KNAPP establishes new logistics robotics company, opens robotics lab near Boston

KNAPP announced on November 2, 2026, that it had established KNAPPRobotics.ai Inc. to develop intelligent robots for logistics. The new company will open a robotics lab in Somerville, Massachusetts. It plans to have 30 to 35 people working there by early 2027, about 20 of them in software development.

KNAPP has outlined a structure that brings product management, development and deployment together under KNAPPRobotics.ai, linking Graz's development and logistics expertise with Boston's technology hub. For warehouse operators, a concrete question is how robots for tasks such as picking and inventory counting will be taken from research through deployment as logistics solutions.

The significance of KNAPPRobotics.ai's establishment lies not only in opening a lab near Boston, but also in bringing product management, development and deployment for the robotics business into one organization. KNAPP will keep Graz as its center for robot development and logistics expertise, while making Boston a technology hub focused on specific industrial applications. The two-location structure assigns Boston a role in connecting with research and technology while keeping logistics expertise and existing development functions in Graz; it is not simply a relocation of the development department. Of the 30 to 35 people planned by early 2027, about 20 will work in software development. KNAPP Brain also includes not only AI and computer vision, but grasp-point calculation, motion planning and continual learning. This suggests an effort to bring together capabilities for recognizing and making decisions about warehouse tasks and for planning robot movements as a development platform for logistics products. However, the announcement did not provide performance figures for products using the platform or a timeline for commercial deployment. In EDEKA adds two KNAPP picking robots to its meat logistics center, we reported that KNAPP robots were added to existing storage and sorting processes, handling barcode scanning and recording actual weight in addition to picking. The new lab can be seen as a development and productization structure for extending concrete warehouse tasks like these to multiple applications, including piece picking and bin picking. However, KNAPP has not said that past deployments will directly lead to results from the new organization. The implication for the industry lies in a model in which the same business organization handles robotics from the research stage through product management and deployment. The focus will be on how collaboration between development hubs and locations with logistics expertise works when research results are turned into logistics products and solutions. The announcement also included collaboration with MIT and participation in the ILP, but did not specify individual joint research projects or results. Going forward, key areas to watch include the performance of KNAPP Brain in each task, operational reliability, deployment conditions, how data used for continual learning is handled, and the timing of product launches.

KNAPP will keep Graz as its center for robot development and logistics expertise, and position the Boston-area location as an international technology and innovation hub focused on specific industrial applications. KNAPPRobotics.ai will oversee the group's robotics business, bringing product management, development and deployment together. The staff will include experienced KNAPP employees and people from Boston's technology and robotics sectors. Development targets include physical warehouse tasks such as piece picking, bin picking and inventory counting. KNAPP Brain is positioned as a platform for AI, computer vision, grasp-point calculation, motion planning and continual learning. KNAPP plans to deepen its collaboration with MIT and became a member of the MIT Industrial Liaison Program (ILP) in 2026.