Syniverse has signed a new indirect channel partner, NodeWeaver, to sell its Global SIM solution to businesses in industrial, commercial and agricultural sectors. The Syniverse solution enables businesses to deploy internet of things (IoT) devices and sensors over a flexible network that powers those applications, while providing customers with reliable connectivity and unparalleled global reach.
The NodeWeaver operating platform is designed to run artificial intelligence and machine learning enabled IoT applications at the edge. NodeWeaver delivers scale-out edge clusters on heterogeneous bare metal hardware that run any application, non-stop and autonomously optimized, with no human interaction. Deploying intelligent edge solutions at scale demands efficient economic metrics. NodeWeaver addresses the full lifecycle of cost from acquisition to deployment to long-term management and maintenance.
The Syniverse Global SIM solution allows enterprises to adopt IoT as part of a broader and more mature digital transformation process through improved efficiency and productivity, greater network speeds, increased data throughput processing, lower latency requirements, and most significantly, enhanced security, by nature of being shielded from the public internet.
Syniverse also provides companies transitioning to cloud environments the ability to move data and services discreetly over a secure network, including that from the deployment of IoT devices. This makes it easier to draw insights from intelligent data analysis or integrate communications between remote locations.
According to the announcement, the Syniverse solution, along with NodeWeaver’s software-defined operating platform, now makes it possible to deliver distributed compute functionality on fully managed networks that meet the ever-growing customer demands for running any applications with stable IoT network coverage and device deployment anywhere in the world.
connectivity | device management | edge orchestration | eSIM | NodeWeaver | Smart Industry | Syniverse