Industrial Automation Market Size & Share Analysis - Growth Trends and Forecast (2027 - 2032)

Market Trends and Insights

Surge in Industry 4.0 led Smart-Factory Investments

Smart-factory investment supports demand for controls and software applied to production tasks. Rockwell Automation’s 2026 survey of 1,560 respondents across 17 manufacturing countries found that 59% of surveyed manufacturers actively used smart manufacturing technologies, while 18% remained in pilot mode.^[1] The survey also found that one-third of manufacturers’ operating budgets remained dedicated to industrial technology. That allocation covers industrial technology broadly, so an automation proposal competes with other technology projects and must show a specific production use to win funding. Active users and pilot-stage manufacturers therefore present different expansion needs, from extending operational applications to moving trial technology into production.

Rising Demand for Energy-Efficient Production Lines

Energy-cost pressure gives manufacturers a reason to change how equipment operates, creating an opening for efficiency-focused control applications. In the IEA’s 2025 survey of 1,000 firms across 14 countries, 39% of industry leaders prioritized efficiency as a response to escalating energy costs. Cipla reported approximately 80 MWh in energy savings from variable-frequency drive operation of air-handling and ventilation units in its India manufacturing operations during FY 2025-26.^[2] That application gives drive suppliers an efficiency offer tied to manufacturing support equipment. For manufacturers prioritizing energy costs, a proposal grounded in equipment electricity savings can justify control spending independently of a capacity expansion.

Government Incentives for Re-Shoring Advanced Manufacturing

Tax credits and federal loans support domestic industrial investment through different financing channels. On January 10, 2025, the IRS allocated about USD 6 billion in 48C credits for more than 140 projects spanning clean-energy manufacturing and recycling, critical materials and industrial decarbonization. On June 3, 2026, the US Department of Commerce announced USA Rare Earth’s final CHIPS award of up to USD 277 million and a separate loan agreement of up to USD 1.3 billion.^[3] The funding supports mining and processing facilities plus expansion and modernization of metal and magnet production. Support for equipping domestic production facilities creates prospective automation demand, with order conversion tied to the execution of those industrial projects.

AI-Native “Teach-less” Robotics Slashing Change-Over Time

Frequent changes in the production task make robot retraining effort part of the automation decision. AI-native teach-less robotics addresses that problem by shifting task preparation from explicitly programming each operation toward learning a demonstrated task. Where that approach can shorten preparation for a new part, the commercial benefit is more usable production time from the same robot. That makes the case most relevant to manufacturers whose changing tasks would otherwise require repeated programming work before production resumes. For these manufacturers, the investment case turns on usable robot hours recovered across successive tasks, rather than the speed of a single repeated motion.

High CAPEX and Integration Costs for Brown-Field Plants

The engineering provider aeSolutions reported that inaccurate plant documentation can leave teams on a brownfield control-system migration spending days or weeks tracing wiring, checking devices and reconciling drawings with field conditions. That unplanned fieldwork adds engineering effort before the existing system can be migrated. In Rockwell Automation’s 2026 global survey, reported in July 2026, 33% of manufacturing and industrial decision-makers cited manufacturing execution systems (MES) as their biggest data-integration problem. The survey identifies a software-integration obstacle, while the migration account shows the additional work needed to establish what is installed. Equipment replacement alone leaves that field verification and connection work to be funded and completed before integrated operation.

Cyber-Security Vulnerabilities in Converged IT/OT Networks

For industrial AI projects, cybersecurity creates an adoption hurdle that software capability alone cannot settle. Cisco’s 2026 survey of 1,000 industrial professionals across 19 countries and 21 sectors found that 40% cited cybersecurity concerns as a top obstacle to AI adoption. This places security alongside functional performance in the decision to introduce AI into industrial operations. On October 6, 2026, Rockwell Automation announced available SecureOT managed services for Fortinet firewalls and infrastructure, including existing customer-owned infrastructure. Addressing those concerns adds security work before industrial AI can be accepted for operational use, increasing the scope of the automation project.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Industrial Automation Market Segment Analysis

Industrial control systems accounted for a 44.86% share of the industrial automation market size in 2026, making them the largest segment. In its first-quarter 2026 results, ABB said it had the world’s largest distributed control system installed base. That position reflects an existing population of production controls around which suppliers can seek support and extension work as industrial customers develop their operations. The useful life of deployed controls consequently matters to an incumbent’s commercial opportunity alongside the pace of new factory construction.

