The Dutch National Cyber Security Centre's disruption of a 17-million-device botnet tied to Asocks residential proxy services marks a significant escalation in law enforcement's ability to target consumer-grade infrastructure rather than traditional command-and-control servers. While the original reporting notes the seizure of 200 servers and the hosting provider's full network shutdown, it underplays how Asocks-style proxies represent a deliberate shift by cybercriminals toward blending malicious traffic with legitimate residential IP pools, evading detection mechanisms that worked against earlier Mirai variants. This operation builds on prior takedowns of Kimwolf and Aisuru, both of which similarly leveraged residential proxies for DDoS and fraud campaigns, revealing a pattern where botnet operators rent out compromised IoT and mobile devices as anonymized exit nodes. What the coverage misses is the potential overlap with state-linked actors; similar proxy networks have been observed routing traffic for espionage-adjacent operations, complicating attribution in an ecosystem where Dutch authorities are increasingly coordinating with Europol and private sector researchers. The scale suggests systemic vulnerabilities in edge devices persist despite repeated warnings, with infection vectors likely including unpatched routers and sideloaded apps. Analysis of related incidents, including the 2023-2024 Mirai evolutions targeting discontinued D-Link hardware, indicates that without mandatory firmware security standards, these disruptions will remain temporary. Law enforcement scaling here signals a move from reactive server seizures to proactive provider accountability, but it also highlights gaps in international jurisdiction over proxy-as-a-service models.