Battlefield Studios continues to provide insights into the effectiveness of its anti-cheat system, EA Javelin, which has successfully thwarted over 580,000 cheating attempts in Battlefield 6. However, this impressive figure has led to some skepticism among players regarding how the developers can accurately gauge the percentage of cheaters that have been apprehended, particularly when many of the most adept offenders remain elusive.
This concern is not unfounded, and it’s a question that has crossed the minds of many. Nevertheless, Battlefield 6’s anti-cheat system possesses the capability to detect cheating activities, even when the evidence is circumstantial. As noted in a recent blog post, “We saw ongoing discussion on how match infection rate (MIR) could be effectively calculated when cheaters and cheat developers aim to avoid detection.”
Understanding Match Infection Rate (MIR)
The Match Infection Rate (MIR) is a comprehensive metric that encompasses both confirmed cheaters—who are subsequently banned—and those suspected based on an evolving array of detection signals. The developers explain, “MIR includes both confirmed cheaters and those we suspect based on the full set of detections and signals that are constantly growing and updating.”
This methodology sheds light on the recent increase in MIR, which rose from 2.28% to 3.09% throughout January. As the anti-cheat system enhances its ability to identify cheaters, particularly those employing ‘stealth’ cheats designed to evade detection, the MIR is expected to rise accordingly. Additionally, a new ban acceleration method was trialed on January 18 and implemented on January 26, further influencing the MIR metrics.
As Battlefield Studios continues to refine its anti-cheat measures, the ongoing battle against cheating in the gaming community remains a focal point, drawing comparisons to the competitive landscape of anti-cheat systems, such as that of Valorant. The commitment to maintaining fair play is evident, as the studio actively engages in this digital turf war.
