Capgemini-数字连续性-构建互联组织（英）-2024-15页_16mb

1. DIGITAL CONTINUITY: BUILDING THE CONNECTED ORGANIZATION

Digital continuity involves breaking down technological and organizational barriers to enable efficient information flow and collaboration across the value chain. It aims to increase agility by allowing information tracking, understanding, and modification across applications and ecosystems. Historically, data systems operated in silos, but connectivity is now paramount. Organizations must address data volume and redefine priorities for tools like PLM, MES, and ERP. Digital continuity requires prioritizing systems and connecting them appropriately to create a unified view of products and processes.

Successful implementation involves change management, cultural shifts, and overcoming resistance from hierarchical structures. Teams must move beyond local thinking and embrace global perspectives. Early wins through pilot projects validate value creation quickly under proper nurturing. Digital continuity naturally evolves existing infrastructure but requires strategic planning and significant organizational effort.

2. STRENGTHENING INDUSTRIAL CYBERSECURITY

As systems connect, cybersecurity becomes critical. Digital continuity projects are opportunities to integrate cyber risk "by design." This includes securing networks, managing access controls, implementing real-time monitoring, and ensuring swift responses. Physical and digital vulnerabilities must be addressed upfront, recognizing that risk often stems from human factors and third-party partners. The increasing interconnectedness multiplies threats, requiring proactive security measures integrated into the design of new platforms.

3. DIGITAL CONTINUITY IN THE ERA OF SUSTAINABILITY

Integration of sustainability goals is central to modern industrial operations. Digital continuity facilitates tracking environmental impact throughout product lifecycles, enabling reduction in carbon footprints and resource consumption. By connecting data across design, manufacturing, and lifecycle management, companies can optimize resource use, minimize waste, and meet evolving regulatory demands. Digital twins enhance simulation capabilities, allowing for integrated lifecycle assessment (LCA) and the revisioning of design principles for greater efficiency, longer product lifespans, and reduced material waste.

Digital continuity is both a tool and a journey—integral to modern industrial transformation.