Module · SMART+

Smart City IoT

Monitoring and control of the municipality's smart infrastructure, in the same platform.

Vision Smart City IoT connects the municipality's sensors, gateways, controllers and other smart equipment into a single platform. Telemetry, states, alerts and commands are integrated with the map, the dashboards and the administrative processes, so that a technical event can automatically trigger a concrete action inside the municipality.

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What changes in managing infrastructure

The municipality sees the state of its smart infrastructure in one place, together with the history of readings and alerts, and can automatically link a threshold breach to a notification, a ticket or a task with an owner and a deadline. Data coming from different equipment is standardised and can be used together in rules, maps and reports.

The sensor triggers a real actionNot just an alert on a screen
Different equipment, comparable dataConfigurable codecs that standardise the payloads
Indicators can be made publicControlled publication to residents, after approval

What you can do

Connecting, monitoring and controlling the municipality's smart equipment.

Equipment administration

Sensors, gateways, controllers and other IoT devices, centrally managed.

Real-time telemetry

Collecting metrics and keeping the history of readings.

Equipment status

Identifying devices with no data or delayed transmission.

Equipment on the map

Linked to locations and shown on the interactive map.

Thresholds and alerts

Defining conditions for automatic alerts.

From alert to action

Triggering notifications, workflows, tickets or tasks when an event occurs.

Commands to equipment

With controlled retries and a full audit trail.

Interoperability

MQTT, HTTP/API and integration with LoRaWAN or equivalent ecosystems.

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  • Connection to brokers, gateways and external device management services
  • Configurable codecs for decoding and standardising payloads
  • An isolated environment for codecs, with JavaScript, Python and Lua support
  • Authentication of equipment and integrations through API keys and access control
  • Logging of commands, events and alerts
  • Dashboards and widgets for monitoring and control
  • Use of IoT data in rules, workflows, dashboards, maps, reports and notifications
  • Controlled publication to residents of the indicators approved by the institution

How it works

From sensor to action: the technical event becomes a task with an owner and a deadline.

1

SensorTelemetry collected in real time

2

Threshold breachedThe configured condition is triggered

3

AlertThe event is recorded and logged

4

NotificationTo the configured owners

5

TicketA task with an owner and a deadline

6

ResolutionClosure, with a full audit trail

Examples of use

The same equipment, thresholds and alerts, applied to two of the most common scenarios in a municipality.

Smart street lighting

The lighting network is managed from the platform: every lamp or group of lamps has a state, a schedule and a consumption figure. Anomalies become alerts, and alerts become tasks with an owner and a deadline.

Central control

Light intensity and operating hours are adjusted from a single point, per lamp or per group of lamps.

Anomaly detection

Faulty lamps or excessive energy use, flagged in real time, with the intervention routed to the right owner.

Adaptive lighting

Motion and ambient light sensors, together with schedules, cut consumption without affecting safety.

Consumption reports

How consumption develops and how the network is performing, for planning maintenance and identifying areas to optimise.

Environmental monitoring

Environmental sensors feed the same maps, dashboards and workflows as the rest of the platform, and the indicators approved by the institution can be published to residents.

Real-time readings

Temperature, humidity, air quality (PM2.5, PM10, CO2, SO2), noise level and water quality, in charts and on the map.

Alerts when thresholds are breached

Automatic notifications by email, SMS and in the platform when critical values are exceeded, with escalation along the workflow.

Publishable indices

Quality indices such as AQI, shown on the public map of the municipality, for approved values only.

Forecasts and analysis

Forecasting of environmental readings and impact simulations, using the models in Vision AI.

What you get as standard

The module is more than an interface. It comes preconfigured in its standard version, ready to use from day one.

  • forms
  • workflows
  • registers
  • reference data
  • document templates
  • business rules
  • validations
  • notifications
  • reports
  • dashboards
  • access rights
  • audit trail

Native integrations

IoT data feeds the same rules, maps and reports as the rest of the platform.

The interactive map, for sensors shown geospatially
The dashboards, for operational and published indicators
The Internal ticketing module and internal tasks, for the actions triggered
The public portal and the info kiosk, for the indicators opened to residents

Part of the same platform

Smart City IoT is not a separate IoT platform with its own dashboard. Technical events feed straight into the municipality's administrative workflows — with an owner, a deadline and an audit trail.

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How you can start

You do not have to digitise the whole institution at once.

START ONE

The IoT component is switched on over a platform that is already running and takes on the actions triggered by the equipment.

START PRO + SMART CITY IOT

It is part of the VISION SMART+ premium extension, together with Vision AI.

Would you like to see how Smart City IoT would work in your municipality?

Request a demo

We show you the full path from sensor to action: threshold breached, alert, ticket, owner and resolution.