Nanomorphix provides a cloud‑based platform for nanomaterial modeling, simulation, and analytics accessed via APIs and a web dashboard. It abstracts complex physics calculations, offering pre‑configured material libraries, automated mesh generation, and multi‑physics solvers that integrate with CAD, PLM, and data‑science tools, enabling R&D teams and developers to run high‑fidelity nanoscale simulations at scale.
Funding
Funding not disclosed
Founders
Product
Problem
Enterprises and developers need a reliable way to integrate advanced nanomaterial simulations and data analytics into their product design workflows, but existing tools are fragmented, require deep domain expertise, and lack seamless cloud integration.
Solution
Nanomorphix offers a cloud‑based platform that provides modular nanomaterial modeling, simulation, and analytics services accessible via APIs and a web interface. The platform abstracts complex physics calculations, allowing users to run high‑fidelity simulations of nanoscale structures without specialized software installations. Results are delivered in standardized data formats and can be visualized directly in the dashboard or integrated into downstream CAD and PLM systems. Built‑in version control and collaborative workspaces enable teams to share models, track changes, and reproduce experiments efficiently. The service scales on demand, leveraging cloud compute resources to handle large parameter sweeps and high‑throughput workloads.
Target Audience
Primary customers are R&D teams in materials science, semiconductor, and advanced manufacturing companies, as well as software developers building nanotech‑enabled applications.
Features
- API‑first architecture for programmatic access to nanomaterial simulation engines
- Pre‑configured material libraries covering polymers, metals, and composites at the nanoscale
- Automated mesh generation and multi‑physics solvers optimized for cloud execution
- Interactive web dashboard with real‑time visualization of structural, thermal, and electrical properties
- Collaboration tools including shared workspaces, model versioning, and audit trails
- Integration connectors for major CAD, PLM, and data‑science platforms