Foster Technology provides an AI‑driven platform that automates generative design, topology optimization, and manufacturability analysis for mechanical components, while delivering real‑time sustainability metrics such as material usage and carbon footprint. The cloud‑based solution integrates with major CAD and PLM systems, enabling OEMs and tier‑1 manufacturers to collaborate, version‑control, and export production‑ready models on a subscription basis.
Funding
Funding not disclosed
Founders
Product
Problem
Mechanical product development often relies on manual CAD iterations and isolated engineering workflows, which prolong design cycles, increase the risk of manufacturability issues, and make it difficult to evaluate sustainability impacts early in the process. These inefficiencies delay time‑to‑market for OEMs and component manufacturers competing on cost and environmental performance.
Solution
Foster Technology delivers an AI‑powered design platform that automates key engineering tasks and embeds sustainability criteria directly into the mechanical design workflow. The system generates geometry alternatives using generative design algorithms, runs topology optimization, and evaluates manufacturability against a library of process constraints. Real‑time sustainability scoring quantifies material usage, carbon footprint, and end‑of‑life considerations, enabling designers to make data‑driven trade‑offs. All results are synchronized to a cloud‑hosted environment, allowing cross‑functional teams to collaborate, version‑control designs, and export ready‑to‑manufacture CAD files without leaving the platform. The solution is offered as a subscription‑based SaaS, scaling with the number of active users and design projects.
Target Audience
The primary customers are OEMs and tier‑1 component manufacturers in sectors such as automotive, aerospace, and industrial equipment that require accelerated mechanical product development with built‑in manufacturability and sustainability validation.
Features
- Generative design engine that proposes multiple geometry concepts based on functional requirements and load cases
- Integrated topology optimization with material‑aware constraints for weight reduction and performance gains
- Manufacturability analysis module that checks designs against CNC, injection molding, and additive manufacturing process rules
- Sustainability analytics dashboard providing real‑time carbon‑footprint, material‑efficiency, and recyclability scores
- Native connectors to leading CAD systems (SolidWorks, CATIA, Siemens NX) and PLM platforms via RESTful APIs
- Cloud‑based collaborative workspace with role‑based access, design versioning, and audit trails
- Scalable compute infrastructure that leverages GPU‑accelerated simulation for rapid iteration cycles