Latest revision as of 11:23, 28 July 2026

     Release Notes

     Datasheet

     MQTT Actors

     Home Assistant

     Node-RED

SENSBLUE ATLAS

Is a universal edge gateway and embedded controller that connects sensors and assets, runs control logic and ships to production without platform changes.

Designed for industrial teams who need one dependable path from experiments to operations.

Speed Up Your Deployment

Integrating ATLAS into your scenario doesn't have to start from scratch. This section brings together sample integrations with third-party software — ready to import, test and adapt — to reduce the time between "unit connected" and "application up and running".

Each example hides the complexity of ATLAS's native stack (MQTT, Node-RED, InfluxDB, Grafana, Mosquitto) behind reusable and configurable blocks, so the development team can focus on the application rather than on the plumbing.

Who it's for

Profile	What they gain
Integrator / customer just starting out	A validated starting point, without needing to know ATLAS's internal architecture.
Developer who wants to prototype	Ready-made blocks for reading inputs, controlling outputs and visualising data in minutes.
Team evaluating ATLAS	A quick way to see the device communicating with tools they already know.

How it works

All examples share the same principles:

They are built on ATLAS's MQTT architecture — nothing bypasses the Peripherals Managers; the examples communicate through the standard topics.
They are additive — they add an interface/integration layer and do not replace the native stack.
They are a starting point, not a black box — the code is exposed and can be changed as needed.
They come with installation and validation steps — each subpage includes prerequisites, start-up and a final checklist.

Available integrations

Integration	What it demonstrates	Ideal for
*Node-RED Simplified Flows*	Demonstration flows with reusable subflows for AI1..AI4, AO1/AO2 and DI/DO, with Dashboard 2.0. Adds a layer of abstraction between the user and the stack.	Rapid prototyping, application logic and internal dashboards.
*Home Assistant*	Home Assistant in a Docker container, running alongside the native stack, with MQTT entities for ATLAS inputs and outputs.	Interface/integration with the Home Assistant automation and visualisation ecosystem.

In the pipeline

Candidates for future examples (subject to priority):

Local Grafana / shared dashboards
InfluxDB

Modbus RTU and TCP/IP

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 = Speed Up Your Deployment =
 Integrating ATLAS into your scenario doesn't have to start from scratch. This section brings together sample integrations with third-party software — ready to import, test and adapt — to reduce the time between "unit connected" and "application up and running".
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-|[[SENSBLUE ATLAS/Node-RED|'''<u>Node-RED Simplified Flows</u>''']]
+|[[SENSBLUE ATLAS/Node-RED|'''<u>''Node-RED Simplified Flows''</u>''']]
 |Demonstration flows with reusable subflows for AI1..AI4, AO1/AO2 and DI/DO, with Dashboard 2.0. Adds a layer of abstraction between the user and the stack.
 |Rapid prototyping, application logic and internal dashboards.
 |-
-|[[SENSBLUE ATLAS/Home Assistant|'''<u>Home Assistant</u>''']]
+|[[SENSBLUE ATLAS/Home Assistant|'''<u>''Home Assistant''</u>''']]
 |Home Assistant in a Docker container, running alongside the native stack, with MQTT entities for ATLAS inputs and outputs.
 |Interface/integration with the Home Assistant automation and visualisation ecosystem.