Software is forecast to be the fastest-growing segment, with a 10% CAGR over 2027-2032. Rockwell Automation reported high-single-digit growth in the annual value of its active recurring software contracts in the third quarter of fiscal 2026 versus the same quarter of fiscal 2025. That contract measure makes ongoing software relationships relevant to the growth mechanism alongside the initial sale of an automation system. A supplier’s commercial task includes retaining a production use for the software as the recurring contract continues. Because a recurring contract bills each period rather than at delivery, software revenue can grow without a new equipment order behind each sale.

Fixed automation represented a 41.1% industrial automation market share in 2026, making it the largest segment. In June 2026, Porite reported establishing a dedicated automated micro-gearbox assembly line operated by 25 personnel. The manufacturing system incorporated customized testing stations designed for product consistency and process stability in mass production. A dedicated line organizes automation around a defined product and operating process, making repeatability the relevant capability for that application. For Porite, supporting a customer’s annual demand of 600,000 assemblies gives a dedicated design a volume-based justification beyond automating an individual assembly step.

Flexible/modular automation is forecast to be the fastest-growing segment, with a 13.8% CAGR over 2027-2032. In 2025, JL MAG Rare-Earth reported that modular equipment shortened production-line construction and enhanced delivery flexibility for multiple specifications in its Chinese manufacturing operations. The benefit concerns how quickly production capability can be assembled and adapted, linking automation demand to changes in the product offering. For manufacturers facing several specifications, reusable configurations can preserve value as the required production arrangement changes. Introducing another specification makes line-construction time part of the automation decision alongside the capacity of the first line.

Automotive and transportation formed the largest segment, with a 30.1% share of market revenue in 2026. OICA estimated production of 96.38 million motor vehicles in 2025 among reporting manufacturers, providing a measure of the industry’s production scale. At that operating scale, even an automation task confined to one production step can address a large downstream activity base when repeated across vehicle manufacturing. OICA also estimated a 4% rise from 2024 among reporting manufacturers, so specialization in a repeated process step addresses a growing vehicle-production base.

Pharmaceuticals and life sciences are projected to form the fastest-growing segment, with a 9% CAGR over 2027-2032. Eli Lilly opened its first dedicated genetic-medicine manufacturing facility, Lilly Lebanon Advanced Therapies, in Lebanon, Indiana, on May 6, 2026. Lupin completed electronic batch record implementation at Pithampur Unit-3 in India, replacing paper-based batch execution with digital workflows and real-time equipment data capture in FY2026. Lilly’s opening represents a capacity project, while Lupin’s implementation concerns how an operating manufacturing workflow is executed.

On-premise deployment was the largest segment, with a 62.77% share of the market in 2026. In Sandvik and EY-Parthenon’s 2025 survey of component manufacturers in North America and Europe, 41% preferred on-premise hosting for manufacturing software. Respondents associated that preference with security concerns about publicly hosted cloud solutions. The preference concerns where manufacturing software is hosted, so it can influence architecture independently of the software’s production function. Preserving a local hosting option lets a supplier address those security-led preferences while competing on the production task the software performs.

Cloud-based deployment is forecast to be the fastest-growing segment, with a 15.3% CAGR over 2027-2032. By September 2, 2025, FFT had implemented Siemens Industrial Edge and Snowflake’s edge-to-cloud production-data transfer solution in its own production lines and facilities. Siemens Industrial Edge preprocesses operational data at the edge, while FFT’s DataBridge app transfers production data into Snowflake’s AI Data Cloud. The commercial entry point is a production-data connection, allowing cloud software adoption without requiring an entire automation system to move into the cloud.

