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The LoRaWAN® Stack is an ideal solution to equip devices in complex environments to communicate with wireless technology. In part 1 of our article, we covered the LoRaWAN® Stack features, the specifics of the STACKFORCE Stack compared to the open source variant, and the Protocol Stack Package. In part 2 of the article, we provide insight into the appropriate hardware that can be used to enable devices to communicate with LoRaWAN® and the options for certifying LoRaWAN® products.

The semiconductor shortage is currently being felt in many industries. However, opinions vary widely on the duration of the existing problem. Read the article to learn how to add IoT connectivity to your devices despite the chip shortage.

You have already dealt with the topic of LoRaWAN®, but do not yet have a clear idea of whether the open-source components are sufficient for your needs? STACKFORCE's LoRaWAN® Protocol Stack is an advanced evolution of the open-source LoRaWAN® Stack. Read more about the stack features, implemented standards and the advantages of the STACKFORCE Stack compared to the open-source variant in the article.

LoRaWAN® is a promising technology for long-range radio networks, transporting small amounts of data over long distances. The application scenarios range from small integrations such as monitoring a “milk can” to large industrial plants with extensive monitoring of the entire plant. With a recognized standard and extensive networks, projects with LoRaWAN® can be realized almost anywhere in the world.

We take a closer look at the use case "smart swimming pool technology". The basic requirement for running a swimming pool is a permanently good water quality. In addition, information on the state of the water quantity is also an important indicator for a smooth bathing operation. What are the benefits of Smart Metering in the area of swimming pool technology and how can STACKFORCEs Protocol Stacks be used for this purpose?

The Wireless M-Bus Stack is the ideal partner for smart metering, sub-metering or smart city applications. In Part 1 of our article, we looked at the stack features, the different standards and the stack offering. Part 2 of the article now focuses on the hardware that can be used to enable devices to communicate with Wireless M-Bus and the options for product certification.

Do you want competitive products that are easy to install and maintain? Then it is time for you to take a closer look at our Wireless M-Bus Protocol Stack. Characterized by low energy consumption and excellent modularity combined with high functionality, the Wireless M-Bus Stack is the ideal partner for Smart Metering, Sub-Metering or Smart City applications.

The field of consumption data measurement can hardly avoid dealing with the topic of Wireless M-Bus (wM-Bus). For more than a decade, wM-Bus has been the standard used to implement remote meter reading of water, electricity, gas or heat meters. With a recognized standard like OMS, projects with wM-Bus can be implemented almost anywhere in the world.

Protocol Stacks have one goal: the automation of previously manually controlled operational processes. Using a microcontroller together with a wireless chip or radio interface, the Protocol Stack is integrated in a meter or sensor to enable it to transmit data via radio. But how exactly does it work to integrate a Protocol Stack into a device and what are the benefits of networking the devices?

From 30 November to 2 December, Enlit Europe, the largest and first end-to-end conference and exhibition for energy experts, will take place in Milan. As one of the OMS Group members, you can meet our Managing Director David Rahusen on site at the OMS stand (8.B50) or by arrangement at another stand.