Hologram Unlocks Localized, Premium Network Performance with the Reliability of Global Redundancy for Cellular IoT Connectivity on a Single eUICC SIM

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Announces its next-generation Hyper SIM to include native integrations with leading carriers in the US and Canada and network fallback for uninterrupted global connectivity

CHICAGO, Ill., Feb. 22, 2023 /PRNewswire/ -- Hologram, the leading IoT cellular connectivity platform, today announced the next-generation Hyper SIM with network fallback. The global eUICC SIM enables direct integrations with leading carriers in the US and Canada and the launch of network fallback to intelligently keep devices connected. The combination of carrier offerings and automatic fallback gives exceptional performance for cutting edge IoT applications and peace of mind with multi-network redundancy. 

Millions of IoT devices leverage global roaming agreements as they offer easy to deploy, cost-effective global access. But with increasing restrictions on global connectivity and more specific IoT connectivity requirements, traditional SIMs offering roaming profiles are no longer enough. The next-gen Hyper SIM delivers direct native access to leading carriers in the US and Canada, ensuring global IoT deployments have operator guaranteed network access. Leveraging native profiles, users benefit from traffic prioritization, low latency, and high throughput IoT connectivity to power high-bandwidth applications like video monitoring and streaming, industrial robotics, autonomous drones, and more.

In addition to performance, IoT applications like payment processing, security monitoring, micromobility, among others, require uninterrupted connectivity that is resilient to network failures. The next-generation Hyper SIM includes network fallback, an intelligent profile management agent that automatically switches eUICC profiles when native connectivity is not available.

With network fallback, Hyper SIMs can connect with high performance native profiles as their primary connectivity source without sacrificing the benefits of multi-carrier and route redundancy afforded by global roaming profiles. Should a device lose its connection to a native carrier, Network Fallback automatically switches to the backup roaming profile, ensuring the device remains connected.

"When we launched Hyper in 2020, we turned connectivity into software, offering the first eUICC IoT global SIM," said Ben Forgan, co-founder and CEO, Hologram. "We're bringing that innovation to the next level to address the needs of the sophisticated IoT applications we're seeing today. Whether streaming video or autonomous drones, the next generation of Hyper gives connected devices the low latency delivered from native performance with the reliability and flexibility of global roaming they now require."

To learn more about Hologram's next-generation Hyper SIM with network fallback, visit www.hologram.io/hyper.

About Hologram
Hologram empowers innovators to build the future, anywhere, by providing cellular connectivity for IoT devices and the software for the people who manage them. With Hologram, SIM cards automatically switch network access to the best available network across more than 470 carriers in more than 190 countries. To learn more about Hologram, please visit www.hologram.io. Join Hologram on social media at Twitter, Facebook, and LinkedIn.

SOURCE Hologram