ARCXA

Governed data movement, semantic mapping, lineage, and systems-of-systems validation in one platform.

ARCXA helps teams connect operational data sources, materialize governed datasets, orchestrate repeatable workflows, preserve lineage, and apply policy-driven validation without stitching together separate control planes for ingestion, semantics, execution, governance, and interoperability.

Welcome to the curated public repository. Historical internal working notes are intentionally not mirrored here. The maintained public documentation starts in docs/README.md.

Table Of Contents

1. Why ARCXA
2. Platform Snapshot
3. How To Read This Repository
4. Architecture At A Glance
5. Naming Note
6. Quick Start
7. Documentation
8. Repository Map
9. License

Why ARCXA

Many platforms can move data. Fewer can show, with confidence, what changed, why it changed, which workflow touched it, which ontology terms were applied, which policies were active, and what downstream systems are now depending on the result.

ARCXA is built for that broader problem.

It combines:

• datasource onboarding and connector capability reporting
• managed datasets, catalogue views, and entities
• ontology-aware semantic mapping and unified multi-source normalization
• workflow orchestration, validation, scheduling, and execution tracking
• row, column, workflow, and graph-native lineage
• contract and policy-aware systems-of-systems validation

Platform Snapshot

Area	What it does	Focused guide
Data sources and managed data	Registers sources, inspects capabilities, supports file-backed ingress, and exposes datasets, catalogue views, and entities.	docs/data-sources-and-datasets.md
Semantic mapping and ontology	Aligns source-native fields with ontology terms, supports unified mapping, R2RML, and loader handoff paths.	docs/semantic-mapping-and-ontology.md
Model-assisted inference	Runs the optional embedding and semantic-matching service that supports richer mapping workflows.	docs/model-service-and-inference.md
Workflows and execution	Provides workflow CRUD, validate, dry-run, execute, scheduling, approvals, and progress tracking.	docs/workflows-and-execution.md
Lineage and governance	Tracks row, column, workflow, and schema-evolution lineage with graph-oriented governance support.	docs/lineage-and-governance.md
Systems-of-systems	Models systems, interfaces, contracts, and policies with persisted validation history, analytics, and operator workflows.	docs/systems-of-systems.md
Operator and automation surfaces	Exposes health, metrics, modular Swagger UIs, CLI tools, SDKs, Docker and Kubernetes assets, and a React operator UI.	docs/frontend-and-cli.md, docs/sdk-and-automation.md, docs/deployment-and-operations.md

How To Read This Repository

If you are new here, the shortest reliable path is:

1. Start with docs/README.md.
2. Read docs/glossary-and-concepts.md if you want the shared vocabulary first.
3. Read the guide for the domain you actually care about.

Architecture At A Glance

ARCXA is intentionally split into deployable and support components rather than one oversized runtime.

Component	Role
arcxa-coordinator	Control plane: authenticated APIs, metadata, workflows, semantic services, SoS validation, and orchestration.
arcxa-shard	RDF and SPARQL data plane for graph storage and distributed query execution.
arcxa-model-service	Optional model inference path for semantic matching and model-assisted operations.
arcxa-cli	Thin operator tooling over coordinator APIs plus storage migration utilities.
arcxa-python	Python client and automation entry point for selected coordinator APIs.
arcxa-core	Shared contracts, workflow primitives, connectors, and domain types used across the runtimes.
frontend/	React and Vite operator UI for managed data, workflows, lineage, ontology, and systems-of-systems surfaces.

Read docs/architecture.md for the deeper runtime and storage model.

Naming Note

The public branding is now ARCXA, but you will still see older graphica names in parts of the codebase and tooling.

Examples include:

• environment variables such as GRAPHICA_API_BASE_URL and GRAPHICA_MODEL_SERVICE_URL
• the Python package name graphica
• some internal module names, comments, and historical scripts

That is expected in the current repository. Public documentation uses ARCXA for the platform name, while calling out the older identifiers when they matter operationally.

Quick Start

1. Build the main workspace

./build.sh

2. Start the default local topology

./run-local.sh

This default script currently:

• builds the main workspace and the shard
• starts Kafka, ZooKeeper, and Schema Registry when needed
• starts one coordinator, two local shards, and the model service
• disables auth by default for local development
• downloads ONNX Runtime on first use if it is not present locally

3. Verify the coordinator

The default local runner exposes the coordinator REST API on http://localhost:8082.

curl http://localhost:8082/health
curl http://localhost:8082/openapi.yaml

Useful follow-up surfaces:

• http://localhost:8082/health/live
• http://localhost:8082/health/ready
• http://localhost:8082/api/v1/datasources/swagger-ui
• http://localhost:8082/api/v1/workflows/swagger-ui
• http://localhost:8082/api/v1/sos/swagger-ui

4. Start the frontend

cd frontend
npm install
npm run dev

5. Explore the curated docs

Start with docs/README.md, then follow the guide for the subsystem you care about.

Documentation

The documentation set below is the maintained public surface for this repository.

Guide	Best for	Covers
docs/README.md	Everyone	Documentation hub, guide map, naming notes, and recommended reading paths.
docs/glossary-and-concepts.md	Everyone	Shared terminology, naming reality, and the most important operational concepts used across the docs.
docs/getting-started.md	First-time users	Local prerequisites, build and run flows, auth and port caveats, and first verification steps.
docs/architecture.md	Architects and platform leads	Runtime topology, storage boundaries, request flow, and local versus distributed deployment shape.
docs/platform-capabilities.md	Product and delivery teams	Capability atlas across ingestion, semantics, workflows, lineage, and SoS.
docs/api-surface.md	API consumers	Coordinator API families, auth expectations, and the modular Swagger UI map.
docs/data-sources-and-datasets.md	Data onboarding teams	Connectors, capability reporting, discovery flows, file library, datasets, catalogue, and entities.
docs/semantic-mapping-and-ontology.md	Semantic modeling teams	Ontology, field mapping, unified mapping, R2RML, loaders, and the model service.
docs/model-service-and-inference.md	ML and platform teams	The optional embedding service, how it supports semantic matching, and where it fits operationally.
docs/workflows-and-execution.md	Workflow authors and operators	Workflow lifecycle, validation, execution variants, scheduling, approvals, and execution control.
docs/lineage-and-governance.md	Audit and governance teams	Lineage surfaces, schema evolution, SPARQL governance, and graph-projection behavior.
docs/systems-of-systems.md	Integration governance teams	SoS catalog, validation, analytics, policy and contract governance, reconcile, and recovery.
docs/frontend-and-cli.md	Operators and enablement teams	The operator UI, SoS workspace, and the admin and migrate CLI binaries.
docs/sdk-and-automation.md	Automation teams	Python client, CLI usage patterns, curl-first guidance, and automation caveats.
docs/deployment-and-operations.md	Operators	Scripts, Docker and Kubernetes assets, health and metrics, local topology, and operational caveats.
docs/repository-guide.md	Contributors	Repository layout, historical naming, public sync behavior, and doc maintenance guidance.

Repository Map

.
├── assets/
├── arcxa-cli/
├── arcxa-coordinator/
├── arcxa-core/
├── arcxa-migrations/
├── arcxa-model-service/
├── arcxa-python/
├── arcxa-shard/
├── docker/
├── docs/
├── frontend/
├── kubernetes/
├── proto/
├── build.sh
├── run-local.sh
├── run-local-ha.sh
├── sync-public.sh
└── test.sh

License

ARCXA is released under the Business Source License 1.1.

See LICENSE.md for terms, change-date behavior, and commercial-use guidance.