Our Offerings
The above problems are solved by the CCTech Engineering Rule Checker Platform through transforming engineering standards and expert know-how into controlled executables. It automatically checks CAD models, drawings, assemblies, and BOMs through the current engineering process - ensuring an explainable, repeatable, and defensible compliance scale. This is not a design automation – this is enterprise-level risk prevention in engineering.
Process Overview
Process Overview
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Ingest standards & internal guidelines (documents and repositories)
Automatically extract, structure, and govern engineering rules from standards, specifications, and enterprise knowledge repositories. -
Author and govern rules (low-code / no-code)
Enable domain experts to define, version, approve, and manage executable rules without programming dependencies. -
Run validations in engineering workflows (CAD + release gates)
Execute automated rule checks directly within CAD environments and controlled design release checkpoints. -
Generate explainable results, reports, and audit trails
Produce human-readable validation outcomes, compliance reports, and complete traceability for audits and certifications.
Platform core capabilities
Engineering Rule Creation & Knowledge Ingestion
- Ingestion of standards to transform ASME, ISO, DIN, ANSI, API, and internal standards into executable, machine-enforceable rules.
- AI-assisted document parsing & extraction of rules from PDFs, Word, Excel, and SharePoint repositories with clause-level traceability.
- No-Code / Low-Code Rule Authoring, enabling domain experts to define validation logic without software development dependency.
- Centralized governed rule repository creates version-controlled rule storage serving as a single source of information.
Autonomous Design Validation & Rule Execution
- Deterministic rule execution engine ensures reliable and explainable logic-based validation of geometry, drawings, assemblies and BOMs.
- Coordinated use of agentic AI supports validation of a variety of design factors simultaneously.
- Validation control enables controlled AI assistance to avoid a false positive.
- Design-time enforcement allows to carry out validation of the design as it is being developed rather than after it has been reviewed.
Multi-CAD Embedded Validation
- Native CAD integration is embedded directly inside tools that are currently in use like Autodesk Inventor, AutoCAD, SolidWorks, NX, Solid Edge, and Creo.
- Real-time feedback points to rule violation with contextual explanations.
- Zero workflow disruption occurs as no export/import cycles or parallel systems are required.
Multi-Domain Engineering Intelligence
- Explicit domain modeling indicates clear separation and governance of mechanical, electrical, and manufacturing rules.
- Domain-scope rule of applicability controls the relevant execution based on technical rules.
- Shared rule governance enables safe handling of overlapping rules across domains.
- Cross-domain risk prevention helps in early detection of integration conflicts.