Questions & Answers
Frequently Asked Questions
Answers to common questions about Civic Smart City & IoT — covering general platform capabilities, implementation, security, pricing, and technical architecture.
Civic Smart City & IoT supports any sensor communicating via MQTT, CoAP, HTTP/HTTPS, Modbus TCP/RTU, OPC-UA, or SNMP — covering water pressure/flow/quality sensors, smart streetlight controllers, traffic counters (radar, loop, piezo, video), waste bin fill-level sensors (ultrasonic, infrared), environmental monitors (air quality, noise, water quality, weather), and parking occupancy sensors (magnetometer, camera). The protocol adapter SDK enables custom adapters for proprietary protocols.
Yes. The platform is vendor-neutral by design. Protocol adapters normalize data from any manufacturer's sensors into a standard internal format. Your existing Sensus water meters, Telensa streetlight controllers, MetroCount traffic counters, Bigbelly waste sensors, and Envista air quality stations can all be integrated into the unified device registry and command centre dashboard.
Each vendor provides a dashboard for their own sensors only — creating 6–10 separate dashboards with no cross-domain correlation. Civic Smart City & IoT replaces all vendor dashboards with a single command centre providing unified visibility, cross-domain event correlation (e.g., linking a water pressure drop with traffic sensor detecting construction in the same area), shared alerting and escalation, and integrated work order generation — all on one geographic map.
Configurable department views show each team only their relevant sensors, alerts, and analytics — Water Operations sees pressure/flow/quality, Transportation sees traffic/parking, Public Works sees streetlights/waste, Environmental Services sees air/noise/water quality. Any user can switch to the full unified view for cross-domain awareness. Role-based access control ensures departments see only their authorized data.
The platform includes edge computing nodes for rural and remote deployments. Lightweight stream processing runs locally for latency-sensitive applications (water treatment control, safety monitoring). Data buffering during connectivity interruptions ensures zero data loss — edge nodes synchronize with the central platform when connectivity is restored. LoRaWAN network management provides coverage mapping to identify and address connectivity gaps.
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