North America is emerging as a significant region for the adoption of advanced wireless communication technologies, supported by rapid industrial automation, smart infrastructure investments, utility modernization, and the increasing deployment of connected devices. In the US, industries such as energy and utilities, transportation, manufacturing, agriculture, defense, and public safety are increasingly using reliable wireless communication systems to connect geographically dispersed assets and enable real-time data exchange.
The Radio Modem Market Size is projected to reach US$428.55 million by 2034 from US$283.83 million in 2025, registering a CAGR of 5.29% during 2026–2034. The addressable opportunity is estimated at US$3,334.85 million during 2026–2034. North America, particularly the US, is expected to remain an important contributor to this growth because of its advanced industrial infrastructure, increasing adoption of remote monitoring technologies, and continued investments in resilient communication networks.
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North America and US Growth Drivers
Industrial Automation Accelerates Adoption in the US
The rapid expansion of industrial automation across the US is one of the key factors supporting demand for radio modem solutions. Manufacturing plants, warehouses, oil and gas facilities, mining operations, and processing industries are increasingly deploying connected equipment and remote monitoring systems.
Radio modems provide wireless connectivity between programmable logic controllers, remote terminal units, sensors, supervisory control systems, and other field equipment. This is particularly valuable in large industrial facilities where installing extensive wired communication infrastructure can be expensive and operationally challenging.
The continued transition toward smart manufacturing and Industry 4.0 is expected to create additional opportunities. US manufacturers are investing in connected production systems, predictive maintenance, automation, and real-time monitoring, increasing the need for reliable communication between machines and centralized control platforms.
Utility Modernization Creates Strong Opportunities
The modernization of electricity infrastructure represents another major driver across North America. Utilities in the US are investing in smart grid technologies, distribution automation, substations, remote monitoring, and grid management systems to improve reliability and operational efficiency.
Radio modems can connect remote terminal units, sensors, controllers, and other field devices with centralized utility control systems. Their ability to support long-distance communication makes them suitable for geographically distributed power infrastructure, including locations where cellular or wired connectivity may not provide the required reliability.
Growing investments in grid resilience and modernization are therefore expected to support demand for industrial wireless communication solutions across the US and Canada.
Critical Infrastructure and Public Safety Strengthen Demand
North America's focus on infrastructure resilience is also contributing to the adoption of dedicated wireless communication technologies. Transportation networks, emergency services, public safety agencies, and other critical infrastructure operators require dependable communication systems for monitoring and managing remote assets.
In the US, radio modem technologies can support applications such as railway communication, traffic management, pipeline monitoring, environmental monitoring, and emergency-response infrastructure. Their ability to operate independently of conventional wired networks can be particularly valuable in remote or challenging environments.
The growing emphasis on maintaining reliable infrastructure and ensuring uninterrupted communication is expected to remain a significant growth factor through 2034.
Oil, Gas, Mining, and Energy Applications
The US has a large and technologically advanced energy sector, creating substantial application opportunities for radio modem solutions. Oil and gas operators use remote monitoring systems to oversee pipelines, production facilities, pumping stations, storage infrastructure, and other geographically dispersed assets.
Radio modems enable the transmission of operational information from remote locations to centralized monitoring systems. This allows operators to improve asset visibility, identify operational issues, and reduce the need for continuous on-site personnel.
Similar opportunities exist in mining and other resource-intensive industries operating across remote locations in North America.
Growing Role of Agriculture and Remote Monitoring
Agriculture is another application area contributing to regional demand. Precision agriculture technologies increasingly depend on connected sensors, irrigation systems, weather stations, automated machinery, and remote monitoring platforms.
Large agricultural operations across the US can benefit from wireless communication technologies capable of connecting field equipment across wide areas. Radio modems can provide connectivity where conventional network infrastructure is limited, supporting automation and data-driven agricultural practices.
As precision agriculture expands, demand for dependable field-level connectivity is expected to increase.
Technology Development and Competitive Landscape
Technological advancements are improving the capabilities of modern radio modems, including communication range, data throughput, security, power efficiency, interoperability, and resistance to harsh operating conditions. These improvements are expanding their suitability across industrial and infrastructure applications.
Cybersecurity is becoming increasingly important in North America as industrial organizations connect more equipment to digital networks. Manufacturers are therefore focusing on secure data transmission, encryption, network authentication, and integration with modern industrial communication protocols.
Key companies operating in this space include Schneider Electric, Siemens, Advantech, ProSoft Technology, Sierra Wireless, Digi International, SATEL, Campbell Scientific, Raveon Technologies, FreeWave Technologies, and Data-Linc Group. Companies are competing through product innovation, communication reliability, connectivity range, cybersecurity capabilities, and solutions designed for specialized industrial applications.
Future Outlook for North America and the US
The outlook for radio modem adoption across North America remains positive as the US continues to invest in industrial digitization, smart grid infrastructure, transportation modernization, and connected remote assets. Increasing deployment of IoT devices and industrial automation systems will require reliable communication links between field equipment and centralized platforms.
The convergence of IoT, edge computing, automation, and remote asset management is expected to create additional opportunities for radio modem providers. US utilities, manufacturers, energy companies, transportation operators, and agricultural businesses are likely to continue investing in technologies that improve operational visibility while reducing infrastructure and maintenance costs.
North America is therefore expected to remain a strategically important region for radio modem manufacturers through 2034. Companies capable of delivering secure, interoperable, energy-efficient, and reliable solutions are well positioned to benefit from the region's ongoing digital transformation.
About The Insight Partners
The Insight Partners is a global market research and consulting provider offering actionable intelligence across technology, healthcare, semiconductor, industrial, energy, telecommunications, and other sectors. Its research helps businesses understand emerging trends, growth drivers, competitive dynamics, opportunities, and strategic developments.
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