A core feature of the LoRaWAN specification, essential for spectral efficiency of the network. Everynet adds further unique optimisations for QoS, downlink capacity and mobile devices.
Per device option to trade spectral efficiency for probability of message delivery: the definition of QoS control.
Critical devices are given priority within the network optimisation, utilisingmulti-gateway strategies.
A core feature of the LoRaWAN specification, essential for spectral efficiency of the network. Everynet adds further unique optimisations for QoS, downlink capacity and mobile devices.
Per device option to trade spectral efficiency for probability of message delivery: the definition of QoS control. Critical devices are given priority within the network optimisation, utilising multi-gateway strategies
A comple multi-dimensional problem of 'packing' downlinks in to a dynamic selection of available gateways. Results in maximised downlink capacity, essential for proper device control and Furmware-Over-The-Air updates.
LoRaWAN classic ADR loop is slow and so no use for mobile devices, where the radio channel varies rapidly. Everynet blind ADR enables predictive ADR to maximise probability of message delivery.
RAN functionality is separated from the core LoRaWAN Network Server (LNS), enabling mixed ownership of physical and virtual infrastructure.
RAN functionality is separated from the core LoRaWAN Network Server (LNS), enabling mixed ownership of physical and virtual infrastructure.
RAN functionality is separated from the core LoRaWAN Network Server (LNS), enabling mixed ownership of physical and virtual infrastructure.
Reference designs available for A-GPS and D-GPS devices.
