世界经济论坛-灯塔操作系统_推动负责任的转型（英）-2025.4_33页_16mb

Lighthouse Operating System: Driving Responsible Transformation

Core Content

The Lighthouse Operating System (Lighthouse OS) is a new industrial operating system designed to guide manufacturers in achieving operational excellence through a structured, scalable and open-source framework. It integrates best practices from traditional methodologies like Lean, Six Sigma and the Theory of Constraints with modern digital and sustainable approaches, enabling a holistic transformation of industrial operations.

Main Viewpoints

• The Lighthouse OS is built on the successes of leading industrial sites and is intended to serve as a gold-standard reference framework for responsible and sustainable industrial transformation.
• It aims to bridge the digital maturity gap across industries and regions by providing a practical, tested system that supports the implementation of emerging technologies.
• The system is designed to be simple, intuitive and solution-focused, ensuring accessibility and usability for manufacturers at all levels of maturity.
• The Lighthouse OS is a collaborative initiative involving the World Economic Forum, NEOM and a group of 11 industry partners, with ongoing development and refinement based on real-world applications and community feedback.

Key Information

Six Fundamental Operating Principles

The Lighthouse OS is structured around six core principles that represent the essential capabilities and activities in industrial operations:

1. Adaptable and Robust Processes: Ensures that processes are standardized for quality and efficiency but flexible enough to adapt to changing demands and disruptions. This includes:

   • Standardized yet adaptable workstations and unit operations
   • Real-time feedback for quality control
   • Predictive maintenance and remote monitoring for equipment reliability

2. Connected and Transparent Flows: Focuses on JIT material flow and real-time performance visibility. This principle emphasizes:

   • Synchronized and transparent material movement across the supply chain
   • Dynamic alignment of milk runs with production takt
   • Elimination of walking distances through integrated storage

3. End-to-End Synchronization: Ensures that the entire order-to-delivery process is optimized to meet customer and business needs. This includes:

   • Intelligent orchestration of operations
   • Agile supply chain management
   • Forward planning and synchronization across the entire value chain

4. Embedded Sustainability: Aims to design operations with recirculation of resources and minimization of carbon emissions. This includes:

   • Sustainable by design approaches
   • Efficient use of materials and energy
   • Circular systems that recover and reuse resources

5. Learning Organization: Encourages continuous people development and adaptive learning through technology. This includes:

   • Smart performance management systems
   • Digital tools for skill development and knowledge sharing
   • System adaptation based on insights and feedback

6. Accelerated Digital and Data: Leverages data and digital technologies to enhance information flow and operational performance. This includes:

   • Digital Kanban and supermarket systems
   • AI and ML for predictive analytics and optimization
   • Integration of IoT and automation for real-time decision-making

Five Levels of Operational Maturity

The Lighthouse OS is structured around a five-step maturity model, which helps organizations systematically progress towards excellence:

1. Standardized: Basic pull systems, FIFO lanes, and defined inventory levels with minimal automation.
2. Process-Optimized: Enhanced pull systems with electronic Kanban, optimized inventory and production plans.
3. Technology-Enabled: Integration of digital tools, such as RFID and MES, for real-time optimization and synchronization.
4. Business-Shaping: Use of ML and AI for smart material management and autonomous subagents for material flow.
5. Ecosystem-Leading: Full autonomy in material flow, driven by AI and IoT, with the ability to optimize across the entire supply network.

Industry Applications

The Lighthouse OS is being tested and refined through real-world applications, such as:

• Koc Holding: Improved shop-floor efficiency with adaptable and robust processes.
• Tata Steel: Conducted end-to-end supply-chain diagnosis to align with the Lighthouse OS framework.

These applications demonstrate the practicality and scalability of the system, as well as its potential to drive innovation and transformation across the industry.

Call to Action

The Lighthouse OS initiative invites manufacturers, technology providers and the public sector to participate in its development and adoption, ensuring that it remains grounded in real-world needs and open for global collaboration. The ultimate goal is to create a dynamic, open platform for knowledge sharing, benchmarking and tailored recommendations, enabling widespread adoption and sustainable industrial growth.

Conclusion

The Lighthouse Operating System represents a new paradigm in industrial operations, combining digital transformation, sustainability and operational excellence into a unified framework. By learning from industry leaders and adapting to the evolving needs of the sector, the Lighthouse OS aims to equip manufacturers with the tools and knowledge to achieve long-term competitiveness, resilience and positive business outcomes in the Fourth Industrial Revolution.