Meta Employees Protest New Mouse-Tracking Software

Meta employees in the United States are demonstrating against a proposed mouse-tracking software intended for work devices that monitors their activity. Staff members have been actively distributing flyers in numerous US offices, voicing their concerns about workplace surveillance and privacy.

As reported by Reuters, flyers were discovered in various locations, such as meeting rooms, vending machines, and even restrooms. The flyers encourage employees to support an online petition opposing the monitoring system.

Protest Highlights Employee Concerns

One notable phrase on the flyer describes the situation as an “Employee Data Extraction Factory,” emphasizing that employees feel excessively monitored and perceive themselves as data sources.

This protest arises amid Meta’s plans to reduce its U.S. workforce by nearly 10%, affecting approximately 8,000 employees. Reports indicate that many workers are afraid that these monitoring tools might lead to further automation of their tasks, increasing worries about the potential replacement of human roles in the future.

Meta’s Justification for Tracking Software

Previously, Meta has publicly discussed its mouse-tracking software, stating that it will provide real-world examples necessary for the development of AI agents. Reuters cited Meta spokesperson Andy Stone, who mentioned that to build agents capable of assisting people with daily tasks on computers, it is essential to have actual instances of user interactions, such as mouse movements, button clicks, and dropdown navigation.

Meta Employees in the UK Join Forces

In the UK, some Meta employees have also established a labour union with support from the United Tech and Allied Workers (UTAW), affiliated with the Communication Workers Union.

The organiser, Eleanor Payne, has reportedly criticized the changes at Meta, indicating that employees are facing job cuts, increased workplace surveillance, and anxiety that they might be contributing to the training of AI systems that could eventually replace aspects of their jobs.