Smart Cities with NeoMesh

From dynamic streetlights to air quality monitors, IoT-connected devices are at the core of smart cities — making urban spaces more efficient, responsive, and sustainable.

One of the most visible applications is smart lighting, which ranges from simple remote control of streetlights to more advanced systems with built-in sensors and cameras. These can support real-time monitoring, dynamic behavior, and even data collection to inform other city services.

Benefits of Smart City Lighting

Depending on the implementation, smart lighting can offer:

Reduced Energy Use

Lights turn on only when needed, based on time schedules or sensor input.

Improved Public Safety

Lights brighten when pedestrians or vehicles are detected, enhancing visibility and deterring crime.

Dynamic Lighting Control

Adjust light levels based on movement, weather, or traffic conditions.

Maintenance Monitoring

Automatically detect and report malfunctioning lights.

Environmental Sensing

Use integrated sensors to detect local weather, air quality and noise levels.

Smart Signage Integration

Remotely control digital signs and update information as needed.

Beyond Lighting: Other Smart City Applications

NeoMesh can also be used in a wide range of other smart city use cases, such as:

Smart Parking

Detect available spaces and guide drivers

Traffic Monitoring & Control

Dynamic signs, road occupancy detection

Environmental Monitoring

Air quality, noise, weather sensors

Sewer & Drain Monitoring

Detect blockages or flooding

Smart Waste Management

Monitor bin levels and optimize pickup routes

EV Charging Management

Load balancing and usage optimization

The Issue with Most Wireless Smart City Technologies

Today, most smart city devices use LoRaWAN or NB-IoT / LTE-M. While both are widely adopted, they both have significant limitations:

  • Monthly subscription fees per device
  • Limited peer-to-peer communication — devices can’t talk directly to each other
  • Dependence on nearby infrastructure like cell towers or gateways
  • Coverage issues in dense cities or underground installations

The NeoMesh Advantage in Smart Cities

NeoMesh is a powerful alternative — designed for dense, infrastructure-light environments like cities:

No subscription costs

Once deployed, the network is free to operate — no per-device fees.

Infrastructure-free in the field

No repeaters or cell towers needed. Devices connect directly to each other in a robust mesh.

Only one gateway required

Just place it where there’s Ethernet, Wi-Fi, or 4G/5G access. That’s it.

Bi-directional communication

All devices can both send and receive messages, regardless of timing.

Self-healing and monitored network

Devices automatically detect and adapt to missing or poorly connected nodes.

Long range options

Choose from standard modules, high-output variants, or LoRa modulation for multi-kilometer range between devices.

No packet loss

Thanks to intelligent routing and local acknowledgments, data is transmitted reliably — even in noisy city environments.

NeoMesh is ideal for smart city projects that require flexibility, reliability… and no hidden costs — whether you’re managing streetlights, monitoring air quality, or building a city-wide sensor network.

Contact us to explore how NeoMesh can power your next smart city deployment.

Frequently asked questions

How does NeoMesh enhance smart lighting systems?
NeoMesh enables dynamic control of smart lighting, such as adjusting brightness based on pedestrian activity or environmental conditions, significantly reducing energy consumption.
Can nodes communicate directly with each other in NeoMesh, without going through the gateway?
Yes. The nodes can communicate directly with each other. This is useful, for example, whenever a street-light needs to instruct the neighboring light to increase or decrease in light output.
How can I tell if a node is missing?
Our NeoGateway software will monitor the network and provide warnings in case nodes are weakly connected or even missing.
Can NeoMesh be used with LoRa modulation
Yes, for long range communication LoRa at either sub-GHz or 2.4 GHz is available. Devices in the mesh network can communicate with each other using LoRa modulation.
What area can I cover?
Whereas the node to node distance can be up to a few kilometers, even larger areas can be covered by ensuring that each node see a minimum of two other nodes. Any urban area, regardless of size, can be covered by adding more nodes.
How does NeoMesh handle connectivity in dense urban areas?
NeoMesh uses redundant routing and choice between sub-GHz or 2.4 GHz communication to ensure reliable connectivity, even in areas with high interference or dense infrastructure.