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Last year, global electric car sales exceeded 20 million, or one-quarter of all new cars sold. Chinese automakers nearly doubled their share of the European passenger car market between Q2 2025 and Q2 2026. Some of them are now developing new vehicles in as little as 12 months. The automotive race is accelerating, the rules are changing, and connectivity is a critical part of keeping pace. Read our new blog to learn what these changes mean for automotive OEMs and the connectivity solutions they rely on. #webbing #connectivity #innovation #automotive #iotconnectivity #connectedvehicles #electricvehicles #EV https://lnkd.in/dMBnyvW9

Connected vehicles are built for global deployment, but the mobile networks they rely on remain governed by national regulations. For automotive OEMs, this creates a challenge, and the GCC is a great example. The same connected vehicle can be compliant in one GCC country but non-compliant in another. Permanent roaming restrictions and localization requirements influence how connected cars can be deployed and operated in the region. Read our new blog to learn how OEMs can simplify compliance with connectivity regulations. https://lnkd.in/dc2SjNMY #webbing #connectivity #innovation #connectedvehicles #automotive #regulations #GCC #eSIM

Now that SGP.32 is commercially ready, enterprises can benefit from a standardized approach to remote SIM provisioning. This marks one of the biggest changes in the connectivity industry in recent years. We've been preparing for this transition for a long time. WebbingCTRL helped customers simplify remote eSIM provisioning before the new GSMA standard was finalized, and now we're taking the next step. Webbing offers native SGP.32 support while continuing to support existing WebbingCTRL customers. Read our new blog to learn what this means for IoT deployments and why eSIM orchestration remains essential for managing connectivity at scale. https://lnkd.in/dVKXS-FT #webbing #connectivity #innovation #SGP32 #eSIM #eUICC #IoT #iotconnectivity

Managing and scaling enterprise mobility is becoming increasingly difficult. Adding users or regions often means dealing with growing security risks, fragmented carrier relationships, coverage gaps, and rising costs. How do companies ensure secure and stable connectivity, unified policies, and centralized mobility management for multiple devices in various regions? Read our new blog to learn about major connectivity challenges that enterprises face as their mobility programs grow, and what it takes to overcome them. https://lnkd.in/dDt4XtVn #webbing #connectivity #innovation #enterprisemobility #enterpriseconnectivity

IoT connectivity rarely fails on day one. But it often does later, when fleets grow, deployments cross borders, data patterns change, and devices can’t be easily reached. What worked for a small pilot may not work for long lifecycles and thousands of devices. Where do connectivity models break down and how to avoid it? Is your deployment ready for the long run? Read our new blog post to find out. #webbing #connectivity #innovation #iotconnectivity #iot #eSIM https://lnkd.in/gnWEwbjZ

Five years ago, the industry promised millions of robotaxis by now. In reality, adoption is still measured in thousands of vehicles. Beyond autonomy, robotaxi operators face operational constraints that limit scale. In our new blog, we explore why reliable cellular connectivity has become mission-critical for autonomous taxis, what are regulatory requirements, and how operators actually use cellular networks today. #webbing #connectivity #innovation #AutonomousVehicles #AutonomousMobility #connectedvehicles https://lnkd.in/gVVpif3n