Amazon's Proteus robot now takes plain-language commands, heads to Europe by 2027

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Amazon unveiled an AI-upgraded Proteus robot that accepts plain-language instructions from warehouse workers, eliminating the need for custom software. The fully autonomous warehouse robot will deploy across Europe in the first half of 2027 as part of a €10bn investment in the company's fulfillment network, alongside expansion of Vulcan and Stark robotic systems.

Amazon Introduces AI-Powered Proteus Robot with Plain-Language Commands

Amazon has upgraded its Proteus robot to accept plain-language commands from warehouse workers, marking a significant shift in how human workers interact with AI-powered robots in fulfillment centers. Unveiled at the company's "Delivering the Future" event at the Dartford fulfillment center east of London on June 4, the next-generation Proteus robot eliminates the need for custom software or technical programming interfaces. "You tell it what needs to be done. It figures out the priority, the route, the timing," said Scott Dresser, vice president of Amazon Robotics, describing the system as an assistant for material movement

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The warehouse robot, which resembles a heavy-duty Roomba, is designed to move carts weighing close to 400kg and cover long distances within fulfillment centers. Before the AI upgrade, commanding such robots required specialized software knowledge. Now employees can assign tasks to these fully autonomous warehouse robot systems using conversational language, much as they would with another employee

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Source: Engadget

Source: Engadget

Expanded Capabilities Across Fulfillment Network

The enhanced intelligence allows the new Proteus robot to operate anywhere across a fulfillment or delivery site, rather than being confined to dock areas like its predecessor. This expanded range means the robots can transport containers as they arrive on site, transfer them between workstations, and assist employees throughout the facility. The current Proteus model is deployed at 25 US sites but operates only in limited dock areas

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Amazon is currently piloting the new robotic systems in its labs, with European deployment by 2027 planned for the first half of the year. The timeline positions Proteus alongside two other systems Amazon is expanding across the region: Stark, a collaborative tote-handling robot first piloted in Barcelona that will reach 15 European sites by 2027, and Vulcan, the company's first robot with a sense of touch, which has moved from Spokane, Washington to Hamburg, Germany

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€10 Billion Investment in European Operations

The robotics announcement forms part of a broader commitment to invest more than €10bn (approximately $11.6bn) in modernizing Amazon's European fulfillment network over the coming years. This investment sits within an even larger capital expenditure plan, with Amazon forecasting a more than 50% jump to $200bn this year, joining tech peers in an infrastructure build-out driven by AI

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Amazon also announced plans to open more than 25 sub-same-day delivery sites across Europe this year, including in Britain and Germany, and expand Amazon Now, its ultra-fast essentials service, to Manchester and Birmingham. Same-day fresh-grocery delivery now reaches more than 2,300 US cities and parts of Tokyo

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Automation and Workforce Implications

Amazon maintains that the new Proteus robots will help employees "focus on higher-skilled work like managing inventory flow and ensuring quality control," while improving safety and reducing repetitive work. The company stated it hasn't replaced human jobs and announced plans to expand its European warehouse workforce by 25,000 in the coming years. Amazon claims that since introducing robotics into its operations, it has hired hundreds of thousands of employees globally

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However, the automation push comes amid scrutiny of Amazon's labor practices. The company has laid off nearly 30,000 workers over the past year across its retail, web services, Prime Video and other units. Safety concerns also persist: in 2024, Amazon employed 39 percent of US warehouse workers but accounted for 56 percent of serious injuries, according to the Strategic Organizing Center

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Whether the plain-language interface works as smoothly on a live warehouse floor as it does in laboratory settings remains to be tested when deployment begins in 2027. The success of this automation approach will likely influence how human workers and AI-powered systems collaborate across the logistics industry in the years ahead.

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