Over 70% of product design changes in manufacturing stem from unforeseen production challenges that R&D teams only discover after launch. Without direct feedback from operators and technicians, engineering decisions lack context slowing iteration and inflating costs.
Facthory bridges this gap by connecting real-world operational insights to R&D workflows. Engineers gain direct visibility into how processes perform on the floor, while workers can provide feedback that accelerates innovation cycles and reduces costly design rework.
Facthory synchronizes R&D and operations ,so design improvements and shop-floor insights evolve together in real time.
Faster Design Validation
Fewer Engineering Change Orders (ECOs)
Shorter Innovation Cycles
Cost Reduction in Prototyping
Facthory connects R&D and production teams in a living, data-driven ecosystem.
Operators record issues, observations, and improvement ideas directly from the production line.
Insights sync with R&D tools (PLM, MES, or ERP), creating a shared source of operational truth.
Engineers use contextual feedback and evidence (video, transcript, or metrics) to refine processes and product design.
New methods or designs are pushed back to the shop floor via Facthory — closing the feedback loop with real-time adoption tracking.
Facthory empowers cross-functional collaboration that transforms daily operations into continuous R&D intelligence.
unify operator observations and engineer insights in one workspace.
seamless exchange with PLM, MES, or quality systems for real-time validation.
use real video, audio, and metrics to support engineering adjustments.
visualize the performance impact of every design or process change.
Bridge the divide between production and design to accelerate innovation and reduce waste.
Facthory enables R&D and shop-floor teams to innovate together - faster, smarter, and with fewer surprises.
Industry leaders use Facthory to transform operational insights into measurable R&D acceleration.
Plants report up to 40% faster design validation and 30% fewer engineering changes.
fully compatible with PLM and MES ecosystems for digital thread continuity.
designed for secure, multilingual, and cross-department data sharing.
