Rooster_LoRaWAN is a pilot LoRaWAN gateway project provided by Rooster in Sandefjord, Norway. It is aimed at users who already have LoRaWAN sensors and want to transmit data over the internet to The Things Network (TTN). The page clearly states that this is a free service, but it is currently subject to a “temporary limitation” of forwarding data to TTN only.
Functionally, this is not a traditional developer SaaS product or SDK, but rather an IoT network access point. Rooster uses a Ursalink UG85 gateway, which includes GPS and can therefore report the gateway’s location. The gateway is named “Rooster_LoRaWAN_gateway_1” and can be found on the TTN network map. In terms of hardware capability, the UG85 offers 8 parallel channels, and the page states that it can cover up to 2000 sensors.
In terms of supported languages and frameworks, the page does not mention any programming languages, frameworks, APIs, or SDKs. In practice, development integration would likely rely on TTN’s own data processing, application configuration, and downstream integration capabilities, but the page does not provide any setup process or interface documentation. Open-source/closed-source status and self-hosting options are also not disclosed; the only thing that can be confirmed is that this is a gateway resource operated by Rooster, not a public software project.
The main highlight of this project is that it is free, making it suitable for low-cost validation of LoRaWAN sensor data reporting. However, the page also explicitly reserves the right for operational interruptions due to maintenance and other reasons. It states that, as a pilot project, the gateway may occasionally go offline and uptime is not guaranteed. In other words, it should not be treated as production-grade infrastructure.
The advantages are that it is free, can connect to TTN, and provides relatively transparent hardware capability information. It is suitable for IoT hobbyists, students, developers, or companies near Sandefjord that want to validate early prototypes. The downsides are that the documentation is very brief, with no network-join parameters, coverage details, frequency band information, troubleshooting guidance, API/SDK details, or support SLA. It is not suitable for commercial deployments that require stability, compliance, or long-term maintenance.
The page does not provide information about access from China, network connectivity, or payments, so its China access status can only be marked as unknown. Since the service depends on local LoRaWAN wireless coverage, it offers limited practical value to users in China unless their devices are within range of the gateway. Possible alternatives include The Things Network, a self-hosted LoRaWAN network using ChirpStack, Helium Network, or AWS IoT Core for LoRaWAN.
⚠ This review is compiled from public sources and does not constitute a purchase recommendation. Verify all facts on the vendor's official site. Verify on rooster.no official site.
rooster.no is an Norway Dev Tools provider. TG4G tracks its product information, an overall rating of 5.0/10, and a China-accessibility score of Workable. Click "Visit Official Site" to reach rooster.no directly.