Graph-Native Intelligence Platform

Your data in.
Knowledge graphs out.

WtrDB takes the data your users put in — tables, records, text, and live operational context — and turns it into a governed, federated, queryable knowledge graph with a mathematical quality engine, a 3D workbench, and agent-facing APIs.

Vector search finds paragraphs. WtrDB connects facts.

Traditional RAG retrieves chunks of text. WtrDB ingests the data your business already runs on, extracts typed entities, maps relationships, and turns it into a knowledge graph your agents can actually reason over.

Traditional RAG
WtrDB
Returns chunks of text
Structured relationships between entities
No entity relationship understanding
Full data traversal via typed edges
Semantic similarity only
Logical reasoning chains
No conflict detection
Conflict cycles detected and resolved
Heuristic confidence scores
Sheaf Laplacian spectral gap — a real number
No fact history
Full temporal lineage of every fact

Four steps from raw data to knowledge graph

01

Ingest

Bring in PDFs, DOCX, TXT, URLs, tables, and operational records. WtrDB unifies unstructured content and structured data in one ingestion pipeline.

02

Extract

GPT-4o-mini extracts typed entities and relationships. 13-type taxonomy. Two tracks: static triples and evolutionary events with intent classification.

03

Adjudicate

Three sequential filters: evidence verification, logical verification, evolutionary-intent verification. Nothing deleted. Contradictions soft-deprecated with full lineage.

04

Quish

Natural language → Cypher → typed answers with provenance. Publish as Brain Endpoint for any AI agent.

Seven pillars of knowledge infrastructure

Evidence Substrate

Unified ingestion for records, tables, text streams, and operational inputs with chunking, embeddings, and hybrid retrieval.

Knowledge Graph Engine

Incremental, governed, dual-track extraction into typed, temporal graphs via FalkorDB.

Sheaf Quality Engine

Mathematical consistency measurement via cellular sheaf theory. Spectral gap, H⁰/H¹ cohomology, sheaf diffusion.

Federation

Union, Intersection, Differential, Sheaf-Augmented merge modes. Entity alignment, conflict workflows, schema proposals.

The Void (3D Workbench)

Continuous WebGL 2.0 environment. Type-specific wireframe entity geometries. Temporal Rewind, Provenance Thread, Ghost Overlay, Creation Theatre.

Brain Endpoints

Publish any KG as REST + MCP + SSE backend. Per-endpoint API keys, rate limits, model overrides.

Enterprise Spine

RBAC, TOTP MFA, SOC 2 / HIPAA / CMMC compliance, Stripe billing. Built in, not bolted on.

Every fact is earned, not assumed.

01

Evidence Verification

LLM judge confirms the source chunk actually supports the claim. Catches hallucinated extractions before graph entry.

02

Logical Verification

Checks candidate fact against current graph state for type violations and contradictions.

03

Evolutionary-Intent Verification

Classifies facts as Informational or Evolutionary. Evolutionary facts trigger soft deprecation of stale entries (status='Deprecated', _invalidAt=now()).

Conservative acceptance — nothing is ever deleted. Ambiguous facts enter with lower confidence rather than being dropped. Full audit trail of every accept / reject / deprecate decision.

Graph quality with a mathematical definition.

WtrDB uses cellular sheaf theory. Each entity gets a stalk (embedding vector in ℝᵈ); each relationship gets restriction maps measuring endpoint compatibility. The Sheaf Laplacian LF encodes global consistency. H¹ cohomology reveals conflict cycle topology — not a flat list.

Spectral Gap

Smallest nonzero eigenvalue of L_F. Higher = more globally consistent. The number you show an auditor.

Conflict Energy

E = xᵀ L_F x. Ranks which subgraphs are most conflicted.

H⁰ Cohomology

Connected, internally consistent components. How many coherent islands exist.

H¹ Cohomology

Independent conflict cycles. Resolve a cycle, clear multiple conflicts at once.

