Industrial Control For Process Automation Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global Industrial Control For Process Automation Market Trends and Insights

Increasing Industrial Automation

Industrial facilities continue to implement programmable logic controllers and distributed control systems to mitigate labor constraints and maintain continuous operation of high-value assets. Siemens reported an 18% year-over-year increase in Simatic S7-1500 PLC orders in 2024, primarily driven by battery-cell gigafactories that require deterministic sub-10 millisecond cycle times. Chemical plants are replacing pneumatic loops with digital valve positioners that provide predictive diagnostics, resulting in a 30% reduction in unplanned shutdowns. A 2024 update to IEC 61131-3 introduced object-oriented constructs that enable engineers to reuse code across multi-site rollouts, thereby compressing commissioning schedules and reducing lifecycle costs. Automation density—measured as control points per USD million of plant assets—has increased by 12% since 2020, reflecting stricter environmental discharge limits and an uptick in real-time emissions monitoring.^{[1]Uday Patel, “Edge AI for Predictive Maintenance in Process Industries,” IEEE Transactions on Industrial Informatics, ieee.org}

Expansion of Smart Process Industries

Plant owners are collapsing data silos by linking control layers with enterprise resource planning systems. Schneider Electric reported a 25% growth in licenses for its EcoStruxure platform in 2024, as food and beverage processors sought closed-loop optimization that aligns distillation cut points with downstream demand. The Industrial Internet Consortium has endorsed OPC UA as the cross-domain interoperability layer, providing vendors with a reference blueprint and reducing integration risk.^{[2]Industrial Internet Consortium, “OPC UA Reference Architecture,” iiconsortium.org} China financed 150 smart process pilots in 2024, targeting a 20% reduction in energy intensity by 2027. Early adopters are already reporting payback periods shrinking from five to three years. Smart-plant investments now prioritize real-time scheduling, electronic batch records, and digital twins, shifting value from hardware to analytics and data stewardship.

Integration of IIoT Sensors and Edge AI

Shipments of ABB Ability smart sensors doubled in the first half of 2025 as operators captured hard-to-reach vibration and acoustic data from pumps and compressors. With edge gateways running containerized analytics, latency drops from seconds to milliseconds, unlocking soft-sensor models that infer unmeasured variables, such as catalyst activity. A 2024 IEEE study showed edge AI could detect bearing faults 72 hours earlier than threshold-based alarms, preventing million-dollar outages. Emerson’s DeltaV now embeds TensorFlow Lite, enabling process engineers to deploy neural networks without requiring deep coding skills. The result is a shift in budget from reactive maintenance to condition-based workflows, which extend asset life and defer capital expenditures.

Energy-Efficiency Mandates in Process Plants

The European Union’s Energy Efficiency Directive requires a 1.5% annual reduction in energy intensity, prompting refineries and chemical plants to adopt model-predictive control that stabilizes steam header fluctuations and minimizes flaring. China’s dual-control policy caps total consumption and intensity, accelerating rollout of advanced process control that shaved 8-12% specific energy at pilot sites in 2024. In the United States, Environmental Protection Agency rules on greenhouse-gas intensity are steering stimulus toward software that tunes heat exchanger duty cycles in real-time. Vendors that can pair analytics with proven payback are closing multi-year software subscriptions, which lock in recurring revenue and deepen customer stickiness.

Shortage of OT-Cybersecurity Talent

The widening gap between cyber threats and qualified defenders is slowing project execution. The International Society of Automation found that 40% of IEC 62443 posts remained vacant beyond six months in 2024, resulting in a 22% increase in median salaries.^{[3]International Society of Automation, “Workforce Survey: OT Cybersecurity Skills Gap,” isa.org} Many operators postpone critical patching because they lack staff able to validate firmware without halting production. Universities and vendor academies trail demand, locking in a multi-year bottleneck that tempers otherwise strong growth.

