The US cellular M2M market opened 2025 at $30,296.9 million. A 20.0% CAGR over the 2026-2034 forecast period lifts it to $156,325 million by 2034. Growth is tied to mandatory migration from 3G devices, ubiquitous LTE-M coverage, and the expansion of cellular IoT outside handset use cases. Within the broader Cellular M2M Connections Market, US operators are converting one-time hardware sales into recurring connectivity services with higher and more predictable margins. The macro environment also favors cellular over unlicensed radio for logistics, energy, retail, and health applications because security patching and service-level agreements are delivered over the operator core. Connectivity services held a 65% revenue share in 2025, making the licensed wireless subscriber base the central unit of analysis in this market.

Fleet telematics is the largest vertical, followed by utilities, remote asset monitoring, vending, and retail cold chain. These use cases benefit from 5G standalone private network slices, which allow a utility or retail company to isolate its M2M traffic from consumer data sessions. As the report will show, the fastest revenue growth is concentrated in large enterprise deployments that bundle connectivity with edge analytics. This positions the market for long-duration contracts rather than transactional SIM purchases.

Connectivity services are the revenue engine of the US market, contributing 65% of 2025 revenue, or roughly $19.7 billion. Professional services and managed services split the remainder at 21% and 14%, respectively. The category includes recurring flat-rate data plans, overage-based connectivity, private network access, SIM/eUICC management, and API-driven usage analytics. Unlike managed services, connectivity services are sold on a per-connection basis and renew automatically. In the M2M Connectivity Services Market, operator gross margin is supported by standardized module pricing falling faster than tariff prices.

The largest recurring line items within Connectivity services are monthly base fees, data overage charges, and private network subscriptions. Large enterprises produce 72% of this segment's revenue. They demand dedicated APNs, multi-carrier redundancy, and IoT Connectivity Control Center platforms. SMEs show faster connection growth but lower average revenue per user, so the SME Connectivity Solutions Market is expected to add active connections at a higher annual rate than large enterprise accounts.

Within the utility vertical, the Smart Metering Communication Market is a key downstream application where cellular modules are replacing RF mesh networks. Smart gas and electric meters are moving to LTE-M because cellular offers lower lifecycle maintenance cost and does not require utility-owned collectors. This trend explains why connectivity service contracts for utility meters often exceed ten years, a duration that strengthens the recurring revenue model.

The margin direction for Connectivity services is moderately positive. Volume growth from new modules offsets ARPU compression caused by multi-carrier eSIM switching. Managed services and professional services continue to gain share in total contract value because enterprises want someone to run device onboarding, security, and firmware updates. Connectivity services will remain the largest segment through 2034, even as adjacent managed services grow from a smaller base.

Demand driver 1: Retired 3G networks force physical module swaps. AT&T shut down its 3G network in February 2022 and Verizon followed in December 2022. These sunsets eliminated circuit-switched machine-to-machine service and created the largest one-time module upgrade cycle in the US market. Many older modules could not be firmware-upgraded to LTE, so enterprises had to procure new hardware and sign fresh connectivity contracts.

Demand driver 2: Low-power IoT modules make cellular cost-competitive. The Mobile Telematics Market depends on LTE Cat-1 bis modules for usage-based insurance and fleet tracking. The Connected Healthcare M2M Market adds remote patient monitoring and connected medical device management. The Industrial IoT Connectivity Market contributes predictive maintenance pipelines that move sensor data through cellular backhaul instead of local Wi-Fi. These vertical applications grow the number of billable connections.

Demand driver 3: 5G RedCap creates a new migration tier. 3GPP Release 18 introduced a lower-cost reduced capability device class that will gradually replace Cat-1 in many applications. RedCap modules will carry lower hardware cost, preserving some of the operator gross margin now under pressure from eSIM portability.

Growth restraint 1: Certification and compliance queues slow time-to-market. FCC equipment authorization and carrier-specific testing can add 9-14 weeks before a module can be activated on AT&T, Verizon, or other US networks. Semiconductors and RF front-end components also face intermittent supply constraints, which lengthen hardware lead times.

Growth restraint 2: Security requirements raise operating cost. The FCC Cyber Trust Mark and CTIA certification baselines force device makers to maintain firmware signing, secure boot, and software bill-of-materials documentation. These activities are not one-time costs; they are recurring compliance overhead that shifts margin from hardware to professional services.

