openIndu Community Roadmap

Build together: share field knowledge, create reusable engineering assets, and connect tools through verifiable practice

From Shared Knowledge to Validated Practice

These stages describe our community's development direction, not release dates or completed milestones. Repository releases, tests, and validation records show actual progress.

  1. Share Field Knowledge

    Bring practical problems into the forum. Record context, constraints, process knowledge, and validation methods so others can contribute and review.

  2. Build Reusable Assets

    Turn reviewed experience into guides, templates, mappings, and engineering workflow artifacts that can be reused and checked.

  3. Connect Project Tools

    Develop collaboration across vision, engineering workflows, connectivity, and industrial data, with explicit interfaces and capability boundaries.

  4. Validate Real Scenarios

    Use reproducible cases to check tool collaboration. Share supported versions, results, and limitations before extending a capability claim.

Explore the openIndu Projects

Forum + openIndu-vision + openIndu-studio + openIndu-cim & openIndu-platform + PLC Experiment

Forum(Content)

Community knowledge across industrial control, automation, manufacturing processes, and industry observations. Topics can remain open as evidence evolves.

✓ Field problems✓ Process flows✓ Validation methods✓ Industry observations

Industrial Vision(openIndu-vision)

Exploration of cross-camera, cross-algorithm inspection and workflow orchestration. Support depends on repositories, versions, and validation records.

✓ Camera abstraction✓ Algorithm workflows✓ Inspection✓ Result integration

Engineering Assets(openIndu-studio)

Engineering workflows around electrical modules, diagrams, BOM, I/O planning, and PLC/HMI intermediate artifacts.

✓ Engineering assets✓ Template reuse✓ Traceable process✓ Verifiable artifacts

Connectivity and Data(openIndu-cim + openIndu-platform)

Connect equipment, manufacturing systems, and industrial data for collection, traceability, and analysis. Protocols are validated per driver, version, and environment.

✓ Connectivity✓ Data acquisition✓ Traceability✓ Manufacturing integration

Open Control Experiment(PLC Experiment · E0)

RK3588 + openEuler + RTOS/real-time Linux + EtherCAT exploration. Real-time, HIL, endurance, and fault-recovery evidence is not complete.

✓ Experiment / E0✓ Test plan✓ Evidence gates✓ Not production-ready

How the Directions Work Together

📐 From Knowledge to Engineering Assets

1️⃣ Record:The forum preserves field context, constraints, validation steps, and known boundaries

2️⃣ Review:Reviewed experience can become guides, templates, mappings, or experimental cases

3️⃣ Reuse:Tools reuse those assets only within explicit status and evidence boundaries

🧭 Tool Collaboration

openIndu-vision:Visual inspection and workflow exploration

openIndu-studio:Organises engineering assets and generation workflows

openIndu-cim + openIndu-platform:Connects equipment, manufacturing systems, and industrial data

🧪 Experimental Boundary

PLC Experiment remains Experiment / E0. It is not production-ready without real-time, HIL, endurance, and fault-recovery evidence.

How We Communicate Maturity

DimensionCommon misunderstandingopenIndu approach
Project mapA direction means a finished productDirection, status, and evidence are shown separately
Forum articlesContent coverage means delivery capabilityContent is labelled as Content, without delivery claims
RepositoriesCode means engineering validationREADME, releases, tests, and limitations define status
LicensingOne license describes the whole ecosystemEach repository LICENSE and dependency obligation is authoritative
Soft PLCAn experiment can replace a hardware PLCExperiment / E0 and the next evidence gates are explicit

Start With One Reproducible Problem