High Capital Investment and ROI Uncertainty

Greenfield petrochemical complexes can earmark USD 50-100 million for distributed control, safety, and associated infrastructure, yet commodity volatility clouds payback models. Emerson reported a 15% uptick in project deferrals in 2024 as oil and gas firms awaited clarity on carbon pricing before committing.^{[4]Emerson Electric Co., “Annual Report 2024,” emerson.com} Brownfield retrofits face even steeper economic challenges, often requiring the addition of protocol gateways and redundant I/O, which can inflate the total cost by 30-40%. Mid-sized firms struggle to secure financing when lenders demand sub-four-year payback thresholds.

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

Segment Analysis

By System: Manufacturing Execution Systems Capture Real-Time Production Intelligence

Manufacturing execution systems are projected to grow at a 10.04% CAGR to 2031, outpacing the overall industrial control for process automation market. In 2025, programmable logic controllers held a 31.58% share of the industrial control for process automation market, but incremental value is migrating toward higher-level orchestration as firms seek real-time visibility and electronic batch records. Distributed control systems continue to underpin continuous processes, such as refining and pulp production, due to their fault tolerance and embedded model-predictive control capabilities. Across the food, beverage, and pharmaceutical industries, hybrid architectures are emerging that combine a unified dashboard with process data, quality metrics, and scheduling, thereby reducing operator cognitive load and improving response to deviations.

The demand for digitally native manufacturing execution systems is underpinned by regulatory frameworks, such as the United States' FDA 21 CFR Part 11, which mandates the creation of traceable electronic records. The 2024 update to ISA-95 endorsed event-driven messaging, which speeds handoffs between enterprise resource planning systems and plant-floor controllers. As a result, the industrial control for process automation market size tied to manufacturing execution systems is shifting toward subscription revenue, anchored in analytics, quality management, and digital twin support. Vendors court this growth by pre-integrating libraries for batch genealogy, recipe management, and serialization, shortening deployment cycles and raising switching costs.

By Component: Software Outpaces Hardware as Control Logic Migrates to Edge

Software revenue is expanding at a 9.37% CAGR, eclipsing hardware’s contribution to the industrial control for process automation market. Although hardware still accounted for 46.35% of revenue in 2025, containerization is enabling control strategies to run on standard servers at the edge, thereby reducing demand for proprietary controllers. Siemens Industrial Edge saw 35% license growth in 2024 as food and beverage plants prioritized flexible recipe changes and rapid line restarts. Meanwhile, high-reliability safety instrumented modules certified to IEC 61508 SIL 3 maintain premium pricing, creating a two-speed hardware landscape.

Edge gateways that translate legacy fieldbus traffic into Ethernet and wireless protocols are a notable strength in hardware, as demonstrated by double-digit unit gains at Moxa and Advantech. Yet the broader hardware segment continues to grapple with commoditization and margin compression, prompting vendors to bundle analytics and cybersecurity subscriptions. Consequently, industrial control for process automation market size growth is disproportionately concentrated in software modules for advanced analytics, threat monitoring, and predictive control.

By Service: Consulting Surges as Operators Navigate OT-IT Convergence

Consulting services are expected to rise at a 9.68% CAGR, the sharpest within the service segment. System integration and deployment accounted for 37.46% of the revenue in 2025, but will cede share as pre-engineered libraries and digital twins reduce the need for custom engineering hours. Consulting services focus on cybersecurity assessments against the IEC 62443 and NERC CIP frameworks, as well as design and migration roadmaps for segmentation. Accenture and Deloitte have carved out operational technology practices, leveraging enterprise relationships to cross-sell modernization projects and managed services.

Support and maintenance faces disruption as vendors stream live diagnostics into cloud portals, cutting on-site service calls by up to 30%. Some integrators now offer uptime-based contracts that convert capital expenditures into operating expenditures, aligning incentives with efficiency gains. Overall, the industrial control for process automation market is seeing services revenue tilt toward advisory and managed offerings that mitigate skills gaps rather than traditional break-fix engagements.

