Ongoing Growth for Cellular IoT – Counterpoint Research

Data continues to show momentum in how enterprises deploy and manage connected devices. For innovators in the space, it’s increasingly about how connectivity strategies must evolve to keep pace with user expectations.

According to recent analysis from Counterpoint Research, the global cellular IoT module market grew by 16% year-on-year through Q1 2025. It’s a clear vote of confidence in cellular IoT as a connectivity strategy, even more so in some markets – including India, which showed 32% growth.

‍

Smart Meters and Asset Tracking as Market Drivers

‍

The growth observed in 2025 isn't uniform across all sectors. Instead, it is being propelled by specific high-utility verticals. Counterpoint Research found that smart meters and asset trackers remain the dominant forces in the market.

For enterprise leaders, this highlights a clear trend: the "massive IoT" segment is maturing. Companies are moving away from small-scale pilots and toward large-scale, cross-border deployments that require long-term reliability and cost-controlled data plans.

And, while the market historically leaned heavily on specific regions, we are now seeing a diversification strategy, where international markets are playing an increasingly vital role in driving shipment volumes for global M2M SIM cards.

‍

From 4G to 5G RedCap

‍

We are also witnessing a critical technological pivot. While 4G Cat 1 bis continues to hold a significant market share in global IoT connectivity due to its balance of cost and performance for simple tracking applications, the industry is looking toward 5G RedCap (Reduced Capability).

5G RedCap is beginning to fill the gap between high-speed 5G and low-power 4G. It offers a future-proof path for mid-tier applications that require the longevity of 5G networks without the high cost of full-scale 5G modules. 

According to Counterpoint Principal Analyst Tina Lu, 5G is the fastest-growing segment for cellular IoT modules, with 37% YOY growth especially over router and automotive segments.

The transition to 5G is essential for any enterprise looking to avoid "technology lock-in" or expensive physical SIM swaps in the coming years – and we’re increasingly seeing that in practice.

‍

Navigating Regional Complexity

‍

One of the most telling statistics from the Counterpoint data is the rise of international-focused vendors. As enterprises expand their cellular IoT footprints into regions like North America, Europe, and India, the complexity of managing multiple carrier agreements becomes a significant bottleneck.

The data suggests that successful global IoT SIM deployments are no longer just about choosing a module; they are about selecting a connectivity partner that can navigate the "integration complexity" of different regional regulatory environments and network standards.

‍

Scaling is a Management Problem

‍

The high shipment volumes in smart meters and asset tracking prove that "massive IoT" is finally here. However, the industry is finding that while it's easy to buy 10,000 modules, it's incredibly difficult to manage 10,000 individual connections across different borders.

We are arguably moving away from the innovation phase, can we make it work, to the orchestration phase. The hidden cost of cellular IoT isn't the SIM but the connectivity headaches and integration complexity that eat up engineering hours.

At GigSky, we’ve spent two decades building the infrastructure that supports these evolving market trends, including best global IoT connectivity solutions for M2M devices 2026 and beyond. The future of IoT is global, resilient, and technology-agnostic and our SuperSIM, GCore network and GEM platform is designed to align with exactly those needs.

The IoT market is moving fast. Whether you are scaling a smart metering project or launching a novel asset-tracking solution, GigSky provides the dependable, borderless connectivity needed to turn these statistics into successful outcomes.

‍