International fleet management depends on continuous and reliable connectivity as vehicles constantly cross national borders and organizations rely on real-time GPS and vehicle data. Standard SIM cards often fall short due to connectivity disruptions, inconsistent roaming performance, and fragmented local contracts.
M2M connectivity provides a structural solution through multi-network access, centralized SIM architecture, and enhanced security using private APN and VPN connections. This enables international fleets to scale efficiently, maintain uninterrupted visibility, and securely manage business-critical data.
Category: Information
For many organizations, the availability of connectivity is critical—especially when solutions depend on continuous data streams. In collaboration with Skylo, our partners now offer an extension of mobile networks with satellite coverage. This hybrid approach ensures that IoT devices remain connected, even in areas without mobile network coverage.
The rise of eSIM (eUICC) technology has fundamentally changed the way IoT connectivity is deployed. Physical SIM cards still need to be replaced per location, whereas SGP.32 makes it possible to remotely install an eProfile on the eSIM (eUICC). With the introduction of SGP.32, the GSMA delivers a new standard that is a true game changer. It combines flexibility in profile management with scalability and control, making it easier to connect devices worldwide in a compliant manner.
eSIM routers significantly simplify the deployment and management of IoT infrastructures. Instead of physical SIM cards or embedded chips, a virtual SIM card is used, which is loaded into the router via an activation code or QR code. This makes deployments faster, more flexible, and more secure — an absolute must in modern IoT environments. In this case, eSIM refers to a virtual SIM card.
When developing IoT solutions, reliability is crucial. Devices must operate in a wide range of situations, from indoor environments to challenging outdoor locations. A structured testing phase during large-scale rollouts is therefore essential, revealing obstacles before they cause operational disruptions.
Large-scale festivals attract hundreds of thousands of visitors each year. The logistics behind such events are massive: from security to VIP facilities, everything is meticulously prepared for months in advance. Technological progress plays an increasingly important role in optimizing festival operations.
Developing an IoT solution requires more than simply building devices. It is an integrated process in which hardware, software, connectivity, data infrastructure, and management must seamlessly align. Only with a well-thought-out approach can a reliable, secure, and scalable solution be achieved.
Non-Terrestrial Networks (NTN) are communication networks that use satellites. Whereas traditional networks rely on land-based cell towers, NTN solutions bring connectivity to hard-to-reach areas such as remote locations, seas, or sparsely populated regions. Since Release 17, NTN has been part of the 5G standard defined by 3GPP, focusing on extending network coverage beyond terrestrial infrastructures.
When setting up an IoT solution, many organizations assume that connectivity is as simple as inserting a regular SIM card. Just plug it in and go. But in reality, it’s far more complex. IoT business cases place different demands on availability, coverage, management, and long-term reliability. Without a solid foundation, failing to meet these requirements later can result in higher costs, complex operations, or degraded performance.
Reliable connectivity is crucial for global IoT deployment. Thingsdata offers device testing to validate your 2G/3G/4G/5G, LTE-M, or NB-IoT solutions under realistic conditions before large-scale rollout. This enables early detection of issues such as network transitions or weak signals. With expert guidance, repeatable test scripts, and global SIM cards, you can reduce risks, shorten time-to-market, and prevent unnecessary costs.