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Explore OSARO's intelligent robotic picking technology, combining SightWorks machine vision, AutoModel learning software, and automated manipulation to handle diverse products in modern warehouse fulfillment operations.
OSARO develops AI-powered robotic picking systems for automated warehouse fulfillment and material handling.
OSARO is a San Francisco-based robotics company founded in 2015 that develops AI-powered automation systems for warehouses, distribution centers, and e-commerce fulfillment operations. The company specializes in robotic manipulation and machine-learning software designed to handle products with different shapes, sizes, packaging materials, and physical characteristics.
Its automation portfolio includes robotic piece picking, bagging, kitting, and mixed-case depalletizing, with a shared software platform supporting different material handling applications. Rather than relying on fixed robotic movements for every product, OSARO combines industrial robotic hardware with intelligent perception and control technology to accommodate changing inventory and operating conditions.
OSARO's robotic piece-picking solution automates the identification, gripping, and transfer of individual products between storage containers, conveyors, and order fulfillment stations. Designed for high-mix environments, the system handles products arranged in cluttered totes and bins where object positions, orientations, and packaging characteristics vary between picking cycles.
The technology supports goods-to-robot operations, where automated storage systems or mobile robots deliver inventory containers directly to a robotic picking station. These configurations can replace repetitive manual picking activities while connecting robotic manipulation with existing warehouse storage, transportation, and order-processing infrastructure.
SightWorks is OSARO's proprietary AI perception platform, enabling robotic systems to identify objects, estimate their positions, and determine suitable gripping strategies. Using camera data and machine-learning algorithms, the software analyzes products in unstructured environments and guides robotic movements without requiring individually programmed picking instructions for every SKU.
The platform supports handling a wide variety of packaging types, including boxes, flexible pouches, bottles, and other irregularly shaped consumer products. Its perception and control capabilities also extend beyond piece picking to applications such as robotic bagging, conveyor induction, kitting, and depalletizing.
AutoModel is OSARO's learning technology, designed to help robotic systems accommodate new products and changing inventory without extensive manual setup. Rather than requiring operators to create detailed product models before every new SKU enters production, the software uses AI-based recognition and operational feedback to adapt its handling strategies.
This approach is particularly valuable in e-commerce and third-party logistics facilities, where inventory assortments frequently change and products may arrive in unfamiliar packaging. By reducing the need for individual product onboarding, AutoModel helps automated picking systems maintain flexibility across diverse fulfillment workflows.
OSARO integrates its perception software with industrial robotic arms and compatible gripping equipment to execute automated pick-and-place operations. The system evaluates product position, orientation, and accessible gripping surfaces before selecting a handling strategy appropriate for the object and installed end effector.
Vacuum suction tools can handle many packaged consumer goods, while alternative gripping configurations support products that are difficult to manipulate using suction alone. Coordinated motion planning then guides the robotic arm through extraction, transfer, and placement while accounting for surrounding containers and equipment.
OSARO's robotic picking technology can be integrated with automated storage and retrieval systems, autonomous mobile robots, conveyors, and warehouse management software. These integrations allow picking stations to support inventory induction, order assembly, sortation, and downstream packaging without requiring an entirely new warehouse infrastructure.
The company also offers its SightWorks software to system integrators developing customized robotic automation solutions. Through modular robotic deployments, adaptive AI software, and ongoing system support, OSARO provides warehouse operators with a flexible approach to automating complex, high-variability picking operations.
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