IoT Data Services

Customers have been using mobile data connectivity services via 2G, 3G and/or 4G for many years. In addition to these services, there are also (relatively new) networks available that use other technologies. These are so-called Low Power Wide Area Networks (LPWAN). In addition to mobile data services, you can use Nb-IoT and LTE-M as LPWAN solutions, also known as IoT data services.

As a result of these new technologies, there are numerous of options wich are available that allow you to establish a connection from one system to another. Which type of connectivity best suits your application depends on several factors:

• Will the solution be used locally or internationally?
• Is a power supply available?
• How much data should be sent?

A selection of the questions that influence the (im)possibilities of the various technologies. IoT Unlimited advises many companies in making the right connectivity choice based on wishes, requirements and technical principles. And of course, we deliver the best-in-class service as well.

Choosing the right connectivity bearer is crucial?

Choosing the right technology — whether traditional data services, machine-to-machine (M2M) communication, or low-power connectivity — is crucial for the optimal performance of a solution and, ultimately, its success. Each use case demands a specific approach, balancing factors such as data volume, power consumption, network coverage, and latency. Selecting the right connectivity ensures seamless operation, cost efficiency, and long-term scalability, making it a key factor in driving innovation and competitiveness.

The impact of choosing the wrong connectivity solution

Making the wrong connectivity choice can lead to significant operational challenges. For example:

• High power consumption: Choosing a traditional data service for battery-powered IoT sensors can drain power too quickly, leading to frequent maintenance and higher operational costs.

• Coverage issues: Deploying an M2M solution on a network with limited global reach can result in connectivity gaps, causing devices to lose connection and fail to transmit critical data.

• Latency problems: Selecting a low-power network for a real-time application, such as remote monitoring or emergency systems, can introduce delays that compromise responsiveness and reliability.

• Unnecessary costs: Using high-bandwidth connectivity for devices that only transmit small amounts of data can lead to excessive expenses without added value.

• Scalability constraints: Implementing a short-range connectivity solution for an IoT deployment that requires nationwide or global coverage can limit growth and require costly upgrades in the future.

Making the right choice from the start ensures reliability, efficiency, and long-term success.

What we offer

We provide reliable connectivity through licensed mobile network technologies, including:

• Nb-IoT – Used in applications that require low data transfer, long-range connectivity, and low power consumption, such as smart meters, environmental monitoring, asset tracking, and smart agriculture.

• LTE-M – Medium data transfer speeds, extended coverage, and low power consumption, commonly used in connected devices like wearables, asset tracking, and smart meters.

In addition to providing the necessary connectivity service, IoT Unlimited advises on the possibilities of the different technologies. All options are available and manageable through our scalable and secure platforms.