01 Shift Toward Software-Defined Discrete Automation Architectures Pressure for faster production changes and less dependence on fixed-function hardware is shifting discrete automation toward software-defined architectures, where control logic can be separated from proprietary equipment and updated through software; the World Economic Forum notes that this approach enables faster reconfiguration and integration of AI, edge computing, and digital twins without replacing existing hardware.
02 Development of Adaptive Automation for High-Mix Low-Volume Production Demand for customized products, smaller batches, and frequent product changes is also supporting adaptive automation for high-mix, low-volume manufacturing, with real-time data, AI, and automation allowing production systems to adjust processes and resource allocation as product requirements change; Siemens describes adaptive production as capable of responding to different production mixes and volumes while reducing the need for major system overhauls.
01 Increasing Demand for Industrial Productivity and Throughput and Growing Adoption of Industrial Robots Drive Market The increasing demand for industrial productivity and throughput is driving manufacturers to adopt discrete automation systems that can increase production capacity and reduce cycle times. Higher output requirements create demand for automated assembly, material handling, motion control, and production monitoring equipment. For example, automated assembly lines in automotive plants can perform repetitive fastening and component-placement tasks at consistent speeds. Greater automation requirements encourage manufacturers to invest in new control systems, robotics, and automation equipment. This focus on production efficiency therefore supports demand in the discrete automation market.The growing adoption of industrial robots is increasing demand for discrete automation systems that coordinate robotic motion, sensing, control, and production workflows. Higher robot deployment across automotive, electronics, and machinery manufacturing expands requirements for programmable controllers, drives, sensors, and robotic control systems. For example, robotic arms can handle welding and material transfer tasks on automotive production lines. Greater robot installations increase procurement of supporting automation hardware and software, encouraging suppliers to expand integrated automation solutions. The broader industrial robot base therefore supports growth in the discrete automation market.
01 High Initial Investment and Implementation Costs and Complex Integration with Existing Industrial Systems Restrain Market Expansion High costs for robots, controllers, sensors, software, installation, and system commissioning can create a substantial financial burden for manufacturers. These expenses can be difficult to justify for smaller facilities with limited capital budgets or uncertain returns. Such investment barriers can delay automation projects and limit market adoption.Compatibility challenges between new automation technologies, legacy equipment, software, and production networks can make system integration complex. Additional engineering, customization, and downtime may be required to connect automated systems with existing operations. These implementation challenges can increase project costs and delay adoption of discrete automation solutions.
01 Expansion of Industrial Cybersecurity Solutions and Development of Digital Twin Solutions for Manufacturing Offer Growth Opportunities Automation vendors, industrial cybersecurity providers, and manufacturers with connected OT environments can address demand for plant, network, and system protection. Siemens already provides industrial cybersecurity products and services aligned with IEC 62443, creating revenue through security assessments, software, hardware, monitoring, and managed services.Manufacturers, machine builders, automation providers, and engineering firms can use digital twins for virtual commissioning, process simulation, and production optimization. Siemens is expanding its Digital Twin portfolio, including Digital Twin Composer, creating revenue through software licenses, simulation platforms, implementation, and engineering services.
01 Cybersecurity Risks in Connected Automation Systems and Shortage of Interoperability Standards Hinder Growth The growing use of connected PLCs, industrial robots, sensors, and cloud platforms increases exposure to cyberattacks, requiring manufacturers to strengthen security throughout automation networks. The 2021 ransomware attack on JBS demonstrated how cyber incidents can disrupt industrial operations, increasing concerns around connected manufacturing environments.Different automation vendors often use proprietary communication protocols and software environments, making seamless data exchange difficult across equipment and production lines. The continued development of OPC UA and industrial interoperability standards reflects the industry's effort to address these compatibility gaps, but fragmented environments can still slow deployment.
March 2026 Siemens expanded its industrial automation portfolio with advanced digital automation solutions integrating AI, industrial IoT, and software-defined manufacturing technologies to improve production efficiency.
January 2026 Rockwell Automation expanded its discrete manufacturing automation solutions with enhanced control systems, robotics integration, and industrial software capabilities supporting smart factory transformation.
November 2025 ABB expanded its robotics and automation portfolio with new solutions for discrete industries, improving machine automation, production flexibility, and industrial process optimization.
September 2025 Schneider Electric expanded its EcoStruxure automation platform with enhanced industrial automation features supporting connected factories, energy efficiency, and real-time operational management.