SGP.32 IoT eSIM Goes Commercial: Tele2, IDEMIA, Cisco Launch First End-to-End Stack

Commercial SGP.32 Deployment Redefines IoT Connectivity Procurement

Tele2 IoT, IDEMIA Secure Transactions, and Cisco launched the first commercial end-to-end SGP.32 IoT eSIM solution in March 2026. New analyst data shows the technology is spreading beyond pilot projects into commercial offers from alternative IoT operators and traditional MNOs, with direct implications for enterprises issuing connectivity RFPs today.

SGP.32 is a GSMA standard for remote eSIM profile management. The Tele2/IDEMIA/Cisco stack combines managed connectivity services, a GSMA-certified eSIM stack, and orchestration capabilities. Unlike proprietary M2M eSIM platforms, SGP.32 enables centralized, software-defined profile switching across heterogeneous networks and tariffs without field visits or SIM swaps.

IoT Analytics estimates 21.1 billion connected IoT devices globally in 2026, up 14% year-over-year. Even modest adoption of SGP.32-based orchestration represents tens of millions of devices annually. Analyst commentary indicates value is shifting to eSIM orchestration rather than the SIM form factor itself, as remote profile management becomes the differentiator.

Competitive Shift from Connectivity Commodity to Orchestration Platform

Traditional MNOs compete with alternative IoT operators — non-traditional carriers offering multi-network connectivity — tracked as a distinct segment by Omdia. Alternative operators including 1NCE, BICS, Soracom, Eseye, and Wireless Logic are early SGP.32 adopters, differentiating on orchestration features rather than price per SIM.

SGP.32 reduces lock-in to a single operator. Enterprises can negotiate multi-operator tariffs and dynamically select the best local carrier, cutting roaming and out-of-bundle costs by several dollars per device per year on fleets of hundreds of thousands to millions of devices. This threatens MNOs reliant on captive M2M customers while benefiting multi-IMSI connectivity brokers.

Cisco's role positions it as a neutral orchestration layer usable with multiple operators, competing with operator-native IoT connectivity platforms. SIM vendors and secure element providers — Thales, G+D, IDEMIA, and STMicroelectronics — are developing their own SGP.32 stacks, intensifying competition across the value chain.

What This Means for Enterprise IoT Buyers

Enterprises planning multi-country deployments in logistics, automotive, or industrial equipment can now require SGP.32 support in RFPs to ensure portable, remotely programmable eSIM profiles. This avoids single-operator lock-in and shifts connectivity management from local field teams to centralized IT/NetOps.

Remote profile switching eliminates truck rolls and site visits. While not specific to SGP.32, IoT-focused research suggests remote operations can cut downtime by 30–50% in industrial contexts. The standard also simplifies compliance in regulated sectors — automotive, energy, healthcare — that require auditable connectivity management and secure credential handling.

SGP.32 is a GSMA standard, reducing the risk of bespoke M2M eSIM platforms that lack long-term vendor support. Moving to standardized orchestration now protects against obsolescence as 2G/3G sunsets force migration decisions.

Cat 1 bis Emerges as Dominant Near-Term Connectivity Choice

A newly published IoT Analytics report on MWC 2026 highlights Cat 1 bis emerging as the dominant commercial choice for global IoT deployments, particularly in China and Europe. Cat 1 bis is a 3GPP Release 13 LTE category optimized for low-complexity devices, with 10 Mbps downlink and 5 Mbps uplink in a single-antenna design. This cuts cost and complexity versus dual-antenna Cat 1 modules.

Cat 1 bis is growing strongly in China and Europe and has begun competing directly with LTE-M and NB-IoT in utility use cases — meters and grid assets. A material portion of new deployments in the 2024–2027 window are landing on Cat 1 bis in markets where 2G/3G sunsets push migration decisions.

For enterprises, Cat 1 bis offers a middle ground between NB-IoT (low throughput, long battery life) and full LTE (higher cost, higher power). Buyers evaluating connectivity for asset tracking, smart meters, or industrial sensors should assess Cat 1 bis availability in target geographies against LTE-M and NB-IoT roadmaps, as operator support varies by region.

What to Watch

Track whether major MNOs add SGP.32 support to existing IoT platforms or resist standardization to preserve lock-in. Enterprises should ask IoT connectivity vendors for SGP.32 timelines and require profile portability guarantees in contracts. Monitor Cat 1 bis module pricing and operator network availability in target markets, as this will determine whether the technology becomes a true global standard or remains regionally fragmented. The shift from connectivity as commodity to orchestration as differentiator is accelerating — procurement teams that anchor on per-SIM pricing alone will miss the larger TCO story.