Scada-gobr

Open Source, web-based, multi-platform solution for building your own SCADA
(Supervisory Control and Data Acquisition) system inspired by ScadaLTS. Code released under the GPL license.

What is the Goal?

The goal of this project is to create a web-based SCADA system that is easy to use, easy to install and easy to maintain.

What is the SCADA?

SCADA (Supervisory Control and Data Acquisition) is a control system architecture that uses computers, networks, and graphical user interfaces to monitor and control a process. A SCADA system collects data from remote field devices, such as sensors and switches, via a communication network and presents the information on operator workstations for monitoring and control.

Observation!

This project is in the early stages of development. The project is not yet ready for production use.

This stage do not support multiple instances of the application, needs distributed lock for some features

Roadmap

• [ ] Custom dashboard view
• [ ] Realtime Dashboard
• [ ] Realtime data visualization
  • [ ] Histogram
  • [ ] Pie chart
  • [ ] Donut chart
  • [ ] Table
  • [ ] Map
  • [ ] Gauge
  • [ ] Tree view
  • [ ] Image
  • [ ] Text
  • [ ] Heatmap
  • [ ] Custom (user can add custom visualization)
• [ ] User permission
  • [ ] View permission
  • [ ] No Auth permission
• [ ] Custom web client changes, like images and text
• [ ] Control runtime manager in the web
• [ ] Integrated MQTT server
• [ ] Export data
  • [ ] Export to CSV
  • [ ] Export to JSON
  • [ ] Export to XML
• [ ] More data sources
  • [ ] Modbus TCP/IP
  • [ ] Modbus Serial
  • [ ] DNP3
  • [ ] IEC 101
  • [ ] OPC DA 2.0
  • [ ] ASCII Serial and File readers
  • [ ] MongoDb
  • [ ] Elasticsearch
  • [ ] Big query
  • [ ] CSV
  • [ ] MQTT
  • [ ] AMQP
  • [ ] RabbitMq
  • [ ] Kafka
  • [ ] gRPC Server
  • [ ] gRPC Client
  • [ ] Redis PubSub
  • [ ] InfluxDB
  • [x] REST
  • [x] Request Http
  • [x] Sql (Postgres, Mysql, Sqlite, Sqlserver)
• [x] Open telemetry
  • [x] Tracing
  • [ ] Metrics
  • [ ] Logs
  • [ ] Custom exporter
• [ ] Persistent Cron job and queue
  • [X] Queue
    • [X] Manager
    • [X] Providers
      • [X] Postgres
      • [X] In memory
  • [ ] Cron
    • [x] Manager
    • [x] Providers
      • [ ] Postgres
      • [x] In memory
• [ ] Internationalization
• [ ] Prometheus metrics
• [ ] Metrics dashboard
• [ ] Swagger
• [ ] Release
  • [ ] Create multiple bin files for different platforms
  • [ ] Create docker image
• [ ] Docker
  • [ ] Docker file
  • [ ] Docker hub
  • [ ] Docker compose
  • [ ] Kubernetes
  • [ ] Helm
• [ ] Load data sources runtime across a cluster of s-gobr with consensus and then create a k8s operator
  • [ ] Consensus Raft
• [ ] Control with script
  • [ ] Pipeline data
  • [ ] Listen and publish to internal events
  • [ ] Listen and publish to external events like mqtt, amqp, kafka, grpc, rest, http
  • [ ] Listen and publish to internal data points
  • [ ] Notifications
    • [ ] Email
    • [ ] SMS
    • [ ] Webhook
• [ ] OS Ui for basic configuration for non developers users
• [ ] Support for multiple database as main and time series
  • [ ] Sqlite
  • [x] Postgres
  • [ ] File (Sqlite)

Building the application

To run the tasks below you need, docker, npm and go instaled

# create api binary
make api
# setup postgres
docker-compose up -d postgres
# Execute aplication
# The default port is 11139
./api

Dev mode

We need this because the production mode all the assets is bundled inside the go binary, so if you can have real time web client change you may need to fallow the steps below.

# Setup api
go run cmd/api/api.go
# Setup web client (with another terminal)
cd scadagobr-client
# Instal the dependencies
yarn
npm run dev

Contribute

1. Fork the repository
2. Create a pull request
3. Wait for review
4. Merge
5. Celebrate
6. Repeat XD