Anyware Robotics

About Anyware Robotics

Anyware Robotics, a Fremont, California-based company founded in January 2023, is addressing the physically demanding and injury-prone task of unloading trucks and containers. The firm develops autonomous mobile robots designed to improve safety and efficiency in logistics operations, particularly for third-party logistics providers (3PLs), distribution centers, and e-commerce fulfillment warehouses. The business model includes both direct purchase and a Robots-as-a-Service (RaaS) option, allowing clients to scale their robotic workforce based on demand.

The company's creation was driven by a team of four robotics industry veterans, leveraging extensive research and personal experience. The founding team includes CEO Thomas Tang, CTO Bruce Fan, Chief Engineer Sam Zhou, and VP of Product Torsten Schreiber. Tang, Fan, and Zhou all earned PhDs in robotics from UC Berkeley, and their collective background includes significant experience at robotics supplier FANUC and logistics robot provider GreyOrange. This deep expertise in robotic manipulation, AI, and autonomous driving underpins the company's technology. CTO Bruce Fan's firsthand experience unloading containers for his parents' warehousing business provided a crucial, practical perspective to the company's mission. The company secured an initial $5 million in seed capital in March 2023, followed by a larger $12 million seed round in March 2025, led by GFT Ventures.

Anyware Robotics' flagship product is the Pixmo, an AI-powered mobile manipulator. The Pixmo robot integrates an autonomous mobile robot (AMR) base with a six-degree-of-freedom collaborative robot arm and a vacuum-powered end-effector for handling boxes. Its AI-driven perception and motion planning systems enable it to manage complexities like shifting boxes, varied SKUs, and different carton sizes without requiring significant infrastructure changes or software integrations for deployment. A key feature is a patent-pending conveyor add-on that works in conjunction with the robotic arm, allowing for a more efficient "pull" motion instead of traditional pick-and-place movements. This system can handle boxes weighing up to 65 pounds with a potential throughput of 1,000 boxes per hour, aiming to reduce receiving labor expenses by up to 60%. Future plans involve expanding Pixmo's capabilities through over-the-air software updates to include tasks such as palletizing, depalletizing, and case picking, thereby increasing its operational versatility.