1NCE Adds Netmore LoRaWAN via Plugin, Bringing LoRaWAN and Cellular Under One IoT Platform

Why It Matters

A single‑platform approach eliminates the operational friction of multi‑bearer IoT, accelerating deployment and reducing total cost of ownership. It also positions connectivity providers to compete on software integration rather than just radio access.

Key Takeaways

• 1NCE OS now supports Netmore LoRaWAN via plugin
• Unified dashboard manages cellular and LoRaWAN connections
• Hybrid connectivity reduces blind spots in smart city deployments
• OEMs gain flexible network path selection without redesign
• LPWAN expected to serve 90% of IoT market by 2028

Pulse Analysis

Hybrid IoT deployments have long wrestled with the trade‑off between cellular’s broad coverage and LoRaWAN’s low‑power, low‑cost niche. Enterprises deploying thousands of sensors often resort to a patchwork of networks, creating separate provisioning, monitoring, and troubleshooting workflows. 1NCE’s integration of Netmore’s LoRaWAN Network Server into its OS collapses these silos, delivering a single pane of glass for device lifecycle management. This reduces the engineering overhead required to stitch together disparate connectivity stacks and enables faster response to coverage gaps.

The timing aligns with strong market momentum for LPWAN technologies. Analysts forecast that by 2028, roughly 90% of IoT connections will be served by LPWAN or LoRaWAN, driven by massive sensor deployments in utilities, transportation, and smart‑city infrastructure. By exposing both cellular and LoRaWAN paths through a unified API, OEMs can design devices that dynamically select the optimal bearer based on policy, battery life, or cost considerations, without committing to a single network at design time. System integrators benefit from streamlined contract management and a consolidated data pipeline, which translates into lower operational expenditures.

Looking ahead, the partnership signals a broader industry shift toward software‑centric connectivity offerings. Providers are increasingly judged on the ease of integration, analytics, and device management capabilities rather than raw radio coverage alone. As more operators adopt similar plugin architectures, the barrier to hybrid deployments will erode, encouraging wider adoption of resilient, multi‑bearer IoT solutions. Success will hinge on the robustness of the unified platform and its ability to abstract network complexities from application teams, a promise that could set a new standard for IoT connectivity services.