Internet of Robotic Things Market Size, Share, Growth, and Industry Analysis, By Types (Control Systems, Sensors, Power Sources, Actuators, Other Components) , Applications (Service Robots, Industrial Robots, Others) and Regional Insights and Forecast to 2035

Internet of Robotic Things Market Size

The global Internet of Robotic Things market was valued at USD 13340.65Million in 2025, is projected to reach USD 16555.74Million in 2026, and is expected to reach approximately USD 20545.68Million by 2027, before expanding further toward USD 115583.17Million by 2035, registering a strong CAGR of 24.1% during the forecast period. This growth is driven by rising convergence of robotics, artificial intelligence, cloud computing, and IoT-enabled automation across industrial and service environments.

In the United States Internet of Robotic Things market, expansion is strongly supported by advanced manufacturing adoption, defense robotics integration, warehouse automation, and increasing deployment of AI-powered service robots across healthcare, logistics, and smart infrastructure applications.

Key Findings

• Market Size – The Internet of Robotic Things market was valued at USD 16,555.74Million in 2026 and is projected to expand substantially to USD 115,583.17Million by 2035, reflecting strong enterprise automation, AI convergence, and large-scale deployment of connected robotic systems across industries, growing at a CAGR of 24.1% over the forecast period.
• Growth Drivers – Market momentum is supported by 71% adoption of Industry 4.0 practices, 64% demand for real-time operational intelligence, and nearly 56% preference for autonomous systems that improve productivity, safety, and decision accuracy across manufacturing, logistics, and service environments.
• Trends – Key trends include 59% integration of edge computing for low-latency robotic control, 47% deployment of AI-enabled perception systems, and about 41% adoption of cloud-connected robotic fleets enabling centralized monitoring, analytics, and predictive maintenance.
• Key Players – Major participants such as Yaskawa Electric Corporation, iRobot Corporation, Intel Corporation, Cisco Systems Inc., and ABB Ltd. continue to shape innovation through advanced sensors, connectivity platforms, and scalable robotic architectures.
• Regional Insights – North America leads with approximately 35% market share driven by early technology adoption, followed by Asia-Pacific at 29% due to manufacturing scale, Europe at 28% through smart factory initiatives, and the Middle East & Africa contributing 8% via infrastructure automation.
• Challenges – The market faces challenges including 43% cybersecurity and data privacy concerns, 36% system integration complexity across heterogeneous platforms, and nearly 28% shortage of skilled professionals capable of managing advanced IoRT ecosystems.
• Industry Impact – IoRT adoption delivers a 62% improvement in operational visibility, enables 49% reduction in unplanned downtime through predictive maintenance, and supports 44% enhancement in autonomous decision-making across robotic networks.
• Recent Developments – Recent activity shows 46% growth in AI-enabled robotic launches, 34% expansion of edge-connected control systems, and 27% increase in strategic collaborations to accelerate commercial deployment.

The Internet of Robotic Things market represents a transformative shift in how robots interact with digital ecosystems, physical environments, and enterprise networks. Nearly 64% of connected robots now rely on real-time data exchange with cloud platforms for navigation, analytics, and decision-making. Around 58% of industrial robots are integrated with IoT sensors to enable predictive maintenance and adaptive operations. Service robots leveraging IoRT technologies account for nearly 46% of deployments in healthcare, retail, and logistics. Additionally, approximately 41% of enterprises deploying robotics emphasize edge computing integration to reduce latency and enhance autonomous performance. These factors collectively position the Internet of Robotic Things market as a critical pillar of next-generation intelligent automation.

Internet of Robotic Things Market Trends

The Internet of Robotic Things market is witnessing rapid evolution as organizations increasingly deploy connected robots capable of sensing, learning, and acting autonomously. Nearly 67% of industrial automation projects now integrate robotics with IoT platforms to improve operational visibility and responsiveness. AI-enabled perception systems are being adopted in approximately 59% of robotic deployments, allowing machines to interpret visual, auditory, and environmental data more accurately.

Cloud-based robot management is a major trend, with around 54% of enterprises utilizing centralized platforms to monitor robot fleets, update software, and optimize task allocation. Edge computing adoption has also increased, with nearly 48% of IoRT systems processing data locally to support low-latency decision-making in dynamic environments such as warehouses and manufacturing floors.

