The Knowledge Fabric

Every source, woven into one living graph.

Connectors sync your sources in place; auto-discovery maps them; entity resolution weaves them into a governed knowledge graph — virtualized data structures the whole organisation can query, govern and build on.

Built for every kind of user
High touch

IT developers

Create and consume APIs to bring new technologies and data types into the fabric.

via SDK
Low touch

Citizen developers

Build insights with the data they’re granted, inside business applications.

via Studio
Zero touch

Consumers

Employees, customers and trusted partners access data under universal governance.

via App experience
The output · embedded semantic layer

The fabric’s output: an embedded semantic layer.

Every source speaks its own schema, and “revenue” or “active customer” means something different in each. The Knowledge Fabric extracts those schemas automatically and resolves them into one overall ontology — an embedded semantic layer that fixes what your data means, once, inside your environment, and serves that meaning to every dashboard, app and agent.

Consumed by
BI & dashboardsApplicationsAI agents · MCP
served as governed context
Embedded semantic layer — the fabric’s output

One agreed meaning for every metric, entity and relationship.

revenueactive customerchurn rateorderregion
one overall ontology · consistent definitions · explicit relationships
automatic schema extraction
Raw sources
CRMERPPoint-of-saleIoTData lakesSaaS
For AI agents

Meaning is context. When definitions are pre-resolved in the fabric, agents reason less, spend fewer tokens, run faster — and make fewer mistakes.

Automatic extraction

Schemas, read for you

Connectors and auto-discovery read every source’s schema — fields, types, keys, relationships — and keep it in sync. No hand-built models to maintain per system.

One overall ontology

Resolved into meaning

Entity resolution unifies the extracted schemas into a single ontology: one customer is one customer, “revenue” has one agreed definition, and the links between them are explicit.

Defined once

Served everywhere — and yours

The semantic layer is embedded in the fabric, inside your environment — not rebuilt in every warehouse, lakehouse and BI tool, and not locked in someone else’s cloud. Define meaning once; serve it over SQL, GraphQL and MCP.

Inside the Knowledge Fabric

A defensible core, in concentric layers.

FabriCloud Graph · The Knowledge Fabric

A defensible core, in concentric layers.

FabriCloud Graph is the Knowledge Fabric at the centre of the platform — components, output and ecosystem wrapped around a single core, with the spectrum of agent autonomy running beneath it.

Knowledge
Fabric
◉ CORE
Layer 3
Fabric Ecosystem
Layer 2
Fabric Output
Layer 1
Fabric Components
L1 ◍

Fabric Components

The capabilities that make up the Fabric core.
Source connectionOSINT connectionsDiscovery serviceLineageEntity resolutionQuality metricsActive metadataSchema managementOntology management
L2 ◍

Fabric Output

What the Fabric produces from those components.
Knowledge graphReasoningData catalogueObservabilityGovernanceFederated searchData unificationAgentic data layer
L3 ◍

Fabric Ecosystem

Built on top of the Fabric — the studios and the agents that run on it.
Studios
Agentic StudioMCP Studio
Agent types & levels of automation
5 autonomy levelsL0 → L4deterministic → autonomous
Levels of automation

Agent types & AI autonomy

FabriCloud runs agents at five autonomy levels — from fully deterministic (0) to fully autonomous reasoning (4). Each level trades human determinism for AI autonomy.

0
L0 · Deterministic

Deterministic Agents

Follow predefined, fixed steps. No reasoning autonomy — fully predictable and repeatable.

1
L1 · Supervised

Human-in-the-Middle

ReAct reasoning with a human in the loop — AI proposes, a person reviews and approves at each decision point.

2
L2 · Bounded

BPM-Governed Agents

Autonomy bounded by a defined BPM process — the agent acts freely within the steps and gates of a modelled business process.

3
L3 · Self-Organising

Self-Organising Regulated Agents

DAG agents that self-organise from user-defined rules & dependencies — plan their own path, escalate on exceptions.

4
L4 · Autonomous

Pure Agentic

Fully autonomous ReAct — sets its own goals and steps end to end, with post-hoc audit.

Human determinismAI autonomy
The Knowledge Fabric

The engine that turns data into context.

Most platforms move and store data. The Knowledge Fabric understands it — resolving entities, mapping relationships and carrying meaning, so search, enrichment and AI work on context, not disconnected rows.

Resolve

Entity resolution

Match and merge records that point to the same real-world entity across every source.

Connect

Knowledge graph

Turn entities and relationships into a queryable graph — connections become first-class.

Map

Metadata catalog

A living map of what you hold, where it lives and what it means.

Trust

Lineage & governance

Every transformation tracked, every access governed — trust travels with the data.

Knowledge Fabric · Graph entity resolution

Resolve who an entity is — from how it’s connected.

Attribute matching finds the obvious duplicates. Graph entity resolution finds the entity you’d miss — and refuses the merge you’d regret. Records with different attributes become one entity when their relationships overlap; one shared name splits into two when the graphs don’t. It resolves and disambiguates by connections, not strings — and every decision is explainable by the path through the graph.

RESOLUTION — MERGE different attributes · same entity · linked by shared relationships dob 1984 passport DE A. Müller Andreas M. acct ••8842shared ONEENTITY evidence: shared account DISAMBIGUATION — SPLIT same name · different entities · separated by the graph “Jane Smith” JANE#1 London · acct A JANE#2 Leeds · acct B no shared edges

And resolution isn’t a step before the graph — it is the graph. Every resolved entity is instantly queryable, in context, by everything the platform runs.

Merge by relationshipsSplit by contextMulti-hop evidenceExplainable pathsIs the knowledge graph

Bring the cloud to your data.

See it deployed in your own environment — analytics, apps and agents on governed data — a boundary raw data never crosses.

Start building