every dataset generates information, every manifold draws a unique surface.

Open paper page
Software Ready

ArrowSpace: a generic algorithm for data operations

we have built a community featuring hundreds of downloads per week: `pip install arrowspace`

Open repository

Contact

Bring spectral structure into your stack.

If you are building retrieval, monitoring, evals, or data diagnostics for embedding-heavy systems, reach out for a technical walkthrough, pilot discussion, or founder conversation.