Collaborative robots connected through IoRT frameworks are gaining traction, accounting for nearly 45% of new robotic installations. These systems enable safe human-robot interaction and flexible task execution. In parallel, cybersecurity integration has become critical, as about 43% of organizations prioritize secure communication protocols and encrypted data exchange to protect robotic networks.

Service robotics is another fast-growing trend, with approximately 52% of deployments focused on healthcare assistance, delivery automation, and smart facility management. Together, these trends highlight a shift toward intelligent, connected, and scalable robotic ecosystems.

Internet of Robotic Things Market Dynamics

The Internet of Robotic Things market dynamics are shaped by the convergence of robotics, IoT connectivity, artificial intelligence, and cloud computing. Nearly 69% of enterprises adopting robotics emphasize real-time data exchange to improve accuracy, flexibility, and autonomous decision-making. Growing reliance on automation for productivity optimization, safety enhancement, and cost reduction continues to strengthen long-term market demand.

OPPORTUNITY

Expansion of Autonomous and Cloud-Connected Robotics

The expansion of autonomous and cloud-connected robotics presents strong growth opportunities for the Internet of Robotic Things market. Approximately 62% of enterprises plan to increase investments in connected robotic fleets to improve scalability and remote management. Logistics, healthcare, and smart manufacturing collectively represent nearly 55% of new opportunity areas, driven by demand for intelligent, adaptive automation solutions.

DRIVERS

Rising Demand for Intelligent Automation and Connectivity

Rising demand for intelligent automation is a key driver of the Internet of Robotic Things market. Nearly 66% of manufacturers deploy connected robots to enhance production efficiency, while about 57% of service providers rely on IoRT-enabled robots for real-time monitoring and adaptive operations. Increased adoption of AI-driven robotics further accelerates market growth.

Market Restraints

"High Integration Costs and Data Security Concerns"

The Internet of Robotic Things market faces restraints linked to high integration costs and data security complexities. Nearly 47% of small and mid-sized enterprises report difficulty in justifying upfront investments required for IoT-enabled robotics, cloud platforms, and AI software integration. In addition, about 42% of organizations cite cybersecurity risks as a major concern, as connected robots continuously exchange sensitive operational data across networks. Interoperability challenges between legacy systems and modern IoRT platforms affect nearly 38% of deployments, increasing integration time and cost. Furthermore, around 34% of users highlight limited standardization across robotic communication protocols, which restricts seamless scalability and slows adoption in cost-sensitive environments.

Market Challenges

"Complex System Management and Skilled Workforce Gaps"

The Internet of Robotic Things market also encounters challenges related to system complexity and workforce readiness. Approximately 44% of enterprises struggle with managing large fleets of connected robots due to software updates, data synchronization, and maintenance coordination. Shortage of skilled professionals capable of handling AI-driven robotics, IoT networking, and edge computing affects nearly 39% of organizations. Latency and network reliability issues further impact about 33% of real-time robotic applications, particularly in remote or industrial environments. Additionally, ethical and safety concerns around autonomous decision-making continue to influence regulatory scrutiny and deployment pace.

Segmentation Analysis

The Internet of Robotic Things market segmentation reflects diverse demand patterns across component types and application areas, driven by varying levels of automation, intelligence, and connectivity requirements. Segmentation by type highlights the critical role of sensors, control systems, actuators, and power sources in enabling connected robotic functionality. Advanced sensors and control platforms form the backbone of IoRT ecosystems, supporting perception, navigation, and adaptive behavior.

From an application perspective, industrial robots dominate adoption due to smart manufacturing and warehouse automation, while service robots are rapidly gaining traction in healthcare, retail, and logistics. Nearly 63% of IoRT deployments prioritize real-time data analytics and remote monitoring, while about 49% emphasize autonomous task execution. This segmentation-driven insight enables technology providers and system integrators to align offerings with industry-specific automation needs.

By Type

Control Systems

Control systems play a central role in the Internet of Robotic Things market by enabling coordinated movement, decision-making, and communication. Nearly 29% of IoRT architectures rely heavily on advanced control platforms to manage sensor data, AI algorithms, and actuator responses. These systems enhance precision, safety, and operational efficiency across connected robotic networks.

