Making Factory Execution
Faster and Smarter

Modern manufacturers need higher throughput, better quality, and safer operations – without a pause in production. As part of our Industry 5.0 practice, Hitachi Digital Services delivers end-to-end Smart Manufacturing capabilities to strengthen shopfloor execution, and better support innovation and sustainability. We connect systems, data, and automation through MOM/MES, digital twins, Industrial AI, and IT/OT/ET integration – enabling Factory of the Future outcomes that scale across plants, lines, and regions.

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Making Factory Execution Faster and Smarter
Challenge & Opportunity

When Operations Cannot See, They Cannot Improve

Smart Manufacturing initiatives stall when plants run on disconnected systems, inconsistent processes, and limited real-time visibility. That slows decision-making, weakens traceability increases quality drift, and leads to avoidable downtime. Standardizing execution, connecting data across systems, and embedding intelligence into daily operations sets you up to continuously improve performance.

Solution
Smart Manufacturing that Scales Globally
Smart Manufacturing is not a single system upgrade. It is a connected operating model for Factory of the Future performance – combining digitalization, automation, and data-driven execution across the manufacturing value chain. Hitachi Digital Services delivers end-to-end Manufacturing Operations Management modernization, real-time analytics, and industry cloud accelerators, supported by a proven approach to strategize, enable, and realize value at scale.

Standardize and Scale Execution Across Plants

Build consistent, real-time execution across lines, plants, and regions with standardized MOM/MES capabilities that improve traceability, control, and performance visibility across manufacturing operations.

Standardize and Scale Execution Across Plants
  • Standard Operating Model
    Design and implement MOM/MES operating models aligned to ISA-95 for consistent execution across plants and regions.
  • Execution Control
    Enable production execution, scheduling, WIP tracking, and genealogy with real-time operational control.
  • Performance Visibility
    Improve visibility using standardized KPIs to track throughput, quality, and operational efficiency.
  • Traceability Foundation
    Strengthen product traceability and compliance across manufacturing processes and systems.

Optimize Performance Before it Impacts Production

Use digital twins to simulate manufacturing scenarios, identify bottlenecks, and improve decision-making, enabling more stable operations and better performance without disrupting production.

Optimize Performance Before it Impacts Production
  • Process Twins
    Create digital twins of assets and manufacturing processes to model real-world behavior.
  • Scenario Simulation
    Run what-if simulations to evaluate throughput, stability, and production constraints.
  • Bottleneck Insight
    Identify bottlenecks and performance risks early to prevent downstream disruption.
  • Value Chain Visibility
    Visualize performance across lines, plants, and the broader manufacturing value chain.

Embed Intelligence into Everyday Factory Execution

Apply Industrial AI, analytics, and computer vision to improve inspection, safety, maintenance, and process performance by embedding intelligence directly into manufacturing operations.

Embed Intelligence into Everyday Factory Execution
  • Automated Inspection
    Use AI cameras, robotics, and computer vision to automate quality inspection and reduce defects.
  • Anomaly Detection
    Detect anomalies early with real-time alerts and operational analytics across production systems.
  • Predictive Insights
    Enable predictive insights for quality, maintenance, and overall production performance.
  • Operational Intelligence
    Turn real-time data into actionable insights that support faster, more informed decision-making.

Connect Systems for Seamless, End-To-End Execution

Integrate IT, OT, and ET systems to eliminate data silos, improve process flow, and enable consistent, traceable execution across manufacturing and enterprise systems.

Connect Systems for Seamless, End-To-End Execution
  • System Connectivity
    Integrate ERP, PLM, and MES systems to ensure consistent data across the manufacturing lifecycle.
  • Process Alignment
    Improve coordination between production, inventory, and enterprise operations through connected workflows.
  • Data Continuity
    Enable continuous, real-time data flow across systems to support operational decision-making.
  • Auditability
    Improve traceability and auditability across plants with integrated, governed data environments.

Accelerate Deployment and Scale Factory Capabilities

Use industry cloud accelerators, templates, and reusable models to deploy Smart Manufacturing capabilities faster and scale consistently across plants, regions, and production environments.

Accelerate Deployment and Scale Factory Capabilities
  • Reusable Templates
    Leverage prebuilt templates and libraries to accelerate deployment across manufacturing use cases.
  • Composable Solutions
    Build modular, composable solutions tailored to specific production and operational needs.
  • Cloud Foundations
    Deploy on multi-cloud platforms using standardized, scalable cloud services.
  • Faster Rollout
    Reduce implementation time and risk with proven accelerators and repeatable deployment models.
Customer Story

Digital Twin Delivers Performance for Bengalla Mining Company

Insights supported production uplift and additional revenue.

