uCloudlink Group Inc., a leading mobile data traffic sharing marketplace, is fast-tracking its business expansion in North America with the support of its burgeoning local sales partnerships. uCloudlink is strengthening its partnership with NewCore Wireless LLC, a technology solution provider for rural carriers based in the United States, while it also seeks new cooperation opportunities in different regions across the country.
uCloudlink and NewCore Wireless’ cooperation began last October. and will see NewCore Wireless imports, markets and distributes uCloudlink’s mobile broadband (MBB) devices in the United States. The partnership is a testament to the applications of uCloudlink’s products and services, and an example of the uCloudlink’s cost-effective way of global expansion.
Using its patented Cloud SIM technology, uCloudlink elevates NewCore Wireless’ users’ data connectivity experience at home and abroad.
With more people working, studying, and spending leisure time at home, the internet has become an essential part of daily life. In turn, demand for access to reliable and high-quality network connectivity has increased, and the importance of mobile data traffic has become increasingly prominent. User requires access to steady and superior mobile data connectivity services domestically and cross-border travel.
uCloudlink’s Cloud SIM technology enables end users to use mobile data services provided by different service operators without being restricted by geography and carriers’ roaming agreements. The devices with Cloud SIM technology can detect users’ location of network coverage which is then transmitted to uCloudlink’s PaaS and SaaS platform. The platform analyzes relevant data and network coverage status and instantly uses the best resource to provide users with stable, high-quality mobile connection services.
uCloudlink’s PaaS and SaaS platform can allow business partners to manage SIM cards and data traffic to optimize network connectivity and utilization efficiency. The company offers several cooperation models for its local.