• AT&T Inc.: Operates one of the largest US LTE-M and NB-IoT footprints and bundles M2M connectivity with IoT management platforms targeting fleet, utility, and retail verticals. Its spectrum position in low-band supports broad indoor coverage for connected devices.
• Verizon Communications Inc.: The second major direct operator, with strength in national retail, energy, and healthcare IoT. Verizon offers private 5G network slices and a certified module ecosystem for enterprise cellular connections.
• KORE Group Holdings Inc.: A pure-play IoT connectivity provider offering global SIM, managed connectivity, and hardware lifecycle services. KORE acts as a mobile virtual network operator on multiple US carriers and specializes in large enterprise deployments.
• Aeris Communications Inc.: Provides carrier-grade IoT platforms for connected vehicles, telematics, and energy equipment. Aeris has historically been strong in the automotive telematics segment through multi-year OEM contracts.
• ORBCOMM Inc.: Delivers hybrid cellular-satellite connectivity for transportation, intermodal, and heavy equipment customers. ORBCOMM positions cellular as a high-bandwidth companion to satellite coverage in remote North American corridors.
• Telit: Supplies cellular modules, connectivity services, and IoT platform software. The company's product line covers Cat-1, Cat-M, NB-IoT, and 5G modules used widely in US M2M hardware.
• Cisco Systems Inc.: Its IoT Control Center platform manages millions of cellular connections for operators and enterprises. Cisco competes in the platform layer rather than as a network operator, giving it a neutral position across carriers.
• Deutsche Telekom AG: Through its T-Mobile US business, it operates the third national-scale US cellular network, enabling roaming, IoT, and multi-country connection management for US-headquartered global enterprises.

• February 2022: AT&T switched off its 3G network, triggering the migration of millions of M2M modules to LTE-M and NB-IoT. The event reset the equipment base and accelerated the shift to eSIM-capable devices.
• December 2022: Verizon closed its CDMA/3G network, effectively ending legacy circuit-switched cellular IoT in the US utility and security sectors.
• March 2024: The FCC adopted rules for a voluntary cybersecurity labeling program for wireless consumer IoT products. The program requires IoT devices to meet baseline security criteria before they can display a trust mark.
• June 2024: 3GPP completed Release 18, adding 5G-Advanced features and RedCap device specifications that will lower the cost and power consumption of future M2M modules.
• November 2024: CTIA expanded its IoT certification scope to include firmware integrity tests and secure update verification for modules entering carrier networks.

Because this report is scoped to the United States, North America captures 100% of direct market revenue in the model. Still, the technology and component footprint is global. North America is the most mature market for connectivity services because of its entrenched national operators, high enterprise willingness to pay, and steep 3G-to-LTE migration history. The US market CAGR of 20.0% reflects demand for new connections rather than replacement of legacy lines.

Europe functions as a supplier and standards corridor. Deutsche Telekom, Vodafone, Thales, and Telit contribute platform, SIM, and module expertise, while EU cybersecurity rules shape the security features that flow into US-bound products. Asia-Pacific is the fastest-growing production corridor, with module assembly and modem silicon concentration in China, Taiwan, and South Korea. Imported modules account for most of the hardware used by US M2M service providers, making APAC lead times a direct input to US market growth. South America and the Middle East remain small but active roaming corridors for US carriers that serve international logistics and energy companies.

The strategic implication is that North America offers margin-rich recurring service revenue, while APAC offers the fastest scaling of hardware supply. Any tariff or export control acting on APAC module inputs will immediately affect US M2M device cost and therefore the pace at which new connections are activated.

The upstream supply chain depends on RF transceivers, baseband chips, power management ICs, eSIM secure elements, PCBs, and passive components. The IoT Chipset Manufacturing Market is concentrated around foundries in Taiwan and South Korea, with Qualcomm, MediaTek, and Sequans supplying the majority of baseband silicon used in North American M2M modules. Oscillators, filters, and front-end modules also rely on gallium-arsenide and surface-acoustic-wave technologies that face periodic export control review.

The Cellular IoT Module Market shows clear price pressure: average Cat-1 bis module prices fell from more than $7 in 2021 to below $4 in 2025, driven by integrated RF front ends and higher foundry yields. Price declines do not automatically reduce connectivity revenue because carriers price by data plan, not by module cost. However, they do lower the upfront cost of entering an M2M project, expanding the total addressable SME base. The most exposed raw material categories are copper-clad laminate for PCB substrates, encapsulated eSIM die, and multi-layer ceramic capacitors. Supply chain interruptions in any of these inputs can delay FCC-certified module shipments by six to ten weeks.

Four regulatory layers shape the US M2M market. First, FCC Part 15 governs unintentional radiators, while Part 22, 24, and 27 licenses control the cellular spectrum used for M2M connections. Second, FCC equipment authorization is required for every LTE-M, NB-IoT, and LTE Cat-1 module before it can be sold to a US customer. Third, the FCC's Cyber Trust Mark program adds voluntary product security labeling obligations. Fourth, state data protection laws, including CCPA in California, impose data governance requirements on the connected device data stream.

In Europe, the Cyber Resilience Act and the Radio Equipment Directive's cybersecurity requirements influence how modules are designed for global supply chains. US operators increasingly ask for these same security features, making European compliance a practical proxy for premium contracts. In Asia-Pacific, Chinese MIIT registration and Japan's Act on Protection of Personal Information affect the data flow from modules manufactured abroad. The compliance burden is not static: every new software update protocol must be re-verified under the most recent carrier certification baseline. This makes regulatory monitoring a mandatory part of Connectivity services rather than an optional back-office function.

• 1. Cellular M2M Connectionsin US Market Is Segmented By Service
  • 1.1. Connectivity services
  • 1.2. Professional services
  • 1.3. Managed services
• 2. End-User
  • 2.1. Large enterprises
  • 2.2. SMEs
• 3. Connectivity
  • 3.1. Wireless
  • 3.2. Wired

• 1. Us