Turn engineering changes into production reality.
Engineering slows down when requirements, drawings, BOMs, tooling, trials and approvals move through separate systems. Aivhy connects the engineering tools already in place with production, so every change reaches the right process, document and team.
Faster industrialisation. Fewer revision errors. Better first-time-right production.
Explore the eight connected stages. Each stage shows one example of where work can break down, how Aivhy can help and what can change in practice. They are a selection from many practical ways Aivhy can improve engineering and industrialisation. Use the button below to discuss the priorities in your operation.
Aivhy connects the information already available in CAD, PDM, PLM, ERP, MES, QMS, LIMS, CMMS, machine data and production workflows. Existing engineering systems remain in place. Aivhy adds the controlled connections and workflows between them.
These are three examples of where day-to-day engineering work can lose time, control or production readiness. Every engineering team has many more processes and improvement opportunities.
A material or design change must reach the BOM, routing, tooling, machine programme, work instruction and quality plan. Aivhy makes the correct released revision available at the point of work.
A change decision must show what happens to existing materials, components, work in progress, finished goods and products already with customers, including the first valid batch or serial number.
Design approval alone is not production readiness. Materials, tooling, programmes, process parameters, work instructions, Quality, Maintenance, Operations and training must be ready as one controlled release.
Controlled revisions. Requirements, drawings, BOMs, instructions and programmes follow the same approved change.
Production-ready releases. Cross-functional conditions are visible before series production begins.
Traceable trials. Samples remain linked to materials, machines, settings, inspections and laboratory evidence.
Closed-loop engineering. Actual production and quality performance improves the next design decision.
Engineering decisions become more useful when design data, trials, machine context and the production handover remain part of one controlled record.
Design, programme and trial information stay connected to the physical equipment and product.
Engineering and Operations can verify readiness before the product moves into stable production.
You do not need to replace CAD, PLM, ERP or the tools already in place. Start with one issue — revision control, engineering changes, trial traceability, production readiness or shop-floor feedback — and connect the missing workflow around it.