Algorithmic Sabotage Research Group %28asrg%29 Jun 2026
The ASRG’s mission was simple: develop non-violent, undetectable methods to make harmful algorithms fail in ways that looked like natural errors. They didn’t destroy data. They didn’t hack servers. They injected doubt .
Moving away from "necropolitical" technologies that reinforce structural injustices.
The ASRG is a collaborative initiative aimed at analyzing, conceptualizing, and, most importantly, creating tools for sabotage against modern technological systems. Key aspects of the group include:
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The Algorithmic Sabotage Research Group (ASRG) represents a critical intervention in the modern discourse surrounding artificial intelligence, automated labor, and digital surveillance. As algorithms increasingly dictate the terms of economic and social life, the ASRG operates at the intersection of hacktivism, academic inquiry, and grassroots resistance. Their work focuses on "algorithmic sabotage"—the intentional disruption or subversion of automated systems to reclaim human agency and challenge the power structures embedded in code.
When a rideshare algorithm began systematically refusing service to predominantly minority neighborhoods—not out of bias, but because surge pricing models learned those areas had “lower historical tip rates”—the ASRG struck. They deployed a fleet of low-cost, Arduino-controlled signal emitters that mimicked the telemetry of a broken-down car. To the AV’s sensors, a phantom obstruction appeared at every intersection in the redlined zone. The algorithm, trying to route around a nonexistent crash, froze in recursive confusion. Within six hours, human dispatchers overrode the system. The algorithm was retrained. The neighborhood got service again.
The ASRG is not a traditional scientific laboratory; rather, it functions as a hub for interdisciplinary inquiry, bringing together artists, hackers, writers, and theorists to examine how code influences society, labor, and human behavior. They injected doubt
Mirroring its content, the group utilizes radical aesthetics for its physical zines. For instance, their publications utilize the open-source Alternative Layout System and specific independent typefaces like Authentic Sans and Generation Mono to bypass corporate publishing standards. 3. Practical Methodologies of Digital Sabotage
As of 2026, the ASRG is pivoting hard toward large language models (LLMs) and agentic AI. The new frontier of sabotage is not just code, but prompts and context . The group recently published a preprint warning of "memory-layer sabotage"—where a generative AI tool is trained to appear helpful for 90 days, then gradually introduces subtle factual errors into a corporate knowledge base. Because the errors are plausible and distributed over time, no single user flags the sabotage.
It remains unclear how much damage tarpits or other AI attacks can ultimately cause. Microsoft’s director of partner technology published a report detailing how leading AI companies were coping with data poisoning, one of the earliest AI defense tactics deployed. But as John Wiseman notes on his widely read blog, jwz , it is “very difficult to know whether that is effective because the only people who can answer that question are The Adversary.” Key aspects of the group include: If you'd
The group positions itself against the deterministic view that algorithms are neutral or inevitable. Instead, they argue that if algorithms govern society, citizens must have the right to audit, question, and—when necessary—disrupt them.
The research output of the Algorithmic Sabotage Research Group generally spans three critical domains: labor resistance, creative disruption, and structural critique of AI. 1. Algorithmic Management and Gig Economy Resistance
The concept of sabotage is historically rooted in labor movements—most famously associated with the Luddites of 19th-century England and early 20th-century industrial workers who used their clogs ( sabots ) to disrupt machinery. The ASRG modernizes this lineage. The group argues that just as industrial workers disrupted physical assembly lines to protest unsafe conditions, modern digital workers and citizens must find ways to disrupt data pipelines that automate precarity. Counter-Surveillance and Obfuscation
The is a critical research collective and artistic-academic initiative focused on investigating the intersections of algorithms, power, and resistance. The group is best known for developing the concept of "Algorithmic Sabotage"—a framework for understanding how individuals and groups can deliberately disrupt, confuse, or subvert automated decision-making systems to protest bias, surveillance, and opaque governance.