Interactive technical mapping module — SookSook

SookSook's interactive technical mapping module allows you to visually represent equipment, an installation, a building, a production line or a technical area directly on an image, a plan or an interactive synoptic.

It transforms a simple static plan into a living interface capable of displaying:

• the condition of the equipment,
• real-time IoT data,
• interventions,
• alerts,
• the levels,
• positions,
• temperatures,
• operating states,
• security points,
• and the field history.

The objective is to allow rapid and intuitive reading of technical information directly on the visual of the installation.

1. General operation of the module

The profile owner can:

• import an image or technical plan,
• position sensors or equipment on this plane,
• connect IoT data to each element,
• choose display forms,
• create visual instructions,
• display dynamic states in real time.

Each placed element becomes interactive.

Examples:

• an elevator,
• an industrial door,
• a pump,
• a motor,
• a variator,
• a tank level,
• a temperature,
• a state of contact,
• a detector,
• an alarm,
• an area of ​​intervention.

2. Profile owner mode

The profile owner has full configuration rights.

He can:

Add a plan

Example :

• workshop plan,
• electrical synoptic,
• hydraulic diagram,
• building layout,
• machine view,
• elevator view,
• construction site mapping.

The plan becomes the interactive support.

Position interactive elements

The owner can place:

• IoT sensors,
• equipment,
• areas,
• checkpoints,
• indicators,
• alarms,
• safety pictograms.

Each element is freely positioned on the plan.

Associate IoT data

Each element can be linked to:

• a JSON tag,
• a signal,
• real-time data,
• a measurement,
• a calculated value,
• a state.

Example :

{ "temperature":42, "level":7, "contact_status":1
}

The module automatically recovers the received values.

Configure visual rules

The owner can define instructions.

Examples:

If :

temperature > 80

SO :

• red light,
• flashing,
• alarm,
• critical text.

If :

contact_status = 1

SO :

• green light,
• text “IN SERVICE”.

If :

level < 2

SO :

• down arrow,
• orange color,
• low level alert.

3. Available display types

The module allows several visual styles.

Examples:

• digital display,
• indicator light,
• thermometer,
• battery,
• counter,
• gauge,
• SNCF display,
• industrial display,
• chrono,
• progress bar,
• vertical indicator,
• tank level,
• animated pictogram,
• up/down arrow,
• ON/OFF state,
• dynamic text display.

4. Real-time update

The information updates automatically.

The visitor or owner can see:

• changes of state,
• the movements,
• temperature variations,
• the levels,
• positions,
• alerts,
• active or stopped equipment.

Without reloading the page.

5. Built-in history

Each element can have:

• a complete history,
• of a graph,
• a CSV export,
• traceability of measurements,
• of one consultation per date.

This allows:

• technical analysis,
• monitoring of drifts,
• troubleshooting,
• behavioral analysis,
• the use of field data.

6. Visitor mode

The visitor can consult the interactive plan according to the rights defined by the owner.

He can:

• view the equipment,
• consult the states,
• view live data,
• view reports,
• consult the graphs,
• access associated documents,
• follow the interventions,
• quickly identify an anomaly.

7. Use safety/prevention

The module can also be used to:

• display the logged areas,
• view QR padlocks,
• display the speakers present,
• show the associated permits,
• display the risks,
• locate current interventions,
• follow construction site access.

8. Typical use cases

Ascenseur

Display :

• cabin position,
• door condition,
• alarms,
• maintenance,
• operating mode,
• breakdown history.

Industrie

Display :

• levels,
• temperatures,
• engines,
• machine states,
• availability,
• process alarms.

Chantier

Display :

• work areas,
• speakers,
• access,
• deposits,
• security points.

9. Module objective

The interactive mapping module allows you to:

• centralize technical information,
• make the data visually understandable,
• improve responsiveness,
• simplify the diagnosis,
• improve supervision,
• strengthen security,
• digitize the field,
• improve the traceability of installations and interventions.

It transforms a simple plan into a truly intelligent field supervision interface.