Civil Infrastructures

Connected infrastructure

Intelligent monitoring for tunnels, bridges, viaducts, dams and critical infrastructures.

Qartia designs, develops and integrates IoT systems, wireless communications, advanced analytics and Artificial Intelligence models to know the status of critical civil infrastructures in real time.

The solution allows you to capture structural, environmental and operational variables, send them safely to the platform and convert them into dashboards, risk thresholds and actionable alerts for operators and technical managers.

This line is especially relevant for tunnels, bridges, viaducts, roads, dams, hospitals, unique buildings and hydraulic infrastructures where service continuity and safety depend on continuous supervision.

With Qartia, the infrastructure stops being managed only by specific inspection and begins to function as a monitored, traceable asset prepared for predictive maintenance.

Real use case

Field deployment on critical road infrastructure.

What Qartia does in this type of deployments

Qartia integrates sensors, data acquisition, communications, power, visualization and intelligence to turn the physical asset into a monitored operating system.

Tailored technical design according to the asset, criticality and needs of the operator.
Digitization of physical and environmental signals with its own acquisition and transmission electronics.
Wireless network integration, backhaul, Cloud server Qartia and centralized web visualization.
Scalable architecture for tunnels, bridges, viaducts, dams and hydraulic infrastructures.

Operating result

The client obtains a continuously monitored infrastructure, with the ability to contextualize events and scale the deployment without redoing the architecture.

Visibility of the asset status in real time.
Traceability of incidents and field events.
Technical basis for predictive maintenance and future expansion.

Tunnel entrance with Qartia monitoring cabinet installed — Monitored tunnel entrance.

Qartia technical team working on civil monitoring deployment — Installation and validation in the field.

Solution architecture

From the physical sensor to the actionable warning.

Modular architecture Qartia

From signal to action plan, with complete traceability.

An end-to-end flow to convert field measurements into rapid operation, maintenance and safety decisions.

Reliable data → quick decision

01 Sensors Reliable capture of the asset
02 Acquisition Team Clean and prepared data
03 LoRa Efficient IoT coverage
04 Router LoRa/5G Safe exit to platform
05 Cloud Qartia History, rules and government
06 Dashboard / Digital Twin / AI Operational vision and intelligence
07 Alerts Early response

Connected data from field to operation.

The platform is supported by field acquisition, IoT network, secure backhaul, Qartia cloud and intelligent models to transform technical measurement into preventive operation.

Conversion of analog and digital signals from structural and environmental sensors.
LoRa, 5G, MQTT and secure VPN according to coverage and criticality scenario.
Web visualization, digital twin, risk thresholds and business rules.
Alerts and notifications for operation, maintenance and emergency services.

Operational layers that integrate

The architecture is scalable: It is designed to integrate with existing infrastructure and grow by modules according to coverage, criticality and client objectives.

Data acquisition and transmission from the field.
Secure backhaul to platform and control panels.
AI, digital twin and alerts as a decision layer.

Qartia communications and acquisition cabinet — Communications and acquisition node.

Electrical panel and protections of the civil monitoring system — Power and field electronics.

Technical capabilities

Complete engineering to monitor, interpret and act.

Structural and environmental sensing

Captures vibration, displacement, inclination, temperature, humidity, gases, particles, pressure and any critical variable of the asset.

Communications IoT LoRa/5G

Hybrid architectures with LoRa, 5G, MQTT and secure VPN to deploy in tunnels, remote environments and complex networks.

Real-time web dashboards

Dashboards for operators and clients with operational vision, alarms, history and event traceability.

2D/3D digital twin

Visual representation of the asset to contextualize sensors, critical areas, states and maintenance.

Predictive artificial intelligence

Models to detect anomalies, anticipate degradation and estimate wear before failure appears.

Alerts and notifications

Generation of automatic warnings for operators, operators, clients and emergency services.

Integration with client platforms

Open ability to connect with existing SCADA, BMS, GIS, corporate systems or control centers.

Predictive maintenance of sensors and equipment

Field electronics status monitoring and maintenance planning based on real condition.

Benefits

Less uncertainty, more security and better maintenance.

Anomalies

Early detection of anomalies

Identify deviations before they evolve into security or service incidents.

Risk

Reduction of operational risks

It allows you to act with data and prioritize inspections or closures in a better-founded way.

Resilience

Greater resilience to disasters

Provides additional visibility in the event of climatic, seismic or accelerated degradation episodes.

Maintenance

Better maintenance planning

Organize interventions by real condition of the asset and not only by fixed calendar.

Decision

Clear visualization for decision

Offers a unified view for operators, technical managers and operators.

Integrated field table with emergency protocols

Emergencies

Integration with emergencies

Makes it easy to trigger protocols and share relevant information quickly.

Applications

The same technological base for multiple critical assets.

Road tunnel as a connected civil monitoring application

Tunnels

Configurable monitoring to capture critical variables, send data in real time and generate actionable alerts.

Lusitania Bridge prepared for continuous structural supervision

Bridges

Continuous monitoring of the structural behavior and evolution of the asset in service.

Highway viaduct as critical monitorable infrastructure

Viaducts

Control of critical areas with open architecture and centralized operational visualization.

Dam and hydraulic infrastructure for continuous supervision

Dams

Supervision of structural, environmental and exploitation variables with continuous traceability.

Roads

Monitoring of sensitive points, road nodes and environments where security requires early response.

Singular building as a critical asset for monitoring

Buildings

Unique buildings

Monitoring adapted to infrastructures with high criticality, occupation or heritage value.

Health center where continuity of service is critical

Hospitals

Control of assets and infrastructure where service continuity is critical.

Hydraulic infrastructure and monitorable water treatment

Hydraulics

Hydraulic infrastructures

Configurable deployments for pipes, drains and civil elements linked to water.

Executive pilot

From technical study to continuous operation in 4 phases.

Initial diagnosis

Asset selection, criticality, variables to measure, coverage needs and operational KPIs.

Field deployment

Installation of sensors, electronics, power and communications on the real infrastructure.

Platform and alerts

Display settings, events, thresholds, analytics and notification protocols.

Scaling and maintenance

Impact report, system expansion and operation based on the real condition of the asset.

Turn your infrastructure into a monitored, intelligent and secure asset.

Qartia can prepare technical studies, pilots and field deployments to validate sensorization, connectivity, analytics and alerts on critical civil infrastructure.