By End-User Vertical: Life Sciences Leads Growth on Serialization and Continuous Bioprocessing

The life sciences sector is forecast to grow at 10.96% per year to 2031, the quickest among verticals, driven by the continuous adoption of bioprocesses and serialization mandates. Sterile drug manufacturers must track critical parameters in real time under the FDA’s revised Annex 1, propelling demand for electronic batch records and model-predictive control. Oil and gas retained a commanding 25.62% share in 2025, yet its growth rate lags the industrial control for process automation market average as operators favor incremental debottlenecking over greenfield builds.

The adoption of advanced process control across the chemicals and petrochemical industries is increasing as firms seek yield gains and carbon reductions. Emerson and Honeywell each tout multi-site deployments that enhance reactor throughput while lowering CO₂ emissions per ton. Power utilities are modernizing supervisory control and data acquisition systems to integrate variable renewables, and metals and mining outfits are testing autonomous haulage systems reliant on low-latency wireless. While other verticals, such as pulp, water, and cement, show steadier adoption, targeted upgrades focused on energy and emissions keep them engaged.

By Communication Network: Industrial Wireless Surges on 5G and Time-Sensitive Networking

Industrial wireless networks are projected to grow at a rate of 13.05% annually to 2031, the highest among all segmentation categories; however, wired Ethernet still held a 67.35% revenue share in 2025. The economics of trenching and conduit make wireless compelling: ISA studies peg hazardous-area cabling at USD 500-1,000 per meter, while WirelessHART gateways cover comparable footprints at one-third the cost. Release 17 of the 3GPP standardized ultra-reliable low-latency communication profiles, and Siemens, along with Nokia, demonstrated 1 millisecond latency in a German automotive plant in 2024. These performance gains meet IEC 61784-2 Class C motion-control thresholds, unlocking robotics, AGVs, and mobile inspection drones.

Time-sensitive networking overlays deterministic scheduling on standard Ethernet, enabling converged backbones that mix safety-critical and best-effort traffic. As private 5G transitions from pilots to scaled deployments, the industrial control and process automation market anticipates a new wave of retrofit spending on wireless-ready controllers, ruggedized access points, and spectrum management tools. Adoption is also facilitated by embedded encryption and mutual authentication, which surpasses legacy wired security, satisfying new cybersecurity directives without requiring massive re-cabling.

Geography Analysis

Asia-Pacific dominated with 38.18% of 2025 revenue and is poised to advance at a 8.89% CAGR through 2031, comfortably above the global trajectory. China’s dual-control policy spurred advanced control rollouts that sliced energy per unit output by up to 12% in pilot petrochemical sites. India’s INR 150 billion Production Linked Incentive scheme (USD 1.8 billion) has triggered rapid investments in distributed control and manufacturing execution across 200 API facilities. Japan’s aging workforce accelerated automation in the packaged food and chemicals industries, driving double-digit domestic orders for Yokogawa. South Korea’s battery and chip fabs adopted sub-nanometer quality loops, leaning on Siemens and Mitsubishi controllers to achieve uniformity at scale.

North America and Europe remain hotspots for modernization. The U.S. Cybersecurity and Infrastructure Security Agency issued 320 industrial control advisories in 2024, sparking an estimated USD 2.1 billion in retrofit services. The European Union’s NIS2 directive enforces IEC 62443-aligned risk management, and Germany’s chemical sector has invested EUR 1.2 billion (USD 1.3 billion) in digitalization initiatives, resulting in a 15% reduction in reactor emissions per ton. Brownfield adoption dominates spending as asset owners patch cybersecurity gaps and overlay analytics on aging control layers.

The Middle East and Africa exhibit rising potential tied to hydrogen and carbon capture megaprojects. Saudi Arabia’s NEOM green-hydrogen plant will utilize Siemens' distributed control system to orchestrate 4-gigawatt electrolyzer arrays. The United Arab Emirates expanded the Al Reyadah carbon capture facility with Emerson controls. Brazil’s pre-salt fields have introduced subsea programmable logic controllers, and South Africa’s miners are piloting private 5G and edge gateways. While currency swings and commodity price shifts temper broader adoption, lighthouse projects in hydrogen, CCUS, and mining will seed future growth.

