"Soracom reveals 'Connectivity Virtualizer' to boost adaptability and command in worldwide Internet of Things (IoT) connectivity"
In a significant move towards streamlining IoT connectivity, Soracom, a leading global provider of advanced IoT solutions, has announced the release of its new platform capability: the SORACOM Connectivity Hypervisor. This technology is set to revolutionize the way IoT devices operate, particularly in complex deployments such as automotive fleets or logistics operations.
The Connectivity Hypervisor is being positioned as a foundational technology for scalable, regulatory-compliant, and operationally efficient IoT connectivity. It enables IoT devices equipped with eUICC-compliant SIMs to store and switch among multiple cellular network profiles seamlessly and remotely, supporting the GSMA SGP.32 standard for dynamic profile management.
This capability allows IoT devices to automatically select the best available local network as they operate across different regions or countries without requiring physical SIM swaps, significantly simplifying device management and ensuring uninterrupted connectivity globally.
The Connectivity Hypervisor enhances flexibility for global IoT deployments in several key ways. It allows centralized orchestration of network connectivity with automatic fallback and regional optimization to maintain reliable performance. It also supports compliance with diverse international roaming regulations by dynamically selecting appropriate local profiles. Furthermore, it reduces logistical burdens and downtime associated with SIM management.
The Connectivity Hypervisor will be compatible with Soracom's new eUICC-compliant IoT SIMs, which support GSMA SGP.32, the next-generation standard for remote SIM provisioning in IoT. SGP.32 is rapidly becoming a requirement in automotive RFPs, reflecting the growing demand for flexible and resilient IoT solutions.
As part of the Automotive Edge Computing Consortium (AECC), Soracom is collaborating with Toyota Motor Corporation on a project called IRIGATE. The project aims to explore stable, flexible connectivity for connected vehicles. The Connectivity Hypervisor will play a crucial role in this collaboration, enabling dynamic remote management and switching of multiple connectivity profiles on a single eSIM.
Soracom's goal is to act as a hypervisor for IoT connectivity, unifying profile management across operators. This approach supports a more open, flexible, and resilient global IoT ecosystem by unifying profile management across operators. It also allows for single-SKU global deployment, reducing logistical complexity and cost.
In summary, the SORACOM Connectivity Hypervisor acts like a software-defined network manager embedded in IoT devices, enabling seamless multi-network operations and centralized control. This empowers businesses to deploy, scale, and manage global IoT solutions more efficiently and with regulatory assurance. The Connectivity Hypervisor is planned for release by the end of Soracom's 2025 fiscal year.
[1] Soracom Connectivity Hypervisor: https://www.soracom.io/connectivity-hypervisor/ [3] GSMA SGP.32: https://www.gsma.com/mobileconnect/sgp/sgp32/
Technology in data-and-cloud-computing is revolutionized with the announcement of Soracom's Connectivity Hypervisor, a foundational technology for IoT connectivity. This technology is designed to facilitate seamless multi-network operations and centralized control for global IoT solutions, enhancing flexibility and easing regulatory compliance.
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