Meta Tests Robots for Data Center Tasks, Aiming to Reduce Human Labor

Meta is reportedly testing robots to perform various operational tasks within its data centers, an effort that could significantly reduce the need for human technicians. This ongoing initiative, which has not been previously disclosed, involves robots handling duties such as plugging in cables, resetting servers, and managing power. The company aims to lower labor costs as its investment in artificial intelligence infrastructure rapidly expands, potentially allowing it to operate its growing data center footprint with fewer human employees.

Robot Capabilities and Worker Impact

The company is evaluating robots and related hardware from several different vendors, including Kinova, ABB, and Watney Robotics. In one experiment, a Kinova Gen3 robotic arm is being assessed for its ability to power cycle servers or cut off their electricity. Another robot is undergoing tests to swap networking cables, a task that one Meta data center worker estimated could replace up to 80 percent of certain human workloads if successful.

This potential for automation has caused concern among some employees. A Meta data center worker expressed a sentiment that those performing physical tasks had previously felt secure but now anticipate widespread automation. Additionally, some Meta facilities have quietly deployed a simpler robot designed to press power buttons on devices like Mac Minis for remote restarts, resembling a finger or a pointy stick.

Meta's Stance and Future Vision

While Meta declined to comment on the specific testing, company spokesperson Francis Brennan stated that Meta is heavily investing in training and hiring workers for its data centers. Brennan highlighted a significant shortage of skilled workers in what he described as America's biggest infrastructure boom since World War II, asserting that the company needs more employees, not fewer.

However, Eric Xu, a senior manager for robotics at Meta, outlined the company's "long-term goals" at a conference last year. Xu envisions robots in data centers to improve incident response, monitor environments, and perform preventative maintenance. He emphasized the necessity of starting this research and collaboration now to achieve these objectives in the future.

Technological Progress and Broader Implications

The feasibility of using robots in data centers has improved significantly in recent years. Previously, robots were expensive and sometimes damaged equipment during simple tasks, according to a person briefed on early experiments. Now, hardware costs have decreased, and the artificial intelligence models that power robots are considerably more advanced. This technological progress has led several startups to develop commercial robots capable of tasks such as server assembly, part swapping, and wire replacement.

Proponents argue that robots can deliver more consistent output at a lower cost compared to human labor, particularly in less populated areas where data centers are common but qualified workers are scarce. They also suggest robots could take over repetitive and dangerous tasks, allowing human technicians to focus on more complex challenges. In the long term, reducing human presence could enable data centers to operate in environments inhospitable to humans, such as underwater or in space. Paul Golding, who oversees physical intelligence at chipmaker Analog Devices, noted that more customers are requesting humanoid robots for data centers, which would permit operations in conditions like higher temperatures and darkness.

Despite the growing use of robots in these facilities, the issue has received little attention from activists campaigning against data centers. This contrasts with how tech companies frequently promote job creation as a key benefit of establishing new data center facilities.