Regulatory Landscape

Industrial control for process automation is increasingly shaped by cybersecurity and functional safety requirements that are being operationalized through widely adopted standards. In March 2026, the US Federal Energy Regulatory Commission (FERC) approved updates to NERC Critical Infrastructure Protection (CIP) Reliability Standards, including CIP-003-11 and a broader set of modified CIP standards, extending compliance attention to lower-impact bulk electric system cyber assets and virtualization-aware environments. In Europe, the EU Cyber Resilience Act introduces staged obligations for digital products, with vulnerability reporting requirements starting 11 September 2026 and broader compliance obligations effective 11 December 2027, increasing pressure on industrial automation vendors to harden software supply chains and product security processes.

Standards bodies are reinforcing IEC 62443 alignment as a compliance backbone for industrial automation and control systems (IACS). IEC PAS 62443-2-2:2025, published 11 March 2025, formalizes a security protection scheme approach for asset owners and suppliers, while work to align EN IEC 62443 component requirements with CRA conformity assessment (for example, prAA activity tied to IEC 62443-4-2) signals closer linkage between product engineering, certification, and procurement. The UK Department for Energy Security and Net Zero also published a June 2026 consultation on a Tier 1 Cyber Assessment Framework profile for large load controllers under NIS Regulations, pointing to tighter governance around remotely controllable industrial loads and associated OT remote-access practices.

Value Chain Analysis

The value chain spans component suppliers (controllers, instrumentation, drives, industrial networking, and compute), automation OEMs (PLC, DCS, SCADA, MES, and safety systems), software and data-layer providers (historians, analytics, and cloud/edge platforms), and delivery partners (system integrators, engineering procurement and construction firms, and managed service providers). Major suppliers active across these layers include Siemens, ABB, Schneider Electric, Emerson, Honeywell, Rockwell Automation, and Yokogawa, with software-centric players influencing orchestration and analytics. System integrators play an outsized commercialization role, with industry survey evidence indicating they account for the majority of automation supplier sales, and they often determine platform selection through front-end engineering design, cybersecurity architecture, and brownfield migration planning.

OT-IT convergence is reshaping how value is created and captured, shifting differentiation toward data integration, application portability, and lifecycle services rather than proprietary hardware alone. The supply chain for industrial controls also reflects geopolitical and sourcing dependencies; a 2025 system integrator survey cited notable China-origin content in North American sourcing, with industrial controls a prominent category, which increases attention on multi-sourcing, inventory strategies, and redesign for alternate components. Downstream, distribution and deployment are increasingly tied to ecosystem partnerships that combine automation with IT infrastructure and data platforms, supporting cloud-to-edge deployment, digital twins, and AI-enabled optimization across multi-vendor plants.

Market Opportunities and Future Outlook

Software-defined automation and modernization-as-a-service create whitespace in brownfield process plants where uptime constraints limit rip-and-replace projects. Schneider Electric introduced Industrial Automation Modernization as a Service in June 2026, built around EcoStruxure Automation Expert and HPE SimpliVity infrastructure, underscoring operator demand for phased migration, hybrid deployment models, and standardized engineering that reduces on-premise lifecycle burden. This opportunity concentrates around multi-site operators that need consistent cybersecurity posture (IEC 62443-aligned) and repeatable deployment patterns across PLC, DCS, SCADA, and MES layers.

Field connectivity and safety-rated instrumentation also represent actionable expansion areas as plants pursue higher data density for advanced process control, asset health, and autonomy. ABB activity around Ethernet-APL deployments in China (including projects with chemical and petrochemical operators) and its June 2026 SIL 2 certification for the SensyMaster FMT400 flowmeter illustrate how Ethernet-to-field upgrades and functional safety compliance are moving closer to the device layer, enabling richer diagnostics while maintaining Safety Instrumented System integration under IEC 61508. Large capital projects provide another avenue for platform wins: in July 2026, Yokogawa was awarded the main automation contractor role for the Commonwealth LNG project in Louisiana, highlighting how mega-project awards can lock in multi-year demand across control systems, safety, and lifecycle services for new-build process assets.