For companies deploying connected equipment internationally, the idea of a single device that can be manufactured once, shipped anywhere, and connected to the appropriate local network has long represented an IoT ideal.
The GSMA’s (News - Alert) SGP.32 specification brings the industry significantly closer to realizing that vision. Developed for network-constrained or user-interface-constrained IoT devices, the SGP.32 standard provides an architecture for remotely provisioning and managing operator profiles on embedded SIMs. Instead of installing a different physical SIM or buying a different device configuration for every market, organizations can remotely load and manage connectivity profiles after a device has been deployed.
That flexibility simplifies manufacturing, inventory management, logistics, and international expansion. It also strengthens the business case for a single-SKU deployment model, where the same hardware can be used across multiple countries and operator networks.
That said, SGP.32 is not a complete global connectivity strategy on its own.
The standard addresses one of the industry’s most important technical challenges: How to securely provision and change connectivity profiles on IoT devices that may have limited processing power, bandwidth, battery capacity, or no user interface. It does not, by itself, determine which operators should be used, whether sufficient coverage exists, how regulatory obligations will be satisfied, or how connectivity will be managed throughout a device’s operational life.
Those questions become especially important when IoT deployments move from a few thousand devices in one market to hundreds of thousands of devices distributed across multiple regions.
A device may be technically capable of downloading a local operator profile, for example, but the enterprise still needs access to an appropriate commercial relationship in that market. Roaming can provide broad international reach, but roaming arrangements depend on agreements between operators, and they may not always provide the economics, performance, or long-term certainty required for a permanent deployment.
Permanent roaming restrictions add another layer of complexity. Regulations and operator policies vary among markets, and some countries require organizations to use local connectivity arrangements rather than leaving devices permanently attached through a foreign operator. The ability to change a profile can help address that problem, but only when the connectivity provider has the local operator relationships, platform integrations, and operational processes needed to deliver the appropriate profile.
Coverage is, of course, a practical concern. A network that performs well in an urban city may not provide the same reliability inside a warehouse, across an agricultural region, or along a transportation route. Different countries may support different combinations of LTE (News - Alert)-M, NB-IoT, 4G, and 5G, while network sunsets can affect devices expected to remain operational for a decade or longer.
That means organizations must evaluate more than whether a device supports SGP.32. They need to consider radio technologies, frequency bands, fallback options, operator reach, service-level expectations, and what will happen when network conditions or business requirements change.
There’s also the management side. The value of remote provisioning depends on an organization’s ability to manage it at scale. Enterprises need visibility into which profiles are active, where devices are located, how much data they consume, whether they are performing properly, and when connectivity should be switched. Without centralized orchestration and clear lifecycle policies, profile flexibility can introduce a new layer of operational complexity rather than reducing it.
The real opportunity created by SGP.32 is not simply remote SIM provisioning, but the ability to separate a device’s connectivity future from the decisions made when that device was manufactured.
Organizations can potentially respond to changing coverage, pricing, regulations, operators, and application requirements without replacing hardware in the field. But, realizing that potential requires a strategy that combines eSIM technology with carrier relationships, local connectivity, regulatory knowledge, platform management, and long-term operational planning.
To explore how these elements fit together, I’m moderating a webinar tomorrow, Wednesday, July 29, 2026 titled, “Building Successful Global IoT Deployments: More Than Just SGP.32.”
The conversation, happening at 10:00AM ET / 3:00PM GMT, will feature Steffen Sorrell, Chief of Research at Kaleido Intelligence, Rameez Sultan, Senior Product Manager at KORE, and Kayleigh Thomas, Global Director of Marketing at KORE. They will discuss the role of SGP.32 within the broader global IoT connectivity landscape and the decisions enterprises should consider before deploying connected devices internationally.
For organizations planning new IoT projects or reassessing the resilience of existing deployments, this is an important discussion that will explore how to move beyond technical compatibility and build a connectivity strategy designed to perform across markets, networks, and the full device lifecycle.
Here's the link to register and, if you miss the live event tomorrow, the on-demand webinar will be available starting on Thursday.