01 Industrial AI Moving Decision-Making Closer to Connected Assets Connected machines and industrial sensors generate large volumes of operational data that lose value when every decision depends on centralized analysis. Industrial AI is therefore moving closer to physical assets for real-time monitoring and operational decisions; a 2026 survey of more than 1,000 industrial professionals across 19 countries found that 61% were actively deploying or preparing to scale AI, while 97% expected AI workloads to affect industrial network requirements. The result is a more intelligent connected enterprise market where machines, edge systems, and enterprise platforms can coordinate decisions with less operational delay.
02 IT and OT Integration Becoming a Shared Operational Model Separate IT and operational technology teams can create fragmented visibility, inconsistent security controls, and slower responses across connected industrial environments. Enterprises are therefore moving toward shared IT/OT operating models; 2026 industrial research found that 57% of organizations reported some level of IT/OT collaboration, while 43% still had limited or no collaboration. The result is a more unified connected enterprise market where enterprise applications, industrial networks, cybersecurity, and operational systems increasingly work through coordinated governance.
01 Asset Maintenance Programs Creating Demand for Continuous Equipment Data and Remote Operations Requiring Unified Enterprise Visibility Drive Market Asset maintenance programs create demand for connected enterprise platforms that continuously collect equipment condition, performance, and operating data. A 2025 UNCTAD report highlighted predictive maintenance systems that use IoT sensors to continuously monitor machinery and identify early signs of equipment failure before breakdowns occur. Manufacturing plants use vibration, temperature, pressure, and operating data to schedule maintenance and reduce unexpected production interruptions. This demand-side transition supports wider deployment of connected asset-monitoring platforms across industrial operations.Remote and geographically distributed operations create demand for connected enterprise systems that provide centralized visibility across factories, warehouses, vehicles, and field assets. A 2025 manufacturing deployment in India connected 6 major factories and more than 60 warehouses, depots, and offices through a unified digital infrastructure with centralized network monitoring. Enterprise platforms allow managers to view operational conditions and coordinate activities across multiple locations without relying on separate local systems. This demand-side transition supports broader adoption of connected enterprise solutions across multi-site industrial and logistics networks.
01 Cybersecurity and Data Privacy Risks and High Integration Complexity Across Enterprise Systems Restrain Market Expansion Connected enterprise platforms link cloud services, endpoints, operational systems, and sensitive business data, which expands the number of potential cyberattack points. The FBI recorded 1,008,597 internet-crime complaints in 2025, with reported losses approaching USD 21 billion, showing the financial exposure associated with highly connected digital environments. Higher security, monitoring, and compliance requirements therefore raise deployment costs and can slow Connected Enterprise Market adoption. Connected enterprise deployment requires ERP, CRM, cloud applications, databases, IoT platforms, and legacy systems to exchange data reliably despite different architectures and interfaces. The U.S. GAO found that federal agencies typically spend about 80% of more than USD 100 billion in annual IT spending on operating and maintaining existing systems, while 11 critical legacy systems alone cost about USD 754 million annually to operate and maintain. Legacy integration therefore requires substantial migration, testing, and customization work, which can delay connected-enterprise projects and restrict wider adoption.
01 Development of Cyber-Resilience and Zero-Trust Architecture for Connected Operations and Expansion of Connected Enterprise Solutions for Multi-Site Manufacturing Standardization Offers Growth Opportunities Cybersecurity vendors, industrial automation providers, managed security firms, and large enterprises represent the main commercial groups for this opportunity. U.S. federal cybersecurity guidance defines zero trust around continuous verification rather than implicit trust, creating scope for stronger identity, device, network, and application controls across connected operations. Zero-trust solutions can create revenue through security assessments, identity platforms, segmentation tools, managed detection, and recurring security services.Industrial software vendors, automation companies, system integrators, and manufacturers operating multiple plants form the key customer base for this opportunity. The U.S. manufacturing universe includes about 346,000 establishments, while the EU manufacturing sector includes around 2.2 million enterprises employing more than 30 million people, highlighting the scale of facilities that can benefit from standardized digital operations. Connected enterprise platforms can create revenue through site templates, centralized software licenses, implementation services, enterprise dashboards, and multi-year support contracts.
01 Uneven Digital Maturity Across Enterprises Slows Connected Deployments and Data Quality and Organizational Silos Limit Enterprise-Wide Visibility Hinders Growth Connected enterprise providers must serve organizations with very different levels of cloud, analytics, ERP, and digital infrastructure maturity, making standardized deployment difficult. Eurostat reported that only 53% of EU enterprises used specialized e-business software in 2025, while ERP adoption ranged from 41% among small enterprises to 89% among large enterprises. This maturity gap lengthens customer onboarding and makes connected enterprise solutions harder to scale consistently across SMEs and large organizations. Connected enterprise platforms depend on accurate, accessible data flowing across departments, facilities, and business processes, but fragmented ownership and inconsistent data practices can prevent a unified operational view. OECD evidence published in 2026 identifies organizational silos as one of the most persistent barriers to effective data sharing and interoperability. Poor data coordination increases cleansing, mapping, and governance workloads, limiting the ability of vendors to deliver scalable real-time analytics and automation across entire enterprises.
July 2025 Schneider Electric strengthened its connected enterprise solutions through expanded digital energy management and industrial automation offerings. The company focused on integrating IoT-enabled platforms, AI analytics, and automation technologies to improve energy efficiency and operational performance.
June 2025 Siemens expanded its industrial digitalization portfolio through advancements in Industrial IoT, automation, and digital twin technologies. The company continued developing connected enterprise solutions that integrate operational technology (OT), information technology (IT), and cloud platforms for industrial customers.
May 2025 Cisco expanded its AI-powered networking and security portfolio through new solutions designed to support connected enterprise environments. The company introduced enhancements across networking, observability, and cybersecurity platforms to help organizations improve automation, visibility, and operational resilience.
May 2025 Microsoft expanded its enterprise connectivity ecosystem by enhancing Microsoft Fabric and Azure capabilities with additional AI and data integration features. The updates supported organizations in building connected enterprise architectures by improving data accessibility, analytics, and AI-driven decision-making.