IoT Sensors Module — SookSook

The moduleIoT sensors de SookSookallows you to connect equipment, machines, devices, installations or physical sensors directly to the platform in order to:

• automatically report field information,
• monitor values ​​in real time,
• historicize the data,
• generate traceability,
• view the status of equipment,
• and centralize technical information on the same profile.

The system thus transforms physical equipment intoconnected and supervised equipmentin SookSook.

What is the module for?

The module allows for example to follow:

• a temperature,
• a level,
• a height,
• a position,
• an open/closed contact,
• a battery,
• humidity,
• a vibration,
• pressure,
• a working state,
• or any data coming from a PLC, ESP32, smartphone, API, LoRaWAN or industrial system.

Concrete example

Example: Elevator

An elevator can automatically send:

• his floor,
• his condition,
• its faults,
• its engine temperature,
• its number of cycles,
• the opening of doors,
• its judgments,
• its alarms,
• or its cabin position.

All this data becomes visible in the SookSook profile of the equipment.

What the user sees

The user has an IoT space directly integrated into their profile.

He can:

• add sensors,
• generate secure tokens,
• configure JSON tags,
• consult the values ​​received,
• see visual widgets,
• consult the history,
• export data,
• display graphs,
• monitor equipment in real time.

General operation

1. Creating the sensor

The user creates a sensor in SookSook:

• sensor name,
• unique identifier,
• activation / deactivation,
• reception settings.

Example :

• HFB1 elevator
• Acid tank 4
• 10T-CC freight elevator
• Electrical room temperature

2. Generation of the secure token

Each sensor has:

• un device_id
• a unique secure token

This token is used to:

• authenticate the sensor,
• prevent false shipments,
• secure data.

3. Sending data

The sensor automatically sends a JSON to the SookSook API.

Example :

{ "token":“xxxxx”, "device_id":"10t-cc", "temperature":42, "battery":88, "position":12.4, "contact_status":1
}

4. Reception and interpretation

SookSook receives the JSON then:

• verifies the token,
• check the device_id,
• extracts the data,
• saves history,
• updates visual widgets,
• updates the interface in real time.

Intelligent visual display

The module automatically transforms values ​​into visual displays:

Temperature

Digital thermometer type display.

Batterie

Battery type display with level.

ON/OFF contact

Green/red light:

• active,
• inactive,
• open,
• farm.

Height/level

Dynamic vertical column:

• cabin height,
• tank level,
• position,
• elevator ride,
• filling.

Digital KPIs

Display of:

• values,
• counters,
• positions,
• pressures,
• vibes,
• various measures.

Complete history

All data received is logged.

The user can:

• consult the old values,
• filter by date,
• navigate by pages,
• export to CSV,
• consult the graphs,
• analyze the evolution of a measurement.

Real-time monitoring

The values ​​update automatically without reloading the page.

This allows:

• live supervision,
• monitoring a machine,
• monitoring a construction site,
• monitoring critical equipment,
• or the observation of a live phenomenon.

Compatible with many systems

The module can work with:

• ESP32,
• Arduino,
• Raspberry Pi,
• industrial automaton,
• smartphone,
• API,
• LoRaWAN,
• MQTT,
• industrial walkways,
• third-party systems.

Linking with SookSook profiles

IoT data is directly linked:

• equipment,
• to devices,
• to machines,
• to the facilities,
• to technical profiles.

This makes it possible to centralize:

• measurements,
• reports,
• interventions,
• the histories,
• documents,
• the risks,
• PPE,
• diagnostics,
• technical events.

Objective of the module

The SookSook IoT module allows you to:

• digitalize field supervision,
• improve traceability,
• centralize technical data,
• facilitate diagnosis,
• improve maintenance,
• monitor equipment remotely,
• automatically log measurements,
• and connect the field to the SookSook collaborative platform.