LinkedIn has introduced a "Seems like AI slop" button that allows users to flag posts that appear to be low-quality AI-generated content [1, 2].
This move signals a shift in how the platform manages the tension between AI efficiency and content authenticity. By empowering users to identify "slop," the company aims to curb a flood of synthetic text that threatens the quality of professional networking.
The rollout of the new reporting feature began on July 30, 2026 [3]. Users can now access the option via the three-dot menu on individual posts to alert the platform when a contribution feels synthetic or lacks human value [2, 4].
This initiative comes as the platform faces a significant surge in automated content. Reports indicate that 41% of long-form LinkedIn posts are now AI-generated [5]. The prevalence of such content has led to a perceived decline in the utility of the user feed, as generic, AI-authored insights replace genuine professional expertise.
In a related effort to prioritize quality, LinkedIn announced it is replacing its own AI-writing feature [2, 4]. Instead of a tool that generates full posts from scratch, the company is implementing a proofreading tool designed to refine human-written text, rather than replace it [2, 4].
LinkedIn said the goal of these changes is to improve content quality for its community [2, 5]. The company is focusing on reducing the presence of low-quality material it describes as "AI slop" [2, 5].
“LinkedIn has introduced a 'Seems like AI slop' button that allows users to flag posts that appear to be low-quality AI-generated content.”
This pivot reflects a broader industry realization that unrestricted generative AI can degrade the value of a platform's primary asset: trusted human expertise. By removing its own generative writing tool and introducing a community-driven reporting mechanism, LinkedIn is attempting to move from a 'quantity-first' AI approach to one that emphasizes human curation and authenticity to prevent the network from becoming a repository of synthetic noise.
