Smart-city sensors that survive procurement
Most "smart city" pitches die at the RFP stage — proprietary radios, cellular contracts per device, dashboards nobody on public works wants to learn. Our LoRaWAN sensors run on open standards, push into your existing CMMS, and have shipped into adaptive lighting, air-quality, parking, and waste-bin programs across Europe, the Gulf, and Southeast Asia.
What city IT and DPW directors actually ask us about
Less "urban transformation," more "does it pass our procurement, and where does the data go on Monday morning"
Climate-plan reporting
Auditable energy and emissions data per streetlight pole, per route, per district — formatted for the kind of annual climate-action reports councils have to file, not generic dashboards.
311 / complaint reduction
Lighting outages get detected before residents call them in; bin overflow alerts hit dispatch before the photos hit social media. One mid-sized city saw 311 lighting tickets drop ~40% in the first 12 months.
DPW workflow fit
Tickets land directly in your existing CMMS (Cityworks, Cartegraph, SAP) instead of yet another smart-city portal nobody logs into. Public works keeps its workflow.
Procurement-friendly
Open LoRaWAN, public APIs, no per-device cellular bill, no proprietary mesh — drafted to survive procurement, RFP scrutiny, and the next administration.
Smart City Applications
Sensor solutions for traffic, lighting, environment, and waste — built around how municipal IT and public works actually procure and operate
Deploy vehicle detection sensors at intersections and parking areas to optimize signal timing, reduce congestion, and improve emergency response. Real-time traffic data enables adaptive signal control that responds to actual conditions, not fixed schedules.
Sensor Types
Measurable Impact
- 30% reduction in average commute time
- 45% faster emergency vehicle response
- Real-time parking availability
- Reduced vehicle emissions from idling
Transform street lighting from fixed schedules to intelligent, responsive systems. Sensors detect ambient light, pedestrian presence, and traffic to adjust brightness dynamically, reducing energy consumption while maintaining safety.
Sensor Types
Measurable Impact
- 40% reduction in lighting energy costs
- 3x longer LED lifespan from dimming
- Remote fault detection and diagnostics
- Automatic daylight adjustment
Create a city-wide network of environmental sensors to track air quality, noise pollution, and weather conditions. Provide citizens with real-time data and enable evidence-based policy decisions for healthier urban environments.
Sensor Types
Measurable Impact
- Real-time pollution alerts to citizens
- Data-driven traffic routing during high pollution
- Noise ordinance enforcement
- Climate resilience planning data
Optimize collection routes and schedules with fill-level sensors in waste bins. Eliminate unnecessary pickups, prevent overflows, and reduce collection vehicle emissions. Dynamic routing saves fuel and labor costs.
Sensor Types
Measurable Impact
- 50% reduction in collection routes
- Prevent overflow complaints
- 30% fuel savings
- Better recycling contamination detection
Our Deployment Approach
A proven methodology for successful smart city implementations
Assessment & Planning
We analyze your city's priorities, existing infrastructure, and connectivity landscape to design an optimal sensor network.
Pilot Deployment
Deploy a focused pilot in one neighborhood or application area to validate performance and demonstrate ROI before city-wide rollout.
Scale & Expand
Based on pilot results, expand the network across the city, adding new sensor types and applications as needed.
Ongoing Optimization
Continuous monitoring, analytics refinement, and network expansion to maximize value over time.