Smart Cities
Becoming a Smart City Through IoT
With the rise of urbanization, municipalities and city planners face increasing pressure to deliver sustainable, efficient, and citizen-friendly services. Leveraging advanced IoT connectivity and data-driven insights, Netmore empowers cities to streamline urban operations, enhance quality of life, and build a more resilient future.
Why Cities Choose to Work with Netmore
For Smart Cities, Netmore is more than a connectivity provider. We are a global leader in urban digital transformation, delivering scalable IoT infrastructure and data-driven solutions. Our networks and business model are built to enhance efficiency, improve citizen services, and ensure sustainable long-term value for municipalities.
Proven IoT Expertise
Our extensive experience in deploying large-scale IoT and LoRaWAN networks enables seamless integration across urban settings, from lighting and waste to pest control and environmental monitoring.
Interoperable, Vendor-Agnostic Platforms
We support open standards and flexible connectivity options, avoiding vendor lock-in and ensuring modular scalability.
Predictable, Transparent Pricing
With per-device cost models and customizable SLAs, city administrations can plan budgets confidently and ensure long-term financial sustainability.
Built for Sustainability
Our networks are designed for low power consumption, extended device lifespans, and minimal environmental impact, maximizing value while reducing resource use.
Proven IoT Expertise
Our extensive experience in deploying large-scale IoT and LoRaWAN networks enables seamless integration across urban settings, from lighting and waste to pest control and environmental monitoring.
Interoperable, Vendor-Agnostic Platforms
We support open standards and flexible connectivity options, avoiding vendor lock-in and ensuring modular scalability.
Predictable, Transparent Pricing
With per-device cost models and customizable SLAs, city administrations can plan budgets confidently and ensure long-term financial sustainability.
Built for Sustainability
Our networks are designed for low power consumption, extended device lifespans, and minimal environmental impact, maximizing value while reducing resource use.
Products & Services for Smart Cities
Network-as-a-Service (Naas)
Platform -as-a-Service (Paas)
Metering -as-a-Service (Maas)
How LPWAN Can Accelerate the Smart City Journey
Discover the Blueprint for the Cities of Tomorrow
Our Smart City Whitepaper reveals the strategies, technologies, and real-world examples that are already transforming urban life — from intelligent infrastructure and efficient public services to greener, more sustainable communities.
Get the Whitepaper now and see how you can lead the transformation toward smarter, connected, and future-ready cities.
Results Driven Customer Success
Smart city technologies, powered by robust LoRaWAN connectivity, are revolutionizing urban management worldwide. These solutions enable cities to optimize resource usage, reduce waste, and promote sustainability by delivering real-time data and advanced analytics for precise monitoring and control of everything from water and energy consumption to traffic flow and environmental conditions.
“We started our smart meter program journey in 2022, and since that date, we have saved over 2,000,000 liters of water per day just by identifying leaks in customers’ pipes. As the smart meter exchange continues, we will be able to continue with these improvements and be able to provide our customers with a better, more reliable service”.
Featured Resources
Use Case
Smart Street Lighting with LoRaWAN
Reduce energy costs by 60%, enhance public safety, and minimise your carbon footprint with LoRaWAN intelligent lighting.
Use Case
Smart Waste Management
Cut waste collection costs by up to 30%. Prevent overflows before they happen. Make every bin a data-driven asset in your sustainability journey.
Case Study
Full Network Coverage for Yorkshire Water
Full network coverage in Yorkshire presents an opportunity to add sensors for other water management and essential business applications.
Low Power Wide Area Networks for Smart Cities
Low Power Wide Area (LPWA) connectivity technologies, and particularly the LoRaWAN wireless networking standard, are well-suited for smart city applications.
Why smart cities are choosing LoRaWAN:
- Lower Total Cost of Ownership Compared to Competing Wireless Network Technologies
- Resilient End-to-End Security
- Bi-Directional Communication
- An Extensive Ecosystem of Device Makers and Solution Providers
- Reliable End Device Battery Life of Up to 15 Years
- Standards and System Interoperability
- Robust, Extensive Coverage
- Flexible Deployment Models
Smart Cities Q&A
Netmore offers a vendor-agnostic, open-standard LoRaWAN platform that ensures interoperability and scalability. Our “Network-as-a-Service” (NaaS) approach delivers carrier-grade connectivity with predictable per-device cost models, while our “Platform-as-a-Service” offering is designed for large-scale LoRaWAN deployments or targeted municipal and enterprise use cases. This flexibility—combined with proven city deployments at scale sets us apart.
Smart city technologies powered by LoRaWAN deliver measurable impact—including up to 30% increases in operational efficiency, 50% reductions in maintenance costs through predictive alerts, and enhanced citizen satisfaction with smarter public services. These ROI figures are based on real-world deployments in utilities, traffic management, and environmental monitoring.
Absolutely. Netmore’s platform is designed with an open API architecture, facilitating integration with existing city systems such as asset management, GIS, and utility dashboards. We also support common standards and connectors to ensure seamless interoperability with vendor-specific or legacy systems.
Reliability is built into our offering via 24/7 operational monitoring, SLA-backed guarantees, and proactive maintenance routines that minimize downtime. On the sustainability front, we use low-power LoRaWAN devices and energy-efficient gateways, ensuring long battery life and a reduced ecological footprint—aligning with both cost control and environmental goals.