Control systems accounted for a substantial share of the market in 2025, driven by demand for intelligent automation. This segment continues to expand as industries adopt adaptive and self-learning robotic solutions.

Sensors

Sensors represent a critical component within the Internet of Robotic Things market, enabling robots to perceive and interact with their environment. Approximately 31% of IoRT deployments integrate multi-modal sensors such as vision, proximity, and environmental sensors to improve situational awareness. Sensor-rich robots support predictive maintenance and autonomous navigation.

The sensor segment maintained a strong market position in 2025, supported by rising demand for real-time data acquisition and precision control in industrial and service robotics.

Power Sources

Power sources are essential for sustaining connected robotic operations, especially in mobile and autonomous applications. Around 18% of IoRT investments focus on efficient battery systems and energy management solutions to extend operational uptime. Advances in power optimization improve robot mobility and reliability.

This segment continues to grow steadily as demand increases for long-duration and energy-efficient robotic deployments.

By Application

Service Robots

Service robots represent a rapidly expanding application segment within the Internet of Robotic Things market, driven by adoption across healthcare, retail, hospitality, and domestic environments. Nearly 41% of connected robotic deployments are linked to service robots that rely on IoT connectivity for navigation, task coordination, and real-time monitoring. Integration of cloud-based analytics and edge intelligence allows these robots to adapt to dynamic environments and user interactions.

Service robots held a notable share of the market in 2025, supported by rising demand for contactless services, assisted living solutions, and smart facility management. Continuous connectivity enables predictive maintenance, software updates, and performance optimization, strengthening long-term adoption across public and private service sectors.

Industrial Robots

Industrial robots account for the largest application share in the Internet of Robotic Things market due to widespread use in smart manufacturing, logistics, and warehouse automation. Approximately 46% of IoRT-enabled robots operate in industrial environments where real-time data exchange improves productivity, quality control, and operational visibility. Connected industrial robots leverage sensors and analytics to support predictive maintenance and adaptive production workflows.

This segment dominated market adoption in 2025 as manufacturers prioritized digital factories and Industry 4.0 initiatives. IoRT integration allows centralized control of robotic fleets, reducing downtime and enabling scalable automation across production lines.

Others

The “Others” category includes applications such as defense robotics, agricultural automation, and smart city infrastructure. Around 13% of Internet of Robotic Things deployments fall under this segment, where connectivity enables remote operation, surveillance, and autonomous decision-making. Agricultural robots use IoRT platforms to optimize irrigation, harvesting, and soil monitoring.

This segment maintained steady growth in 2025, supported by rising investments in autonomous systems for security, infrastructure inspection, and environmental monitoring across both public and private sectors.

Internet of Robotic Things Market Regional Outlook

The Internet of Robotic Things market exhibits strong regional variation influenced by automation maturity, digital infrastructure, and industrial investment. Global adoption is driven by smart manufacturing initiatives, service automation, and advancements in AI-driven robotics. Regional market shares collectively represent 100%, highlighting balanced growth across developed and emerging economies.

North America

North America accounts for approximately 35% of the Internet of Robotic Things market, supported by early adoption of advanced robotics, artificial intelligence platforms, and cloud-based connectivity. Nearly 59% of enterprises across manufacturing, logistics, and healthcare deploy IoRT solutions to improve automation accuracy, operational visibility, and real-time decision-making capabilities.

Strong investment in research and development further strengthens regional leadership, with around 54% of industrial organizations integrating connected robots for predictive maintenance and workforce optimization. Widespread availability of high-speed networks and edge computing infrastructure continues to accelerate large-scale IoRT deployments across smart factories and service robotics applications.

Europe

Europe represents around 28% of the global Internet of Robotic Things market, driven by smart manufacturing initiatives and deep robotics integration in automotive, electronics, and industrial equipment sectors. Approximately 53% of factories in the region use connected robots to enable real-time production monitoring and energy-efficient operations.

In addition, nearly 48% of European enterprises adopt IoRT-enabled systems to support sustainability goals, reduce downtime, and improve supply chain resilience. Government-backed Industry 4.0 programs and strong collaboration between technology providers and manufacturers continue to expand IoRT adoption across the region.

