Find various topics on the Internet of Things and the wider industry in our IoT Blog. Read exciting articles about 1NCE, the current mobile standards or M2M. 1NCE’s IoT Blog features the 1NCE team. Market analysis and assessment of the IoT market by the founders and the 1NCE team compact and simple. The newsletter, for which you can easily register, also keeps you up to date and offers interesting topics.
As the number of devices connected to the internet, like sensors and trackers, is growing, common standards are also changing. The initial communication standards didn't intend to handle the sheer number and variety of these 'Internet of Things' (IoT) devices.
The French Elevator Federation estimates that 290,000 systems, accounting for half of the country's existing elevator systems, will need to migrate to 4G or 5G by 2029. This presents an unprecedented challenge for the industry.
AIoT is booming - hailed as the next revolution in connected devices. But is it always necessary? At 1NCE, we focus on real-world business impact rather than hype.
The Internet of Things (IoT) industry has become oversaturated with the industry players in recent years. As a result, there's a very natural process of gradual market consolidation.
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.
There are many ways to extend battery lifetime in cellular networks. PSM and eDRX are only two of them. In our multiple part blog series, we want to take a closer look on how developers can get the maximum runtime out of their devices and where to expect obstacles.
NB-IoT vs. LTE-M: What are the strengths of each technology? For which areas of application are they best suited? We give answers.
1NCE Developer Hub: From now on you will find detailed code examples in the "Recipes" section, in which we describe step by step how to use devices, systems and the 1NCE API.
1NCE customer General Mechatronics from Hungary invented a nondescript looking battery powered monitoring device so versatile and easy to set up that it could change the business models of the rental industry.
How well an NB IoT device performs, can beside other factors, also depend largely on the device design itself. Our partner akorIoT gives valuable insights that could help device developers getting the max out of their products.
