Eseye Launches AnyNet Select For SGP.32
The global IoT connectivity provider's new offering gives enterprises access to local and regional connectivity profiles through one proposition.
Updated on Nov. 3, 2026 in Telecommunications
Eseye, a global IoT connectivity services provider, has launched AnyNet Select For SGP.32 Deployments. The offering gives enterprises access to local and regional connectivity profiles through a single global proposition.
Why it matters
The SGP.32 standard, created by the GSMA, is designed to simplify remote SIM provisioning for IoT devices across borders. Enterprises deploying connected devices in multiple regions can now manage connectivity without assembling separate local arrangements.
AnyNet Select initially operates across Brazil, the United States, Africa and Europe and combines local and regional connectivity profiles for SGP.32 deployments. The source does not disclose profile counts, pricing or technical performance metrics.
The players
Eseye
Eseye is a global IoT connectivity services provider that offers managed connectivity for connected devices across many markets.
GSMA
The GSMA is the global trade association representing mobile network operators, and it created the SGP.32 eSIM standard for IoT devices.
The details
Enterprises can access AnyNet Select profiles through Eseye's managed service, directly, or via an application programming interface. Under SGP.32, devices can download, enable and change connectivity profiles throughout their lifecycle, and the broader AnyNet for SGP.32 proposition allows incorporation of compatible third-party profiles.
Timeline
Eseye announced the launch of AnyNet Select For SGP.32 Deployments on November 3, 2026.
The Tech Race
The launch builds on the GSMA's SGP.32 standard, which introduces the eSIM Orchestrator role to manage profile lifecycle, network selection and billing. It positions Eseye among providers competing to deliver standards-based cross-border IoT connectivity.
Companies running connected devices across several countries could manage SIM connectivity from one provider instead of arranging separate local plans. Device makers may gain more flexibility to switch carriers or profiles over the life of a product.
The takeaway
Standardized remote SIM provisioning is making it easier for businesses to connect devices across borders without managing each network separately. Organizations evaluating IoT deployments should weigh how profile flexibility and unified billing fit their operations.
Further reading
For broader context on how connectivity standards are reshaping device networks, explore Telecommunications.
Source note: This article includes information reported by Computer Weekly.
