The market for service robots

Unlike traditional industrial robots, which work in structured environments, service robots are designed to interact with people and perform tasks in everyday environments. Their areas of application range from warehouse automation and the hospitality industry to agriculture and maritime inspection. The degree of commercialization varies greatly depending on the application, but IDTechEx predicts sustainable, steady growth in the long term. The report segments these robots by application maturity, technical difficulty and market drivers.

Delivery and logistics robots

Automation in logistics and warehousing continues to be the largest and most established segment of the service robotics market. Mobile robots, last-mile vehicles and logistics-focused drones are now widely used to support the flow of goods in distribution centers, on campuses, in retail environments and in controlled public spaces. Logistics is also proving to be a current use case for humanoid robots.

Thanks to mostly low to moderate technical complexity and clearly defined return-on-investment paths, logistics robots are among the strongest growth drivers in the service robot market. Their introduction is supported by advances in computer vision, autonomous software and mapping technologies, which enable higher operating speeds and less human intervention.

Cleaning and disinfection robots

Cleaning and disinfection robots remain the second largest category of service robots. They include both domestic and professional systems, with professional cleaning robots experiencing the fastest growth as they can cover large commercial areas and reduce reliance on labor. Approaches range from mechanical scrubbing methods to non-contact technologies such as UV-C disinfection.

While pandemic-related demand has normalized, long-term structural drivers - particularly staff shortages and efficiency requirements in commercial real estate, hospitality and healthcare - continue to support the roll-out.

Social robots

Social robots are designed for direct interaction with people. The main areas of application are the hotel industry, retail, education and healthcare. In environments such as airports and hospitals, social robots are increasingly being used for navigation assistance, check-in support and visitor guidance.

The healthcare sector is considered particularly promising, especially for cognitive support and therapeutic applications. Robots can provide structured routines, social interaction and memory support for people with cognitive decline. However, ethical issues and regulatory frameworks continue to influence the pace of adoption. Issues such as emotional authenticity, data security and psychological impact on vulnerable users require careful oversight and standardization.

Agricultural robots

Agricultural robots represent an up-and-coming, strategically important segment of the service robot market. These systems are designed to address increasing labor shortages and the pressure to increase efficiency in food production. Applications include robotic harvesting, precision spraying, weed control and crop monitoring.

Agricultural environments present particular challenges such as uneven terrain, changing weather conditions and limited connectivity. These factors increase hardware requirements and slow down the standardization of solutions. In addition, the typically low margins in the agricultural sector limit the willingness to invest in expensive robotic systems. Nevertheless, further investments in computer vision, grippers and autonomous navigation - especially for specialty crops - are expected to open up new applications in the forecast period (2026 to 2036).

Construction and demolition robots

Construction and demolition robots are another emerging category with great long-term potential. As the construction industry suffers from ongoing labor shortages and safety concerns, robots that can perform repetitive and high-risk tasks such as drilling, masonry, surface preparation or controlled deconstruction are increasingly seen as a useful complement to human labor.

Autonomy on construction sites remains technically challenging, as layouts and conditions are constantly changing. Nevertheless, semi-autonomous and collaborative systems are already showing benefits today, particularly in the field of demolition.

Successful applications of service robots

The market for service robots is growing rapidly towards widespread commercial use in many industries. The report "Service Robots 2026-2036" by IDTechEx shows both the diversity of applications and the different levels of maturity of the individual segments. While logistics, cleaning and selected indoor services lead the market, emerging areas such as agricultural robotics, underwater systems, search and rescue robots and construction and demolition robots offer significant long-term opportunities.