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Communities everywhere are looking to cut energy use, and street lighting remains one of the biggest power loads for any city. Improving how these lights operate is a straightforward way to reduce emissions and lower running costs.
Switching to LED lighting was the first step. The next step is the use of intelligent control networks that help cities manage lighting more efficiently and get better value from their infrastructure.
Meshmerise Networks supports this shift with advanced Narrowband RF mesh solutions. These systems allow cities to monitor and control lighting remotely, turning a basic lighting grid into a smart, responsive network.
A Meshmerise lighting network does more than manage lights. It creates a solid communication layer that can be shared across other city services. This backbone can connect parking meters, environmental sensors and utility meters, building a more connected and efficient city.
Our standards-based modules fit easily into existing setups. Every light or control cabinet includes a Meshmerise RF unit that builds a strong wireless mesh network.

Our standards-based modules fit smoothly into existing setups. Each light or control cabinet is equipped with a Meshmerise RF unit.

These units create a stable wireless mesh network that connects all nodes across the lighting system for smooth, reliable performance throughout.

The mesh links to a gateway and then to our management platform, or yours, enabling full two-way control for up to 250 nodes.
You don’t need a complete meter overhaul to move toward smarter operations. Meshmerise retrofit modules bring full AMI capability to the meters you already own. This helps you preserve valuable assets, lower deployment costs and accelerate your return on investment without disrupting field operations.
Meshfinity is our proprietary IPv6 6LoWPAN platform built for secure, high-scale electricity metering. It supports multi-vendor ecosystems, rapid deployments and dependable communication across large meter networks.
Track energy use, current and voltage across your lighting network as it operates.
Set dimming rules by zone, time or event to save energy without affecting safety.
Spot issues such as failing lamps early and plan repairs before outages occur.