Key Takeaways

  • The company has added GSMA SGP.32 support to its next-generation eSIM Orchestrator.
  • Remote profile management simplifies global deployments involving unattended or long-lived IoT equipment.
  • The launch targets a cellular IoT market moving toward software-managed, multi-operator connectivity.

Aeris has launched its next-generation eSIM Orchestrator with support for the GSMA SGP.32 specification, extending its connectivity management capabilities for large IoT fleets. The platform manages profile downloads, activation, suspension, and operator switching remotely through an eSIM IoT Remote Manager, commonly called an eIM.

That matters because many IoT devices bear little resemblance to smartphones. They may have no screen, no user interface, limited power, or only intermittent network access. Some remain installed in vehicles, utility infrastructure, factories, or remote locations for years. Sending a technician to replace a SIM card can be costly, slow, and sometimes impractical.

The company states its connectivity footprint covers 110 million devices. That installed scale gives the SGP.32 addition significance beyond a standards update, placing the launch within a larger transition from connectivity tied to physical SIM cards and predetermined operators toward connectivity managed through software over a device’s operating life.

SGP.32, together with the related SGP.31 architecture, was developed for IoT remote SIM provisioning. Its role is to support devices that cannot rely on the consumer eSIM activation experience, where a person scans a QR code or navigates through menus. SGP.33, meanwhile, addresses compliance testing, an increasingly relevant consideration as operators, module makers, connectivity providers, and enterprises prepare commercial deployments.

Remote provisioning extends beyond carrier switching. It allows an enterprise to activate connectivity closer to deployment, select an appropriate operator for a particular market, suspend unused subscriptions, and respond to commercial or network changes. For products shipped globally, that flexibility reduces the need to manufacture and inventory multiple SIM variants.

The market backdrop is substantial. Data from a Quantumrun statistics roundup cited 21.1 billion connected IoT devices in 2025, illustrating the scale of the overall device economy even though only a portion uses cellular connectivity. Separately, Omdia forecasts cellular IoT connections will reach 5.9 billion by 2035. The firm's automotive outlook projects connections growing from 500 million to about 1.2 billion over that period.

Automotive is an obvious beneficiary. A connected vehicle can cross borders, remain in service for more than a decade, and require different connectivity arrangements as ownership or service packages change. Logistics trackers, smart meters, industrial sensors, robots, drones, and AI cameras present similar management challenges, although their bandwidth, power, and coverage requirements differ considerably.

The physical-AI trend adds another layer. A TD Synnex Newsflash reported Counterpoint Research’s forecast that shipments across vehicles, robots, drones, and AI cameras will total 145 million from 2025 through 2035. Many of those machines depend on persistent connectivity for telemetry, fleet supervision, updates, and service delivery. When a chosen operator no longer offers suitable coverage or economics several years into a deployment, remote profile switching gives operators and enterprises another way to respond.

That said, SGP.32 adoption will not remove every operational complication. Enterprises still need compatible eSIM hardware, tested device software, suitable operator agreements, security controls, and clear policies governing when profiles can be downloaded or changed. Interoperability and compliance testing will influence how quickly deployments move from pilots into production.

Competition is also developing. The platform operates alongside eSIM and IoT connectivity specialists including Eseye and Kigen, while mobile network operators and other connectivity providers build their own remote provisioning strategies. Differentiation will depend on geographic reach, operator choice, orchestration quality, integration options, and the ability to manage provisioning alongside broader device and connectivity operations.

For enterprise buyers, Aeris’ launch turns SGP.32 from a standards discussion into a concrete procurement consideration. Organizations planning long-lived, multinational IoT deployments can evaluate remote profile management earlier in product design, rather than treating connectivity as a fixed decision made at the factory. That shift makes cellular service more adaptable throughout the life of a connected asset.