The Internet Computer (ICP), spearheaded by the DFINITY Foundation, embodies a bold yet contentious vision of a decentralized “world computer” that challenges Big Tech’s dominance through canister smart contracts and subnet architecture, but its hallmark anonymity features—reverse-gas cycles, chain-key cryptography, and permissioned global nodes—draw sharp criticism from AML experts for enabling untraceable laundering pathways amid escalating 2025 crypto crime trends reported by Chainalysis. While proponents tout 1-2 second finality and on-chain scalability for dApps like decentralized social media, skeptics, including FATF-aligned regulators, highlight how ICP’s design circumvents traditional KYT tools, fostering pseudonymity risks comparable to privacy coins yet amplified by web-hosting capabilities that obscure illicit DeFi flows and sanctions evasion. This duality positions ICP not merely as innovative infrastructure but as a regulatory blind spot, where Swiss governance shields development while U.S. SEC scrutiny looms over token utility, underscoring the perilous trade-off between technological sovereignty and financial crime vulnerability in an era demanding heightened transparency.​
The Internet Computer (ICP), launched by the DFINITY Foundation in 2021, represents a pioneering yet controversial blockchain platform designed as a “world computer” for decentralized web hosting, but its architecture raises significant money laundering concerns among AML experts. Featuring canister smart contracts powered by ICP tokens converted into irreversible “cycles,” chain-key cryptography for 1-2 second finality, and globally distributed subnets, ICP enables high-anonymity transactions that evade traditional chain analysis tools like Chainalysis, positioning it as a regulatory blind spot akin to privacy coins but scaled for DeFi and dApps. No prosecuted cases exist as of December 2025, yet compliance reports flag its reverse-gas model and permissioned nodes for layering illicit funds via mixers, bridges, and on-chain computation without centralized intermediaries.​