Activision’s dedicated anti‑cheat unit, Team Ricochet, which oversees the security of the Call of Duty franchise, recently pointed to research suggesting that the illicit cheating market now generates roughly $8.5 billion in revenue each year. The figure comes from a combination of estimates: earlier this year, the threat‑intelligence firm Intorqa reported that developers of cheat software earn about $3.5 billion annually from a sample of fifteen popular 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 mark. In a blog entry, Activision noted that Team Ricochet has "disrupted more than 375 reseller operations, issued over 80 cease‑and‑desist letters, and helped shut down 31 primary cheat vendors." The team also revealed that in the previous month it imposed more than 70,000 new hardware bans, underscoring the scale of its ongoing enforcement campaign.
Anybrain, a provider of anti‑cheat technology, referenced the same Intorqa data in its recent whitepaper titled *The Rise of Cheating‑as‑a‑Service*. Speaking to GamesIndustry.biz, Anybrain’s co‑founder and chief executive André Pimenta Ribeiro described the phenomenon as a fully fledged commercial enterprise: "Malicious actors have turned cheating in online video games into a lucrative business model, commonly referred to as Cheating‑as‑a‑Service." He added, "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." This rapid technological arms race gives cheat creators a decisive edge; they can instantly modify their tools to evade detection, thereby threatening the effectiveness of even the most advanced anti‑cheat solutions and eroding both player trust and publisher revenue. "No single tool can solve this anymore," Ribeiro argued, "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 how developers are coping, Anybrain commissioned a survey of 250 studios in the United States and United Kingdom that have released online competitive multiplayer games. The research, conducted by Atomik Research, revealed that 69 % of respondents consider cheating a "significant or very significant problem," and more than half reported measurable 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," explained Anybrain.
The survey also highlighted that 76 % of studios have already deployed anti‑cheat measures, with the majority employing multiple solutions. This suggests a growing consensus that a layered, security‑tech‑stack approach is the most effective way to mitigate cheating threats.
Conversely, 24 % of surveyed developers have not yet adopted any anti‑cheat technology. The primary reason, cited by 25 % of this group, is the perception that "no anti‑cheat that works yet" exists. Additional concerns include potential negative community feedback and the belief that cheating is not a pressing issue (22 %).
Among those without a solution, 69 % reported never having implemented anti‑cheat in any of their games, while 31 % had tried a system previously but later removed it because it hampered performance, conflicted with game design, or failed to deliver the promised protection. A striking 93 % of respondents indicated that they have established 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 process of rolling out new measures, 47 % said they were able to do so because they had secured a specific allocation of funds for the purpose.
The broader industry context underscores why these numbers matter. As cheat developers adopt cutting‑edge techniques—such as AI‑generated aim‑assist scripts, deep‑learning based detection evasion, and even custom‑built hardware that can manipulate game memory in real time—publishers must respond with equally sophisticated defenses.
This often involves integrating server‑side verification, machine‑learning classifiers, behavioral analytics, and hardware‑based attestation into a unified pipeline. The goal is not merely to ban individual cheaters but to raise the cost of cheating to a point where it becomes economically unattractive. Furthermore, the reputational impact cannot be overstated. A single high‑profile cheating scandal can trigger a cascade of negative press, social‑media backlash, and a wave of player churn.
For games that rely on a healthy, competitive ecosystem—such as battle‑royale, esports titles, and persistent multiplayer worlds—maintaining a level playing field is essential to sustaining long‑term engagement and monetisation. In summary, the data presented by Activision and the broader findings from Anybrain’s survey paint a clear picture: cheating has matured into a multi‑billion‑dollar industry that leverages the latest technological advances. Studios worldwide are recognising the severity of the threat, with the majority already investing in layered anti‑cheat solutions and dedicated teams. Yet a notable minority remain hesitant, often citing a lack of effective tools or concerns about community perception.
As the cat‑and‑mouse game continues, the industry’s best hope lies in treating security as an integral component of the development pipeline, allocating sufficient resources, and staying ahead of the ever‑evolving cheat ecosystem.