Cerexio EngineerOne

Cerexio EngineerOne is an AI-powered engineering and RFQ intelligence platform designed to help organisations analyse CAD drawings, technical documents and customer RFQs, generate interactive 2D and 3D engineering representations, understand equipment and components, support configuration and accelerate quotation workflows.

EngineerOne uses AI-powered engineering intelligence to analyse available drawing and document information and identify relevant details such as dimensions, components, materials, specifications, annotations and technical requirements.

The depth of information that can be extracted depends on the source format, drawing quality, engineering complexity and available configuration.

EngineerOne is designed to transform engineering information into interactive digital representations that allow authorised users to explore equipment, assemblies and components through a connected engineering workspace.

Yes. EngineerOne can be configured for switchgear, switchboards, electrical panels and other engineered electrical equipment where technical drawing interpretation, component understanding, configuration and RFQ processing are important.

No. EngineerOne is not positioned simply as a CAD authoring or CAD viewing system.

Its purpose is to add an intelligence layer around engineering information by connecting drawing analysis, interactive visualisation, technical requirements, equipment configuration, component intelligence, RFQ analysis and quotation workflows.

Yes. EngineerOne provides a natural-language interface that can allow authorised users to ask questions about engineering drawings, equipment, components, specifications and customer requirements.

EngineerOne can support component and assembly identification from available engineering information, helping teams understand what makes up an equipment configuration and how components relate to one another.

Yes. EngineerOne is designed to analyse customer RFQ information and help structure technical requirements, identify relevant engineering information, highlight potential gaps and support the preparation of a quotation-ready RFQ understanding.

EngineerOne can support the identification of incomplete, ambiguous or potentially missing technical information based on the available RFQ content and configured engineering requirements.

Yes. EngineerOne can support equipment and component configuration using defined engineering rules, approved options, component relationships and customer requirements.

Yes. EngineerOne can connect engineering requirements with configurable cost information relating to materials, components, processes, labour, engineering effort, subcontracting, overhead and other commercial parameters.

EngineerOne can support quotation preparation by bringing together customer requirements, technical information, equipment configuration, BOM information and commercial intelligence into a structured quotation workflow.

Final quotation approval and issuance can remain under authorised user control.

EngineerOne is designed to integrate with enterprise systems such as ERP, CRM, PLM, document management and manufacturing systems, depending on the required integration architecture.

Yes. Historical RFQs, quotations, configurations and engineering information can form part of the organisation's engineering knowledge base, allowing teams to search previous work and identify relevant precedents.

AI can reduce the amount of manual information gathering required by helping teams analyse drawings, extract requirements, identify components, summarise RFQs, search engineering knowledge, detect missing information and support configuration and quotation decisions.

No. EngineerOne is designed to augment engineering, sales and quotation teams.

AI-generated interpretations, recommendations and outputs should remain subject to appropriate engineering, commercial and organisational review.

EngineerOne supports Industry 4.0 engineering by connecting engineering drawings, digital models, technical information, AI, enterprise data and workflow automation within a connected digital environment.

It enables organisations to move beyond static engineering documents toward interactive, connected and data-driven engineering processes.

EngineerOne can automate information-intensive activities around RFQ intake, drawing analysis, requirement extraction, document interpretation, engineering search, configuration support, cost intelligence and quotation preparation.

By connecting these activities within structured workflows, organisations can reduce repetitive manual work while maintaining appropriate engineering controls.

EngineerOne can provide a foundation for Agentic AI workflows across the RFQ lifecycle.

AI agents can progressively coordinate activities such as document analysis, requirement extraction, drawing interpretation, engineering checks, configuration, costing and quotation preparation, while authorised personnel retain control over critical engineering and commercial decisions.

Traditional quotation systems generally focus on commercial information such as products, prices, margins and quotation documents.

EngineerOne begins much earlier in the process by connecting engineering drawings, CAD information, technical requirements, interactive models, equipment configuration, BOM intelligence and commercial information.

This allows organisations to address the engineering complexity behind the quotation, not simply generate the quotation itself.

A conventional CAD viewer primarily allows users to view engineering models.

EngineerOne adds an AI intelligence layer that can help users understand the engineering information, query drawings, identify components, analyse requirements, connect information across documents and use that intelligence throughout the RFQ process.

Yes. EngineerOne is designed as a configurable platform that can support different engineered products and equipment types, depending on the organisation's engineering data, workflows, configuration rules and integration requirements.