Qualcomm reportedly in talks to acquire PickNik Robotics for edge AI expansion

Qualcomm is picking up PickNik Robotics, the Boulder, Colorado-based company behind the widely used MoveIt Pro robotics software platform. The deal would fold PickNik’s software capabilities into Qualcomm’s existing hardware and platform ecosystem, giving the chipmaker a more complete stack for the rapidly expanding robotics market.

Qualcomm’s robotics acquisition streak

The company acquired Arduino in October 2025, bringing the beloved prototyping platform into its orbit. Then in June 2026, Qualcomm agreed to buy Modular for nearly $4 billion, a deal expected to close in the second half of 2026. On the hardware side, Qualcomm unveiled the Dragonwing IQ10 robotics processor series in January 2026, designed specifically for humanoid robots and autonomous mobile robots.

What PickNik brings to the table

PickNik Robotics was founded in 2015 and spent its early years as a robotics engineering services firm. Around 2021, the company pivoted toward product development, building out MoveIt Pro as its flagship offering. MoveIt Pro is a commercial platform for developing robotic arm applications, handling the complex math and motion planning that allows a robot to reach for an object without knocking everything else over.

The company released MoveIt Pro 9 in April 2026, adding enhanced capabilities for perception-to-motion workflows and teleoperation tasks. PickNik also carries credibility through its work with NASA on ISAM (In-Space Servicing, Assembly, and Manufacturing) missions, which involve robotic operations in orbit.

The edge AI play

Qualcomm’s broader strategy revolves around edge AI. The Dragonwing IQ10 processor handles the compute. PickNik’s software handles the motion intelligence. Combined, they could offer robotics manufacturers a robotic arm that can perceive, plan, and act without external dependencies.

The competitive landscape includes Nvidia pushing its own robotics platform with Isaac and Jetson hardware, and Google DeepMind advancing foundation models for robotic manipulation.

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