LoRaWAN Roadmap Targets IoT Expansion

The LoRa Alliance has released a technical roadmap outlining planned updates intended to support new LoRaWAN application integrations, extensions, and other enhancements in the coming years.

LoRaWAN® is widely deployed as a low-power wide-area networking (LPWAN) technology and is commonly used alongside cellular, Wi-Fi, and Bluetooth for IoT connectivity. The roadmap describes planned work to build on the existing ecosystem by improving application interoperability, simplifying deployment processes, and extending network coverage options.

According to the LoRa Alliance, the roadmap is intended to support future IoT devices and applications by expanding integration with existing application domains and reducing complexity in implementation, with the goal of enabling more standardized and streamlined deployments.

Application Integrations

The next phase of the roadmap focuses on expanding ecosystem capabilities and integration options. This includes previously announced work on mapping between LoRaWAN and the Open Platform Communications Unified Architecture (OPC UA), a standard used in industrial applications.

Another planned integration will support IoT-connected water meters using the North American UI-1203 protocol, enabling more direct interoperability with LoRaWAN networks.

In 2028, the Alliance plans to introduce a Standard Application Data Format intended to standardize application payload structures, reducing the need for custom integration between devices and application platforms.

Plug-and-Play Enhancements

The roadmap also includes features aimed at simplifying device deployment and management.

In 2026, planned updates include support for device migration between LoRaWAN networks, intended to assist with life cycle management of large device fleets. Another feature, End-Device Capabilities Discovery, is intended to allow network servers to retrieve device capability information from external sources to reduce manual provisioning.

In 2027, additional enhancements are expected, including Zero-Touch Device Onboarding improvements to reduce manual configuration during setup. DNS-based Network Infrastructure Discovery is also planned to reduce the need for pre-configuring core network components such as network servers, application servers, and join servers.

That same year, two standardized interfaces are planned:

• A Network Server to Gateway Interface to support interoperability between network servers and gateways.
• A Network Server to Application Server Interface to standardize communication between network servers and application servers.

Coverage Extensions

The roadmap also includes updates intended to extend LoRaWAN coverage options.

In 2026, Walk-By/Drive-By Reading is planned to support connectivity via mobile infrastructure such as vehicles, drones, or handheld systems, particularly for devices outside fixed network coverage.

Also in 2026, Satellite Discovery Enhancements are planned to standardize how end devices identify and connect to LoRaWAN satellite networks, building on existing support for LEO and GEO satellite connectivity.

In 2027, a Crypto Agility extension is planned to support future cryptographic methods across end devices, network servers, and application servers. The Alliance also plans to introduce a Gateway Certification program alongside its existing end-device certification efforts.

In 2028, a Network Analytics API is planned to standardize access to network traffic and performance data for monitoring and management purposes.

Source: LoRa Alliance®

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