Geography Analysis

Asia-Pacific Industrial Automation Market

Asia-Pacific held a 44.97% share of the industrial automation market size in 2026 and is forecast to be the fastest-growing region, with a 12.5% CAGR over 2027-2032. In 2025, Asia received 457,315 industrial robot shipments, up 13.3% year over year, providing a product-level measure of Asian factory demand. China installed 354,000 industrial robots in 2025, illustrating the large national factory buyer base within the broader regional opportunity. In 2025, Epiroc won a 5-year contract for around 50 fully autonomous electric surface drill rigs for Fortescue in Australia, with the rigs to be operated from Fortescue’s Integrated Operations Centre in Perth. Fortescue’s order extends the opportunity to mining autonomy, where the equipment and its intended remote operation form one production application.

North America’s new-robot deployment activity includes US factories, which installed almost 38,500 industrial robots in 2025, up 12%. Europe has a different operating signal in Germany, which accounted for 41% of European Union industrial robot installations in 2025 but recorded an 8% fall in robot unit sales. Elsewhere in Europe, Spain’s automotive-production base supports its industrial robot demand. Replacement and upgrade work offers a way to serve Germany’s established robot users, while US installation growth supports a larger flow of new-equipment projects.

South America’s robot demand includes an automotive expansion in Brazil, where the industry installed almost 2,100 industrial robots in 2025, up 212%, within a national total of almost 4,300. In 2025, InvestChile, citing Diario Financiero, reported that integrated operations centers managed more than 40% of Chile’s mining activity, with engineers remotely controlling drills and processing plants. Those mining applications give control-system suppliers a defined buyer group for remote-operation integration and support. In the Middle East and Africa, Saudi Arabia’s Tanafusiya accelerator targets brownfield factory automation, digitization and energy-efficiency projects with financial support and incentives subject to program terms. In Chile and Saudi Arabia, the supplier opening centers on automation within existing production assets, with Saudi projects also depending on financing eligibility.

Regulatory Framework and Outlook

The comparison examines operating and servicing duties in selected jurisdictions from the perspective of industrial automation user employers. US general-industry standards require covered employers to guard hazardous machinery and establish energy-control procedures, training and inspections before servicing or maintenance. Brazil’s NR-12 requires protective safety systems in machine danger zones within its machinery-safety framework.

The US Medium rating reflects mandatory guarding and energy-control programs, with the No change outlook based on continuing safeguarding and servicing obligations. Brazil is also Medium because NR-12 ties machine use to physical safeguarding, while its No change outlook rests on the operative danger-zone requirements. NR-12 covers new and used machinery subject to specific scope provisions, and machinery demonstrably intended for export is exempt from its technical safety requirements. A proposal that closes a specific guarding or lockout gap addresses a duty covered employers already carry, so its scope follows the hazard being controlled.

Value Chain Stages

The value chain compares equipment supply, integration and continuing service as distinct sources of supplier earnings. Industrial Control Systems, Inc. integrates automation technologies, equipment and software for US manufacturers from project design through commissioning and long-term support. That role makes integration commercially separable from manufacturing the equipment, even when one provider coordinates several delivery stages.

An integrator can capture engineering fees without manufacturing the controller, while an equipment supplier needs a service offering to participate in subsequent support work. In 2025, ABB’s Automation business combined products, systems and services, illustrating how a supplier can span delivery stages. Responsibility for the installed system after handover decides which provider earns continuing support fees.

Key Opportunities for Market Participants

The comparison separates opportunities to extend MES across an enterprise, connect enterprise applications and integrate production-floor data. In Rockwell Automation’s 2026 survey of 1,560 manufacturing and industrial operations decision-makers across 17 manufacturing countries, 93% reported MES in place but 28% reported enterprise-wide deployment. Full MES integration across enterprise resource planning (ERP), product lifecycle management (PLM), quality and operational technology (OT) systems was reported by 23% of respondents. The commercial opening lies in expanding what an existing production-software installation connects and serves.

Integration was the top MES buying requirement for 44% of respondents in the 2026 survey. The central opening is to distinguish rollout from interoperability, because enterprise-wide availability does not itself establish connections across production and enterprise applications. Defining one integration inside an installed MES gives the buyer a concrete delivery commitment, with the required production connection determining acceptance of the supplier’s work.