The Internet of Things (IoT) has transformed how we monitor civil infrastructure, enabling real-time, data-driven decisions that reduce operational risk and improve safety. Among the technologies driving this shift, long-range radio communications—especially LoRa and LoRaWAN—have proven to be the most effective solution for remote monitoring with minimal maintenance.

With the ability to transmit data over distances of up to 15 km using ultra-low power, LoRa-based solutions allow engineers to deploy monitoring systems in hard-to-reach locations without relying on grid power or frequent site visits. However, not all LoRa-based networks are created equal. As more sensors enter the market, choosing the right network architecture becomes a critical decision—one that directly impacts scalability, flexibility, and long-term costs.

Understanding the difference: proprietary LoRa vs. LoRaWAN

While many monitoring systems rely on LoRa for wireless communication, they differ in how they implement the protocol. Some manufacturers use proprietary implementations, creating closed ecosystems that only support their own devices. Others follow the LoRaWAN standard, allowing for interoperability across different device manufacturers.

Closed LoRa networks, such as those offered by some vendors in the market, can be a good fit for small, industrial, standalone deployments where complete control is needed. But as monitoring needs to grow, these systems quickly become limiting. They create silos of data, prevent the addition of third-party sensors, and require users to manage multiple incompatible platforms.

This fragmentation drives up complexity and costs—especially when trying to scale from a limited project to a network that spans dozens or hundreds of nodes.

Why LoRaWAN opens the door to scalable monitoring

LoRaWAN is an open standard governed by the LoRa Alliance. It defines how LoRa devices communicate. By using a standardized protocol, LoRaWAN makes it possible to build multi-vendor, multi-use networks, where sensors from different manufacturers can coexist, provided they all speak the same language.

However, a common misconception is that all LoRaWAN devices automatically work with any network. The requirements to properly and independently operate multi-vendor LoRaWAN devices are mainly three:

• Security aspect, the device vendor must allow access to the payload using Authentication standards;
• Data interpretation aspect, the device vendor must share the payload format or decoding scheme so data interpretation and integration can be done; 
• Network server aspect, the network operator must be connected to a compatible LoRaWAN Network Server (LNS) that supports the device’s communication protocols.

The challenge: fragmented LoRaWAN deployments

Despite the openness of the protocol, not all LoRaWAN networks are open. Some manufacturers design their gateways and devices to work only with proprietary network servers, using their own data formats and retaining such information as intellectual propriety. This limits the ability to manage the network centrally and prevents other devices from joining—even if they are LoRaWAN.

This is where Worldsensing sets itself apart.

Worldsensing: the preferred network solution for open LoRaWAN deployments

Worldsensing has recently expanded its offering to fully embrace open LoRaWAN network compatibility, providing a level of flexibility and scalability not possible with closed systems.

With this update, any third-party LoRaWAN-compliant device can now be added to a Worldsensing-managed LoRaWAN network and operated via CMT Cloud’s Management Software.

LoRaWAN-compliant device is one whose vendor permits Worldsensing to decode its transmitted data, and for which Worldsensing has implemented the necessary technical processes to interpret and connect the device’s data. This enables Worldsensing to act as a bridge, delivering actionable information to decision makers.

This means:

• If you have Worldsensing LoRaWAN gateways deployed, you can now add third-party LoRaWAN-compliant devices and Gateways without replacing your infrastructure.

• If you already operate a LoRaWAN network (with generic gateways forwarding data to a specific LNS, the The Things Network is the selected LNS by Worldsensing), you can now connect Worldsensing devices configured for LoRaWAN with Worldsensing MobileAPP.

• All devices—both Worldsensing and third-party LoRaWAN-compliant devices—can be managed in one place, through a single cloud-based interface, notably, CMT Cloud Worldsensing software.

In addition, the recent update also allows existing standalone Worldsensing Networks, running on CMT Edge, to be seen and managed through CMT Cloud.

This open approach eliminates vendor lock-in, simplifies network expansion, and ensures your monitoring infrastructure can evolve with your needs.

What this means for engineering service providers 

Whether you’re monitoring slope stability, structural health, or environmental conditions, the ability to scale your network and integrate new devices is essential. By supporting open LoRaWAN, Worldsensing enables you to build networks that grow with your project, reduce operational complexity, and maximize return on investment. 

With CMT Cloud, you can now expand Worldsensing networks by connecting LoRaWAN-compliant devices from third-party providers. Additionally, you can enhance existing open LoRaWAN networks operated with The Things Network LNS by integrating Worldsensing LoRaWAN edge devices, all managed seamlessly through the CMT Cloud software layer.

In contrast, solutions that rely on closed LoRa/LoRaWAN protocols limit what you can do. You’re forced to choose only from a single manufacturer’s catalog of devices and must work within their ecosystem—even if it doesn’t meet your project’s full technical or commercial requirements.

Final takeaway

When choosing a LoRaWAN network for your monitoring system, don’t just focus on range, power consumption, or hardware. Consider the long-term flexibility of the network itself.

Worldsensing’s open LoRaWAN support puts scalability, interoperability, and ease of management at the core of your network design—making it the ideal choice for organizations that want to future-proof their monitoring deployments.