New Delhi - Oct. 17, 2019, 08:00 a.m. CEST - Kerlink (ALKLK - FR0013156007), a specialist and global leader in solutions dedicated to the Internet of Things (IoT), and SenRa, a PAN India Low-Power Wide-Area Networks (LPWANs) provider for long-range-based (LoRa®-based) IoT applications, today announced their partnership to reach a target of 100 smart-city networks in India by the end of 2020.
Building on a smart-city initiative launched by SenRa, called Smart City Mission, the new roll outs will rely on Kerlink products and solutions. These include the company's new industrial-grade WirnetTM iStation with fully integrated internal antennas and 4G backhaul connectivity, and Wirnet iFemtoCell gateway, designed for deep indoor applications.
The collaboration was announced during LoRaWAN® Live in New Delhi, a full-day event focused on advancing business opportunities in the IoT and highlighting why LoRaWAN® is widely recognized as the de facto LPWAN technology.
"Kerlink is a global leader in delivering high-performance, robust and reliable IoT networks in any environmental conditions, including India's monsoon season," said SenRa CEO & founder Ali Hosseini. "In addition, the company's package of highly consistent, future-proof and compact range of solutions enables quick network deployment, update and overall operation."
"Wirnet iStation is a unique, robust, and reliable IoT gateway that is ideal for outdoor IoT connectivity," said Girish Dadheech, vice president of Kerlink India. "Its combination of simple installation, superior technical characteristics, and weather-hardened design is a perfect fit for SenRa's smart-city program."
India Government's Smart City Mission was launched to create a more sustainable and citizen-friendly India. SenRa's LoRaWAN® networks are dedicated to supporting smart city projects such as parking, waste management, street lighting, and utilities. SenRa and Kerlink are on track to deploy public LoRaWAN® networks in 100 cities by the end of 2020, building on SenRa's earlier deployments this year.