How does Hologram ensure continuous connectivity for IoT devices across different regions?
Hologram achieves continuous connectivity through multi-carrier redundancy, leveraging over 550 networks in more than 190 countries. This setup allows devices to automatically switch between carriers, minimizing downtime and ensuring consistent service even if one network experiences an outage.
What specific security measures does Hologram offer to protect IoT device data?
Hologram provides customizable end-to-end security solutions for IoT devices. These include private networking to isolate device traffic, VPNs for secure communication channels, and encrypted data transmission to protect information in transit.
Can I manage a large fleet of IoT SIM cards programmatically with Hologram?
Yes, Hologram offers robust API integrations that allow for programmatic management of your SIM fleet. This enables you to perform bulk actions, automate connectivity tasks, and integrate connectivity management directly into your existing operational workflows.
What is the benefit of using Hologram's eUICC-enabled Hyper SIM cards compared to traditional SIM cards?
Hologram's eUICC-enabled Hyper SIM cards provide enhanced flexibility by allowing you to easily switch between different network profiles and carriers over-the-air. This eliminates the need to physically swap SIM cards when changing network providers or deploying devices in new regions, making global deployments more efficient and future-proof.
How does Hologram's connectivity performance support high-data or real-time IoT applications?
Hologram's network is optimized for performance, offering speeds up to 300Mbps and latency as low as 50ms. This high-speed, low-latency capability makes it ideal for demanding IoT applications such as video streaming, real-time sensor data collection, and other scenarios requiring rapid data transfer and immediate responsiveness.