Asia-Pacific

Asia-Pacific holds nearly 29% of the Internet of Robotic Things market, fueled by rapid industrialization, expanding manufacturing capacity, and government-supported automation strategies. About 62% of new IoRT installations are concentrated in smart factories, warehouses, and large-scale logistics centers.

The region also benefits from a strong electronics manufacturing base, with nearly 57% of enterprises deploying connected robots to enhance production speed and quality control. Growing investments in artificial intelligence and 5G connectivity further support scalable IoRT ecosystems across emerging and developed economies.

Middle East & Africa

The Middle East & Africa region contributes close to 8% of global Internet of Robotic Things demand, supported by investments in smart infrastructure, industrial automation, and defense-related robotics applications. Nearly 45% of deployments focus on surveillance, inspection, and automated material handling.

Infrastructure modernization projects and rising adoption of connected robotics in energy, logistics, and security sectors are driving steady growth. Increasing focus on digital transformation and smart city development continues to create long-term opportunities for IoRT solutions across the region.

LIST OF KEY Internet of Robotic Things Market COMPANIES PROFILED

Investment Analysis and Opportunities

Investment activity in the Internet of Robotic Things market remains robust as enterprises accelerate automation and digital transformation initiatives. Nearly 63% of capital investments are directed toward AI-enabled robotic platforms that combine perception, mobility, and cloud connectivity. Manufacturing and logistics sectors together attract close to 52% of total investments, driven by demand for autonomous material handling, warehouse robotics, and smart production lines. Around 48% of funding is allocated to edge computing infrastructure to support low-latency robotic operations in real-time environments.

Emerging opportunities are evident in healthcare robotics, where approximately 41% of new investments focus on service robots for hospital logistics, patient monitoring, and sanitation. Defense and security applications also represent a growing opportunity, accounting for nearly 34% of strategic funding aimed at autonomous surveillance and unmanned systems. Furthermore, small and mid-sized enterprises contribute about 29% of new investment demand as affordable IoRT solutions become more accessible. These trends highlight strong long-term investment potential across diverse industry verticals.

NEW PRODUCTS Development

New product development in the Internet of Robotic Things market is centered on intelligent autonomy, modular design, and enhanced connectivity. Nearly 57% of newly introduced robotic systems feature integrated AI processors that enable real-time perception, navigation, and adaptive learning. Manufacturers are increasingly embedding multi-sensor fusion technologies, with about 49% of new products combining vision, lidar, and tactile sensors to improve environmental awareness.

Connectivity advancements also shape product innovation, as approximately 44% of new IoRT solutions support edge-cloud hybrid architectures for scalable deployment. Battery efficiency and power optimization remain critical, with 38% of product launches emphasizing extended operational endurance. Additionally, modular robotic platforms now represent around 35% of new developments, allowing users to customize components based on application needs. These innovations strengthen system flexibility and accelerate adoption across industrial and service sectors.

Recent Developments

• In 2024, nearly 45% of leading manufacturers introduced AI-driven robotic platforms with enhanced autonomous navigation capabilities.
• About 37% of companies expanded edge-computing-enabled robotic solutions to support real-time industrial operations.
• Approximately 33% of new developments focused on collaborative robots integrated with IoT-based safety monitoring.
• In 2025, close to 29% of market players formed partnerships to deploy cloud-managed robotic fleets.
• Roughly 26% of manufacturers enhanced cybersecurity features to protect connected robotic ecosystems.

REPORT COVERAGE

This report provides comprehensive coverage of the Internet of Robotic Things market, examining technological evolution, competitive dynamics, and application-driven demand patterns. It evaluates how IoRT solutions are transforming industrial automation, healthcare services, logistics, and defense through connected, intelligent robotic systems. Nearly 66% of enterprises adopting IoRT report improved operational efficiency and enhanced decision-making capabilities.

The analysis includes detailed assessments of market drivers, restraints, challenges, and opportunities shaping industry growth. Segmentation by type and application offers insights into demand distribution across components and end-use sectors. Regional outlook analysis highlights adoption trends across North America, Europe, Asia-Pacific, and the Middle East & Africa. Company profiling, investment trends, and product development strategies are also examined, making this report a valuable resource for stakeholders seeking actionable insights.