Global IoT Connectivity. Business-Ready.

floLIVE helps global enterprises simplify IoT deployments with ultra-reliable, localized connectivity. Whether you’re managing point-of-sale systems, smart
EV chargers, surveillance cameras, or autonomous robots,
we deliver unmatched performance, compliance, and visibility.

Borderless Connectivity & Local Access

Seamlessly connect devices across urban, rural, and remote terrains without compromising on signal quality or geographic reach.

Mission-Critical Redundancy

Depend on always-on service architectures designed with failover systems to ensure your essential devices never go dark.

Data Sovereignty & Risk Mitigation

Automatically align with strict regional mandates like GDPR and HIPAA, ensuring data stays where it legally belongs.

Operational Unification

Replace vendor fragmentation with a single-SIM, single-platform approach that radically reduces logistical complexity.

Low-Latency Application Performance

Achieve the throughput and speed required for real-time demands—from live video surveillance to instant automation responses.

24/7 Expert Engineering

Direct access to proactive monitoring and technical specialists who ensure your SLAs are met around the clock.

Frequently Asked Questions
What makes floLIVE’s global IoT connectivity “business-ready”?

floLIVE’s connectivity is business-ready because it combines a globally distributed core network with local breakout to ensure high performance and regulatory compliance. Unlike traditional roaming-based solutions, our platform provides local IMSIs that act as native connections in many regulated markets. This significantly reduces “permanent roaming” risk, reduces latency, and provides enterprises with a single-SKU solution that works seamlessly across international borders.

How does floLIVE handle permanent roaming restrictions?

floLIVE overcomes permanent roaming restrictions by deploying local packet gateways and utilizing a massive library of local IMSIs. When an IoT device enters a highly regulated market like Brazil or Turkey, our multi-IMSI technology automatically switches to a local profile. This ensures the device remains compliant with national telecommunications laws while maintaining continuous, high-speed connectivity without the risk of being throttled or disconnected.

What is the benefit of a hyperlocal global IoT network?

The primary benefit of a localized network is that it provides local network performance with the ease of a single global management platform. By routing data through local points of presence (PoPs), floLIVE ensures low latency and keeps data within geographic borders to satisfy GDPR and data sovereignty requirements. This architecture offers the reliability of a local carrier alongside global visibility and a unified API.

Does floLIVE support the new SGP.32 IoT eSIM standard?

Yes, floLIVE’s platform is designed to support the SGP.32 standard, providing modern eSIM orchestration for large-scale IoT deployments. This standard simplifies remote SIM provisioning by moving away from complex SMS-based triggers to a more efficient IP-based model. By incorporating SGP.32, we allow businesses to future-proof their hardware, automate carrier switching at scale, and reduce the total cost of ownership over the device lifecycle.