Activision’s dedicated anti‑cheat team, known as Team Ricochet, recently released figures that suggest the illicit cheating market in video games now generates roughly $8.5 billion in revenue each year. The numbers stem from a broader study conducted earlier this year by the threat‑intelligence firm Intorqa, which estimated that developers of cheat software earn about $3.5 billion annually from just fifteen examined titles. When additional services—such as account spoofing, hardware rentals, and the sale of compromised accounts—are taken into account, the total climbs to the $8.5 billion figure cited by Activision.
In a detailed blog entry, Activision highlighted the impact of Team Ricochet’s recent actions: more than 375 cheat‑reseller operations have been disrupted, over 80 cease‑and‑desist letters have been dispatched, and 31 major cheat vendors have been forced offline. The team also reported issuing in excess of 70,000 new hardware bans during the last month alone, underscoring the scale of the enforcement effort required to keep competitive environments fair.
The anti‑cheat specialist Anybrain echoed Intorqa’s findings in its latest whitepaper, "The Rise of Cheating‑as‑a‑Service." In an interview with GamesIndustry.biz, Anybrain’s co‑founder and chief executive André Pimenta Ribeiro explained that malicious actors have turned the practice of cheating in online games into a lucrative business model often referred to as "Cheating as a Service" (CaaS). Ribeiro noted, "Over the past three decades, cheating has transformed into a sophisticated and constantly evolving industry. Modern methods frequently use generative AI, real‑time problem‑solving tools, hidden hardware, and digital identity spoofing to bypass security systems." He continued, "This rapid shift gives bad actors a major advantage: they can quickly adjust their cheating tools to counter anti‑cheating software, threatening the reliability of modern solutions and eroding revenue and player trust.
No single tool can solve this anymore, which is why the studios seeing the best results are the ones treating security as part of their tech stack, not a silver bullet." To gauge industry sentiment, Anybrain commissioned a survey of 250 developers based in the United States and the United Kingdom who have launched online competitive multiplayer games. The research, carried out by Atomik Research, revealed that 69 % of respondents consider cheating to be a "significant or very significant problem," and more than half reported observable drops in player retention or direct revenue loss linked to cheating activity.
"If cheating becomes too excessive, it can significantly hurt player loyalty and the title's lifetime value (LTV), causing players to abandon the game for one with a better reputation," Ribeiro warned. The survey also uncovered that 76 % of studios have already adopted anti‑cheat measures, with the majority employing multiple solutions in tandem. This multi‑layered approach suggests that a comprehensive security tech‑stack is now the preferred strategy for combating cheating rather than relying on a single, monolithic product. Conversely, 24 % of the surveyed developers have not yet implemented any anti‑cheat system.
The primary reason, cited by a quarter of this group, is the perception that "no anti‑cheat that works has been found yet." Additional concerns include potential negative community feedback and a belief that cheating does not pose a significant threat, which accounted for 22 % of the responses. Among the developers who have tried anti‑cheat solutions, 69 % admitted they had never previously integrated such technology, while 31 % reported having removed an anti‑cheat system after deployment because it adversely affected game performance, interfered with design goals, or simply failed to deliver the promised protection.
A striking 93 % of respondents said they have created a dedicated anti‑cheat team within their studio, mirroring Activision’s Team Ricochet model. Looking ahead, 88 % of studios plan to increase their anti‑cheat budgets over the next twelve months.
Of those currently in the implementation phase, 47 % indicated that a specific, allocated budget made the rollout feasible. These findings paint a picture of an industry grappling with a rapidly professionalising underground market.
The convergence of advanced technologies—such as generative artificial intelligence that can auto‑generate cheat scripts, hardware modifications that remain invisible to traditional detection methods, and sophisticated identity‑spoofing services—means that cheat developers can iterate faster than many anti‑cheat teams can respond. As a result, studios are shifting from a reactive, single‑tool mindset to a proactive, layered security architecture that integrates detection, prevention, and rapid response capabilities. The financial stakes are high.
An $8.5 billion illicit economy not only siphons revenue from legitimate game sales and in‑game purchases but also erodes player trust, a commodity that is increasingly difficult to rebuild once lost. For developers, the challenge is twofold: protect the integrity of the competitive experience and preserve the long‑term monetary health of their titles. In summary, Activision’s recent data, corroborated by independent research from Intorqa and Anybrain, underscores the magnitude of the cheating problem in modern gaming. With the majority of studios acknowledging cheating as a critical issue, investing in robust, multi‑layered anti‑cheat solutions, and allocating dedicated resources to security teams have become essential steps for any developer seeking to safeguard both player experience and revenue streams.