Eseye Boosts Global IoT Resilience with SGP.32 eSIM Orchestration

Why It Matters

Enterprises can now scale global IoT deployments with automated, resilient connectivity, reducing operational risk and the need for in‑house MVNO expertise.

Key Takeaways

• Eseye adds SGP.32 to AnyNet+ and Infinity platforms
• Supports 800+ networks across 190 countries for near‑100% uptime
• Unified orchestration layer handles multi‑IMSI, fallback, compliance
• DIY SGP.32 adoption can cause disconnections without managed services
• Partners include Thales, Idemia, Kigen for supplier‑agnostic RSP

Pulse Analysis

The GSMA’s SGP.32 specification marks a pivotal evolution in remote SIM provisioning, targeting the massive segment of IoT devices that operate without screens or keyboards. By standardising how eSIM profiles are delivered and managed, SGP.32 promises to cut the logistical friction of physical SIM swaps and enable truly global rollouts. However, the standard itself does not embed resilience mechanisms; enterprises still need robust orchestration, network fallback logic, and compliance frameworks to translate the technical capability into reliable service.

Eseye’s rollout couples SGP.32 with its AnyNet+ eSIM and Infinity Connectivity Management platform, creating a single‑pane‑of‑glass solution that automates profile lifecycle, multi‑IMSI selection and real‑time analytics. The platform’s ability to tap into over 800 carrier networks across 190 countries gives customers a practical path to near‑100% uptime, a claim backed by more than 1,000 completed IoT projects. By bundling managed services, Eseye removes the complexity of negotiating carrier contracts, handling regulatory nuances and maintaining network continuity, allowing enterprises to focus on core product development rather than connectivity engineering.

For the broader IoT market, Eseye’s approach signals that the next wave of adoption will hinge on managed, end‑to‑end connectivity solutions rather than DIY implementations of SGP.32. Companies that partner with experienced orchestrators can accelerate time‑to‑market, mitigate the risk of stranded devices, and meet data‑sovereignty requirements across jurisdictions. As more verticals—such as logistics, smart cities and industrial automation—seek global scale, platforms that blend standards compliance with intelligent fallback and unified billing are likely to become the de‑facto backbone of resilient IoT ecosystems.