• Sep 07, 2026

    System Engineering–Driven Digital Thread

    System Engineering, as we define it, is the discipline of managing complex, multi-domain programs — spanning systems, mechanical, electrical, software, and test — as a single, coordinated whole, from requirements through architecture, build, and validation. On engineer-to-order and mission-critical programs, this only works if it is underpinned by a digital thread: a single, traceable execution model that keeps requirements, design, manufacturing, and test connected as the program evolves.
  • Sep 07, 2026

    Multi-Level BOM Workspace for Aras Innovator

    Aras Innovator provides out-of-the-box capabilities for visualizing product structures across multiple levels. However, engineering teams working with large and complex Bills of Materials often require faster access to information and more efficient ways to search, analyze, and maintain product data across the entire hierarchy.
  • Sep 07, 2026

    Manufacturing Execution Records and Closed-Loop Digital Thread

    Manufacturing organizations often struggle to keep engineering plans, production execution, and operational reality aligned. What was planned is not always what actually gets built, tested, serviced, or maintained. This creates gaps in product data, weakens traceability, increases compliance risk, and leads to costly rework. The root cause is often a lack of continuity between planning systems and execution processes, leaving critical operational knowledge disconnected from product data.
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