Digital Twin Delivers Performance for Bengalla Mining Company
Customer Story

Realtime Analytics for Blechwarenfabrik Limburg Improves Sustainability

Standardized, integrated, real-time data analytics accelerates insights.

Realtime Analytics for Blechwarenfabrik Limburg Improves Sustainability
Customer Story

Logan Aluminum’s Data Platform Transformation

Digital transformation journey harnesses data to deliver better products to customers.

Logan Aluminum’s Data Platform Transformation
How We Work

Structured delivery, engineered for real shopfloors.

 

Advisory & Professional Services

Strategic alignment using our Smart Manufacturing playbook approach

Support
Services

Accelerators, templates, data models, integrations, and rollout toolkits

Managed
Services

 Sustained operations and continuous improvement for mission-critical platforms

Built for Real Operations
Why Hitachi Digital Services

Built for Real Operations

We bring a 360-degree focus on Manufacturing Operations Management, combining platform expertise, global delivery, and proven execution in real industrial environments.

  • MOM/MES platform provider, integrator, and user
  • 200+ manufacturing facilities across Hitachi
  • 1200+ MOM/MES experts across Hitachi Group companies
  • Continuously evolving HDS Digital MES Transformation Playbook
  • Part of the Global Lighthouse Network (Omika Works recognized by WEF)
Our Experts Our Experts
Our Experts
Ganesh Bukka
Ganesh Bukka
Vice President & Global Head, Industry 5.0 and IoT
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Sankar Natarajan
Sankar Natarajan
Senior Director & Global Head, Digital PLM & Digital Thread and Smart Manufacturing & Operations
linkedin
Devesh K Jain
Devesh K Jain
Senior Director & Global Head, Asset Lifecycle Management
linkedin
Intesh Singh
Intesh Singh
Global Head, Smart Spaces and Video Intelligence
linkedin

Partners

We work across hyperscalers and industrial ecosystems to accelerate Factory of the Future outcomes – with platforms, accelerators, and integration patterns built for manufacturing environments.

INSIGHTS

Factory of the Future – Digitization Reimagined Insights

Factory of the Future – Digitization Reimagined

Smart Factory Solutions: Accelerating Manufacturing Insights

Smart Factory Solutions: Accelerating Manufacturing

The Future of Digital PLM - How AI and Digital Thread are Redefining Product Development and Operations Insights

The Future of Digital PLM - How AI and Digital Thread are Redefining Product Development and Operations

FAQ

Smart Manufacturing is the shift from disconnected factory execution to a connected, real-time operating model. It typically brings together Manufacturing Operations Management (MOM) and Manufacturing Execution Systems (MES), supervisory control, plant-floor integration, and enterprise systems such as ERP and PLM. The goal is to improve efficiency, product quality, uptime, productivity, and decision-making using real-time operational data. At Hitachi Digital Services, Smart Manufacturing is a core part of Factory of the Future transformation – enabling digitalization, automation, and scalable operations with IT/OT integration.

Factory of the Future is the transformation of traditional manufacturing practices using technologies such as digital twins, Industrial AI, IoT, robotics, automation, and digital thread concepts. It is not limited to one production line or one system – it spans vertical integration across the value chain (design, sourcing, manufacturing, quality, distribution) and horizontal integration across geography. It is also supported by enablers such as technology infrastructure (including IT/OT integration), governance, and talent enablement.

Digital twins help manufacturers understand and optimize operations by creating a digital representation of assets and processes. This enables “what-if” scenario analysis for better decision-making, calculation of key performance parameters based on real data, identification of bottlenecks and vulnerable areas, and improved visibility across the shopfloor and value chain. Digital twins can support production optimization, quality improvements, and operational stability by making performance issues visible earlier and enabling smarter responses before disruptions spread.

Modernization fails when it becomes a “big bang” change. Hitachi Digital Services supports structured transformation using a playbook-driven glide path that begins with assessing current-state challenges, defining target capabilities, selecting technology platforms, and establishing data and integration strategies. Implementation is executed in stages, with clear focus on governance, process design, validation, training, and rollout. This supports faster value realization while minimizing risk to production continuity.

Outcomes depend on starting maturity, scope, and deployment approach – but common value drivers include improved OEE, higher product volumes, reduced production cost, improved on-time delivery, better first-time-right performance, and stronger revenue per employee. Your source material includes typical ranges for these improvements and a separate “typical impact” summary sourced to WEF lighthouse use cases and Hitachi research. We can publish these ranges once you confirm relevance and approval for external use.