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usage, detect leaks, and ensure efficient distribution of water resources,” he said. Lest we only tar these regions with the brush of poor connectivity, Barzagan explained that even developed countries can struggle with poor connectivity too. “Rural and remote regions may lack comprehensive coverage and connectivity … Ageing infrastructure in some cities can pose problems … Additionally, funding constraints and bureaucratic hurdles can slow down the adoption of new technologies and the implementation of efficient water management practices.” Regions like the American Southwest are struggling with what may be the new normal; prolonged droughts and extreme heat. Barzagan emphasised that this is where modernising water infrastructure with smart metering technologies is beneficial.
CAT-M to extend battery life." Eseye provides LTE-M and NB-IoT technologies for smart metering applications. “Cellular IoT is preferred for many applications due to its global coverage, reliability, and scalability,” added Barzagan. “Technologies like 2G, 3G, 4G, LTE-M, and NB-IoT offer flexibility for different use cases, whether high data rates, low consumption, or deep indoor penetration are needed.” Parts of the world don’t always have the necessary infrastructure in place for smart water metering and utility management. Barzagan listed regions in Africa, Asia, and rural areas in Latin America as facing “significant challenges” because of this lack of infrastructure and investment. “These areas may struggle with outdated or nonexistent water management systems, making it difficult to monitor
Not all places across the world have good connectivity infrastructure in place. Source: Eseye
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