Sheaf Diffusion

Heat equation dh/dt = −L_F h. Suggests resolutions. Never auto-overwrites.

Gebhart et al. “Knowledge Sheaves” arXiv:2110.03789  ·  Hansen & Ghrist “Toward a Spectral Theory of Cellular Sheaves”  ·  Bodnar et al. “Neural Sheaf Diffusion” NeurIPS 2022  ·  Robinson “Sheaves Are the Canonical Data Structure for Information Integration”

Merge multiple graphs with formal algebra.

Σ

Union

Keep all entities from all graphs. Maximum coverage.

Δ

Intersection

Keep only what all graphs agree on. Maximum consensus.

Differential

Keep entities unique to one graph. Reveals gaps.

Sheaf-Augmented

Resolve conflicts using sheaf cohomology and spectral gap signals. The mathematically informed merge.

One URL. Any agent.

Brain Endpoints collapse “I have a knowledge base” and “my agent can query it” into a single governed handoff.

TransportEndpoints
RESTPOST /ask (NL question → structured answer) · POST /cypher (raw Cypher, if enabled) · GET /schema · GET /health
MCPPOST /mcp — full Model Context Protocol tool surface for Claude Desktop, Cursor, Codex
SSEGET /sse — streaming responses
Self-describingGET /llms.txt, /llms-full.txt — agent discovery

Per-endpoint config — API key · rateLimitPerMinute · queryModel + queryReasoningEffort · traversalModel + traversalReasoningEffort · allowNlQueries · allowCypher (off by default) · expiresAt

A workbench you can actually live in.

No pages. No dashboards. A continuous 3D environment rendered in WebGL 2.0 where every knowledge graph is a star and navigation is camera movement.

The Constellation

Home. Every KG is a star; federations are lines between stars.

Graph Explorer

Full 3D graph: type-specific wireframe geometries (meshframes), edges, temporal rewind, provenance.

The Workbench

Federation merge playground: drop graphs, choose merge mode, see Venn/gap/heatmap as 3D objects.

Creation Theatre

Watch live extraction happen in 3D with commentary and slow-motion replay.

The Observatory

Quality measurement and evaluation tooling.

The Pulse Array

Real-time agent activity feed.

Meshframe taxonomy — 13 entity types, 5 geometry classes. Visual properties are data-driven: connection count → scale, freshness → opacity, confidence → edge style, status (Active / Deprecated / Contested) → edge rendering.

Enterprise-grade from day one.

RBAC

System roles (admin, manager, user, viewer) + custom org-scoped roles + team scoping + full audit trail.

MFA

TOTP with QR code. CMMC IA.2.081 compatible.

Compliance

CMMC, SOC 2, HIPAA. One-click auto-configure. Continuous evidence collection. Scheduled exports. OPA policy-as-code via Claw engine.

Multi-tenancy

Organizations, teams, per-tenant config, plan-scoped quotas.

Billing

Credit ledger, Stripe, invoices, refunds.

Deployment

Ubuntu/Debian apt package, self-host ready, systemd daemon, air-gapped enterprise option.

Not just another RAG pipeline.

CapabilityMost RAG + Graph ProductsWtrDB
Fact validationTrust the LLMThree-filter governance pipeline
Conflict handlingOverwrite or ignoreSoft deprecation with full historical lineage
Quality measurementHeuristic scoresSheaf Laplacian spectral gap + H¹ cohomology
Multi-graph mergeManual or absentFormal merge algebra with 4 modes
Visualization2D force-directed3D spatial environment with type-specific meshframes
Agent integrationCustom glue codeBrain Endpoints: REST + MCP + SSE
Enterprise readinessBolted onAuth, RBAC, MFA, compliance, billing in the spine

Turn your company knowledge into an AI brain.

Join organizations already powering their AI agents with WtrDB knowledge graphs.

See how WtrDB is applied in regulated financial workflows and construction operations.