We’re delighted to be listed in the UK5G Supplier Directory. By joining the UK5G Innovation Network community, Groundhog Technologies will be offering our Mobility Intelligence Platform with the hopes of creating Geolocation value from RAN planning and optimization to customer service and marketing.
Dynamic Spectrum Sharing (DSS) plays an essential role in facing spectrum availability and coverage issues. It allows adapting the existing 4G LTE deployments to coexist with 5G NR and share the same low-band spectrum used exclusively by LTE today. Leveraging the most advanced 5G Planning module on the CovMo platform, DSS utilization can be analyzed and forecasted. This allows operators to activate the DSS in the right sites and ensure the most optimized DSS implementation.
CovMo enhanced Virtual Drive-Test (eVDT) provides a cost-effective solution that disrupts the conventional optimization process by enabling automated network testing, which has been critical during the COVID-19 crisis. Furthermore, with the normalization of remote technologies adoption, the switch to eVDT will seamlessly assist operators in continuing network testing in a post-COVID world.
Trace data record mobile network events. By leveraging this data in conjunction with the power of Artificial Intelligence, it is possible to track each connected mobile location continuously. RealMotion™ allows precisely geolocating the network events with no impact on network load to deliver actionable mobility intelligence insights that help solve health crises and generate business opportunities.
Groundhog Technologies has accomplished another great achievement for 2G~5G CovMo™ Geolocation. The seamless deployment for one of the largest operator groups in EMEA is another testament to Groundhog’s expertise. The implementation allows the operator to monitor the quality of experience (QoE) and geolocate the subscribers across all Generations simultaneously on one centralized platform. This will help provide a holistic view of the mobile network quality and performance.