AI platform for multi-robot automation across manufacturing and logistics
TruPhysics builds an AI platform that abstracts hardware complexity, enabling manufacturers to automate tasks across 100+ robot types, sensors, and controllers without rewriting for each device. The company is actively fundraising (visible in financial modeling and investor relations projects) while scaling engineering capacity — a hiring pattern consistent with pre-Series A or Series B capital rounds in robotics. Stack centers on industrial simulation (Unity, Fusion 360, ROS) and control systems (C#, Python, Linux), grounded in partnerships with Siemens, Schneider Electric, and robot OEMs like Fanuc.
TruPhysics develops a hardware-agnostic AI platform for automating quality assurance, product improvement, and logistics processes in manufacturing environments. The platform abstracts underlying robot and sensor heterogeneity, allowing customers to compose workflows from 20+ pre-built AI skills or co-develop custom applications. The company integrates with leading industrial control vendors (Siemens, Schneider Electric) and supports robot OEMs including Fanuc, positioning itself as a software layer above fragmented hardware ecosystems. Founded in 2015 and based in Stuttgart, Germany, the company employs 11–50 people with engineering-forward staffing and active fundraising underway.
TruPhysics integrates with 100+ supported robots, tools, sensors, and controllers. Explicit OEM integrations include Fanuc; the platform also works with major industrial control systems from Siemens and Schneider Electric.
Primary stack: C#, Python, Unity, ROS (Robot Operating System), Linux. CAD/simulation: Fusion 360, Autodesk Inventor, Solidworks. Industrial integrations: Siemens, Schneider Electric, Fanac controllers.
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