Knapp opens Boston robotics and AI hub, targets 35 staff by 2027

Knapp will staff its newly opened "robotics and AI innovation hub" in the Boston area with 30 to 35 employees by early 2027, extending the Austrian warehouse automation specialist's development footprint into one of the world's densest research ecosystems. The unit, KNAPPRobotics.ai Inc., sits in Somerville, Massachusetts, and will work directly alongside the Massachusetts Institute of Technology.

The move matters commercially: it shortens Knapp's development cycles, accelerates product launches, and paves the way for robotics to become a scalable product and solution business rather than a bespoke engineering effort. For shippers and 3PLs running Knapp-automated fulfillment sites, that trajectory points toward faster availability of intelligent picking and handling systems across the material flow.

What does the Boston hub actually do?

Knapp founded KNAPPRobotics.ai Inc. to drive the development of intelligent robotics solutions and accelerate bringing them to industrial readiness. The company said the new unit gives its existing robotics center in Graz, Austria, direct access to one of the world's leading research and technology ecosystems.

The hub's focus spans AI, computer vision, robotics, and product development, with MIT — described by Knapp as a renowned center for AI and robotics research — as its anchor partner. The Graz location retains its role as the center for robotics development, logistics know-how, and achieving industrial readiness, while Boston serves as an international innovation and technology hub for specific industrial applications.

Together, the two centers form a connected network of competence linking research, product development, and solution design and deployment. As group-wide business owner of robotics, KNAPPRobotics.ai unites product management, development and implementation under one roof.

What are "physical AI" systems in a warehouse?

At the core of the unit's work are physical AI systems — robots able to perceive their environment, make decisions, and perform physical tasks reliably. In a warehouse context, that translates into concrete processes:

• piece picking
• bin picking
• cycle counting
• other steps throughout the material flow

Above these systems sits the KNAPP Brain, a platform covering solutions for AI, computer vision, grip point calculation, motion planning, and continuous learning. Knapp calls it a powerful basis for intelligent robotics solutions.

Why split robotics across two continents?

The structure reflects where the two halves of the robotics business live. Research talent and AI ecosystem proximity sit in Greater Boston; logistics domain expertise and the industrial hardening of machines — making them reliable enough for live distribution centers — remain in Graz.

For Knapp's customers, the bet is that tighter links to MIT's research community compress the time between laboratory breakthrough in perception or motion planning and a deployable product on the warehouse floor. The company frames the combination as shortening development cycles and accelerating product launch across its robotics portfolio.

With hiring set to reach 30 to 35 people by early 2027, the Somerville operation remains a small unit relative to Knapp's global group, but it signals where the automation vendor expects its next competitive edge: AI-driven robotics mature enough to sell as scalable products rather than project-based installations.