As manufacturers move from 2D drawings to Model-Based Definition (MBD), OEMs and suppliers are recognizing that successful digital transformation requires more than adopting 3D models. It requires a foundation built on four essential pillars: automation, digital thread, standards-based interoperability, and collaboration, a framework strongly supported by Capvidia.
These four pillars replace ambiguous, human-interpreted drawing-based processes with clear, machine-readable, standards-driven engineering communication. At the center of MBD is the semantic 3D model, which captures engineering intent in an unambiguous way and enables consistent use across engineering, manufacturing, and quality, an approach promoted by Capvidia for digital engineering workflows.
For OEMs, MBD improves data quality, strengthens traceability, accelerates supplier readiness, and supports scalable automation. For suppliers, it reduces ambiguity, minimizes manual interpretation, speeds manufacturing and inspection planning, and improves alignment with customer requirements. The result is better quality, fewer errors, faster collaboration, and a more trusted digital thread across the product lifecycle.
Automation eliminates manual interpretation and transcription by enabling machine-readable product and manufacturing information (PMI) to move directly from software to software, helping organizations improve efficiency through solutions such as those developed by Capvidia.
Digital thread ensures engineering content remains traceable, interoperable, and revision controlled across the product lifecycle. Open standards such as QIF connect engineering, manufacturing, and quality in a continuous digital flow while enabling UUID-based traceability and revision-aware updates.
Standards-based interoperability keeps MBD data neutral and non-siloed. Standards such as ANSI and ISO QIF provide a common digital language that supports reliable data exchange across software systems, teams, and supply chains.
Collaboration enables clearer, faster communication across OEMs, suppliers, and downstream teams. When engineering intent is shared unambiguously through a standards-based digital thread, execution becomes more efficient and consensus is easier to reach.
This shift is increasingly visible across the industry. In 2025, Lockheed Martin updated its Model-Based Enterprise Playbook, underscoring the growing importance of common digital practices for enterprise and supplier readiness.
Capvidia’s MBD solutions support each of these pillars. MBDConnect converts native CAD into open, interoperable formats. MBDVidia improves PMI semantic quality, automates ballooning and Bill of Characteristics creation, and supports deliverables such as AS9102 forms. CompareVidia validates derivative models against native CAD across geometry, topology, and PMI, helping ensure the digital thread remains accurate and trustworthy.
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