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Smart Poles & Street Infrastructure
Integrate sensors, communications and edge equipment into connected street assets and public infrastructure.
Products · Smart City / Urban IoT
Connected urban infrastructure built around real operational needs.
Civiteq designs and integrates IoT systems for councils, precincts and public infrastructure. From non-contact sensing and environmental monitoring to connected assets and edge systems, our approach starts with the operational problem and the conditions of the site.
Smart infrastructure without unnecessary complexity.
Sensing, connectivity, edge processing and field integration designed as one system.
Smart city & urban IoT
Useful data from public infrastructure and urban environments.
A smart city deployment should solve an operational problem, not simply add more connected devices.
Civiteq combines sensing, communications, networking and edge technology to help councils and infrastructure operators understand what is happening in the field. Systems can be deployed as standalone monitoring points or integrated into existing poles, cabinets, networks and operational platforms.
The focus is on practical visibility, maintainable infrastructure and data that can support planning, operations and service delivery.
Operational visibilityBring field conditions and asset status into a connected operational view.
Retrofit capabilityAdd sensing and connectivity to existing infrastructure where replacement is unnecessary.
Flexible networkingUse the communications architecture best suited to the site and existing network.
Field-ready integrationConsider mounting, power, enclosure, network access and maintenance from the outset.
Urban applications
Connected technology for the public realm.
Civiteq can support both new smart-infrastructure projects and the extension of existing council or precinct assets.
02
Non-Contact Detection
Use radar-based sensing where contactless detection and monitoring is more appropriate than optical or physical sensors.
03
Urban Environmental Monitoring
Measure local temperature, humidity, pressure, weather and other environmental conditions across a precinct.
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Connected Assets
Add telemetry and monitoring to existing field equipment, cabinets and infrastructure without replacing useful assets.
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Edge & Network Integration
Connect field devices into Ethernet, fibre, cellular, LPWAN or edge architectures according to the site.
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Operational Handover
Document, commission and transfer connected infrastructure into operational use with clear configuration and support information.
Urban IoT products
Products suited to smart-city and public-infrastructure deployments.
Civiteq products provide a starting point for sensing and monitoring, while the final communications, power and integration configuration can be matched to the site.
CTQ-RAD
Radar sensing
60 GHz Radar Sensing Platform
A connected platform for non-contact detection and monitoring applications in urban and infrastructure environments.
- Sensing: 60 GHz radar
- Use: urban and infrastructure monitoring
- Integration: configurable connectivity and power
CTQ-THP
Environmental sensing
Temperature, Humidity & Pressure Node
A compact platform for distributed environmental monitoring across public spaces, precincts and infrastructure sites.
- Measures: temperature, humidity and pressure
- Use: public realm and infrastructure monitoring
- Architecture: connected field sensor platform
CTQ-WX
Local weather
Remote Weather Monitoring
Site-specific weather and microclimate monitoring for precincts, councils and distributed urban locations.
- Application: local weather and microclimate data
- Use: councils and distributed urban sites
- Configuration: matched to deployment requirements
Infrastructure integration
Connect new sensing to the infrastructure already in place.
Smart-city projects rarely start with a blank site.
Civiteq can integrate new IoT devices and sensing into existing cabinets, poles, networks and edge systems. That can include Ethernet, fibre, PoE, cellular or LPWAN connectivity, depending on what the site already has and what the application requires.
Smart polesSensor and edge integration into connected street infrastructure.
Ethernet & fibreIntegration with existing switched and fibre-connected infrastructure.
Cellular & LPWANIndependent communications where fixed network access is unavailable or unnecessary.
Edge processingLocal processing and gateway architecture where resilience or bandwidth requires it.
Deployment approach
Start with the operational problem and the existing infrastructure.
The best architecture depends on the site, the existing network, the required data and who will ultimately operate the system.
01 · DEFINE
Operational requirement
Identify what needs to be sensed, monitored or connected and what decisions the data needs to support.
02 · AUDIT
Existing infrastructure
Review poles, cabinets, power, networks, fibre, communications and existing field assets.
03 · INTEGRATE
System architecture
Select the sensing, edge, connectivity and integration approach that fits the operational environment.
04 · HANDOVER
Commission and document
Validate the deployment, document the configuration and transfer it into operational use.
Planning a smart-city or urban IoT deployment?
Tell Civiteq what you need to monitor, what infrastructure already exists and how the information needs to be used. We can help define the sensing, communications and integration architecture around the project.