26 Jan LoRa Alliance touts LoRaWAN roaming across 25 countries | Light Reading
FREMONT, California The LoRa Alliance, the global association of companies backing the open LoRaWAN standard for the Internet of Things (IoT) low-power wide-area networks (LPWANs), today announced that multiple network operators have deployed roaming capable platforms, with full LoRaWAN roaming capabilities now available in 27 countries around the world, as well as via satellite. Multiple customers globally are already leveraging the roaming services provided by public LoRaWAN network operators.
“The LoRa Alliance continues to drive a strategy of making LoRaWAN widely accessible and easy to use,” said Donna Moore, CEO and Chairwoman of the LoRa Alliance. “As of the end of 2020, we have public and private LoRaWAN networks active in more than 160 countries around the world. We also know that true global coverage is most quickly accomplished by interconnecting networks and allowing devices to seamlessly move between them especially for logistics and tracking applications. Many of the largest global brands have supported this approach by implementing LoRaWAN roaming across their networks, making LoRaWAN more accessible than ever before.”
Recent updates to the TS002-1.1.0 LoRaWAN Backend Interfaces Technical Specification completed in Q4 2020 enhance ease-of-use for roaming implementations and add support of LoRaWAN geolocation features for roaming devices. LoRaWAN roaming covers both mobile assets and fixed ones of multi-national customers whose devices leverage the radio coverage from roaming partners across multiple countries. In addition to public-to-public network peering, LoRaWAN’s roaming capabilities also support public-to-private and private-to-private network peering. The LoRaWAN protocol also offers a very unique feature, whereby a given device could be served simultaneously by several gateways that may belong to the home and one or more visited networks. From a functionality perspective, this allows several networks’ gateways to act as one, with unified coverage serving the device.
To further support roaming, the LoRa Alliance has launched the Connect EU initiative to accelerate roaming across Europe, with participation from other regions. The initiative supports and encourages collaboration among all LoRa Alliance members who are interested in leveraging LoRaWAN roaming. This effort, along with the LoRaWAN Backend Specification enhancements, shows the alliance’s commitment to the continuous improvement of this capability and ensures active member engagement in roaming networks and hubs.
LoRaWAN roaming capability is presently available from the following LoRa Alliance Members in these countries:
- 3S in Tunisia
- A2A in Italy
- Charter Communications in the USA
- Connexin in the United Kingdom
- Czech Republic (Ceske Radiokomunikace, a.s.) in the Czech Republic
- ER-Telecom-Domru in Russia
- Everynet and its partners in Brazil (American Tower do Brazil), Indonesia (Telkom Indonesia), Iceland (Lysir), UK, Ireland, Spain, Italy, and Mexico
- Digita Oy in Finland
- komro GmbH in Germany
- KPN in The Netherlands
- Lyse in Norway
- Minol-ZENNER Group in Germany
- MIOT Melita.io Technology GmbH in Germany
- Netmore in Sweden
- NNNCo in Australia
- Objenious by Bouygues Telecom in France
- Orange in France (Roaming is currently limited to a single partner, it will be extended to the French market in H2 2021)
- Pingday in Sweden
- Proximus PLC in Belgium and Luxemburg
- Senet in the USA
- SenRa in India
- Swisscom Ltd in Switzerland
- Telekom Srbija in Serbia
- VTC Digicom in Vietnam
- Actility Roaming Hub (interconnecting 20 networks for roaming)
- Lacuna Space (LoRaWAN satellite company)
In addition to being able to access LoRaWAN roaming via agreements with network operators, multiple LoRa Alliance members have launched roaming hubs that can mutualize multi-network interconnections. The hubs make it easier for network providers to connect to multiple vendors at one time. Finally, roaming is already accessible via satellite network provider Lacuna Space allowing for integrated terrestrial and satellite networks, providing coverage to remote areas.
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