Logic’s Octopus is an overhead industrial picking robot that replaces static, floor-bound equipment with ceiling-mounted system for high-speed case handling. Suspended above existing workflows, Octopus autonomously picks, lifts and transfers cased goods without consuming aisle space, allowing warehouses and logistics hubs to reclaim the floor for storage density, people and flow.

Rather than relying on a single arm with one dominant tool, Octopus is built as a configurable, multi-arm platform that can be populated with any combination of suction cups, clamps, grippers and specialized end effectors. Each arm operates as an independent worker that can be choreographed to handle different SKUs, package sizes, and packaging types in parallel, so the system can perform multiple picks and placements at once across mixed loads. The robot does not have to stop for mechanical changeovers, which removes a major source of idle time and enables consistently high throughput.

A key differentiator for Octopus is its tight coordination with Logic Pallets, autonomous mobile platforms that transport and position loads under the robot. Instead of driving pallets to different tools or asking a single robot to adapt mechanically to every task, Logic Pallets navigate to the right Octopus arm based on the needs of each item, order, or workflow. This collaboration is orchestrated by the Logic Interface Network (LINK), which unifies data from robot arms, Logic Pallets, sensors and vision systems into a single decision layer.