IoT Blog

Network providers put a lot of hours and technology into ensuring that all devices connected to the Internet of Things are always reliably available. However, IoT developers and end users alike have additional tools available to optimize their devices and platforms so that they work reliably with communication networks.

Mobile operators shutdown old networks to make space for new technologies. While consumers usually won't be affected much by the technology change, it can have a huge impact on IoT installations. What can you do to avoid sudden device disconnection?

For Bayer AG's Crop Protection Innovation Lab, 1NCE is providing global cellular connectivity for automatic pest detection in canola fields.

Cologne, 6 January 2020 – Behind every cup of coffee stands a billion-dollar business. From the point of seed cultivation, collection, packaging, transportation and processing to finally having the beverage ready-to-drink, it’s a long and expensive way...

1NCE and autosen have been in a strong partnership in which 1NCE provides connectivity to its new io-key product offering, designed to provide a good value option for transmitting sensor data into the cloud, and thereby making these data available via the internet...

At 1NCE we have come a long way in a short time. This isn’t just in terms of our service and technology innovation but also in our development as individuals who have come together to disrupt the IoT market...

1NCE is proud to present the business of Vimcar, a specialist in vehicle-live tracking headquartered in Berlin, who has selected the 1NCE IoT FlexSIM cards to support its move into the small-to-medium sized business sector...

The traditional SIM card, the physical chip that must be inserted into a mobile device, is also used in IoT devices. However, as new IoT use cases arise, the limitations of the physical IoT SIM mean newer forms of SIM, such as IoT eSIM and IoT iSIM will become prominent. We explain the differences.

1NCE Data Broker: Using the right communication protocol on NB-IoT and LTE-M can significantly enhance battery life. Our test showed: With CoAP and binary translation, energy consumption can be reduced by up to 75.3 percent.

MQTT, CoAP and LwM2M: An important factor for the energy consumption of an IoT device is the volume of data that is transmitted with each communication. The more data, the longer the device must remain active and the greater the power consumption. Choosing the right communication protocol can save a lot of energy.