Doping the Player, Enhancing the Machine: The Integrity Challenge in eSports.

Madhav Singh Bisht.

Over the last two and a half decades, as technology has advanced, ‘gaming’ is no longer just a form of digital entertainment. It has also evolved into the means to create a highly professional sporting industry known as eSports.  The rise of eSports has brought professional players, international tournaments, and substantial commercial interest together, making it one of the biggest and most popular in the sporting market. Just like every sport, eSports also requires levelling the playing field to ensure that every player gets an equal and fair chance to succeed and that competitive integrity remains protected.

In addition to traditional sports, where players can enhance their performance using prohibited substances or equipment, in eSports, players can also gain an unfair advantage over their opponents through technological enhancement. The players in eSports, along with traditional doping methods, can use AI-assisted tools, automated systems, modified hardware/software, and other technologies that may give them an edge over others, resulting in erosion of competitive integrity. Situations like these in eSports aren’t generally governed through a single unified law but a combination of various laws, which also includes traditional doping rules.

This creates a distinct challenge, as the central problem isn't the different forms of cheating but the absence of a unified approach for regulating them. The regulatory framework for eSports remains fragmented and deals with specific situations, with anti-doping rules, tournament regulations, publisher policies and anti-cheat mechanisms operating through separate frameworks. This raises significant questions: Whether the existing framework governing eSports can maintain and protect competitive integrity when the source can be both the player and the device.

Doping in a Cognitive Sport: Why traditional frameworks fail in eSports.

Even though the technological enhancement presents a relatively new challenge, traditional doping isn't absent from eSports. With the rising eSports industry, traditional anti-doping laws are being adopted through the World Anti-Doping Agency (WADA). Some organisations, such as the E-sports Integrity Commission, and the International E-sports Federation, have been established to regulate the e-sports industry and are promoting fair competition by establishing rules against cheating and have their own code against doping. However, there is no single global authority that governs and regulates eSports like FIFA or ICC govern their respective sports. No authority is subordinate or superior but they are more of independent organisations. Therefore, there isn't a single anti-doping policy but multiple anti-doping policies dependent on the rules adopted by the relevant federation, tournament organiser or competition that govern eSports, which creates uncertainty, ambiguity, and inequality in the application of anti-doping laws in eSports.

Despite having different rules for different competitions or events, most of the anti-doping rules in these are directly inspired by the traditional anti-doping codes. It creates another challenge as traditional anti-doping codes focuses and are developed around sports where physical performance, endurance and strength are primary and vital to the competition, whereas in eSports performance depends heavily on cognitive abilities such as concentration, reaction time, decision-making, and mental endurance. Therefore, banning a substance that has more relevance to physical performance doesn’t ensure fairness in eSports. This raises a fundamental question of whether applying the same prohibited-substance framework to eSports sufficiently addresses the specific ways in which performance can be enhanced in competitive gaming.

Another limitation is when Therapeutic Use Exemptions (TUEs) are considered. Traditionally a TUE is given to balance legitimate medical treatment with the prevention of performance enhancement. In eSports, however, this distinction can become more complicated as medications may boost cognitive functions of a player, which are central to competitive performance. Thus, the traditional framework may struggle to determine whether the effect of a substance is merely therapeutic or also provides a meaningful competitive advantage. It extends beyond this, as protecting medical necessity and athlete autonomy remains important, eSports requires a framework capable of assessing enhancement in the context of its distinct cognitive demands.

Therefore, the challenge is not simply whether a unified anti-doping rule exists in eSports, but whether the traditional doping framework adequately regulates enhancement in a sport where the nature of performance itself is fundamentally different.

Technology Doping: When the Machine Enhances the Player

In eSports, performance doesn’t remain contingent on a player and his skills, but the hardware and software also play a huge role in deciding the competition. Along with traditional doping, eSports also introduces the challenge of e-doping. E-doping refers to the use of technological tools, systems, or modifications that provide a player with an unfair competitive advantage. Unlike in traditional sports where enhancement is done through a player’s body, under e-doping, the enhancement is done in a device or its software.

E-doping can be done in various ways, which may include AI-assisted gameplay, Aimbots, Extrasensory perception, and DDoS attacks. These may help players to perform actions faster, do prohibited acts, use automated functions or provide information that isn’t normally accessible to opponents. This makes it hard to draw a clear line between legitimate technology and e-doping, since technology is fundamental to esports.

These kinds of cheating in eSports create a significant challenge, as, in comparison to traditional doping there are no unified universal rules or regulations that control e-doping. There is no specific framework designed to identify, regulate and prevent technological enhancement in eSports. Existing rules against cheating are generally found in tournament regulations, publisher policies, codes of conduct and anti-cheat systems, rather than under a unified anti-e-doping regime. Whereas in traditional doping the performance enhancement measures remain limited and identified, there are numerous ways that are unidentified in e-doping because technology evolves rapidly and the existing rules may not anticipate it. This fragmented approach and no common standard and definition for e-doping create a significant hurdle for maintaining competitive integrity in eSports.

Along with this, there are also practical difficulties in identifying, detecting, and proving technological enhancement, as a player can change hardware, software or digital processes constantly, unlike in traditional doping setup where the player cannot change his body configuration as easily. Technological assistance may also be hidden in the device itself that operates in real time, which creates more practical implications. Therefore, e-doping undermines competitive integrity in ways that traditional anti-doping mechanisms cannot adequately address.

Bridging the Integrity Gap: Towards an eSports-Specific Framework

The existing approach in eSports needs to shift from regulating individual forms of misconduct to protecting competitive integrity as a whole. It should develop an eSports-specific integrity framework that recognises biological as well as technological enhancement as potential sources of an unfair advantage. The framework should clearly define e-doping and establish a distinction between legitimate technological assistance and prohibited enhancement. It should consider factors such as the degree of automation, the advantage created, and the extent to which the technology replaces or enhances player skill.

They should adopt technology-neutral and regularly updated rules, rather than relying exclusively on lists of prohibited devices or software, allowing regulators to address emerging technologies without waiting for each new form of e-doping to be specifically identified. An independent technical body could assist tournaments and federations in developing common standards for anti-cheat systems, device inspection, and digital evidence. Regular audits of detection systems could also help improve their reliability and reduce the risk of false positives. Along with this, player protection should also be considered.

The main point is this: the goal should not be to police technology like illegal drugs. It should also not be a way to slow down new tools in eSports. What we need is a fair system. Everyone should get the same chance to use approved tech. At the same time, the control rules should fit a single integrity model for competition.  Different games may still need different rules. Testing can differ too. Proof should be handled with standards that match what each case requires. With this kind of setup, new technology can help eSports grow. It should not be able to take over from the skill and fairness that the matches are built on.

Conclusion

Esports has changed how people think about winning. In the past, doping was the main worry. Now there is another issue. Some forms of e-doping can raise a player’s edge by using tech itself. Anti-doping rules today help, but they do not cover the fast changes in tech based methods. Because there is no full plan for e-doping, it is hard to say what counts as a violation. It is also unclear how to find it and how to handle it. This gap can shake trust in fair play. Esports needs a clear plan that does more than split acts into “doping” and “cheating.” Both can harm fair competition, even if they look different. The plan should use simple and direct definitions. It should rely on rules that do not depend on a specific tool. It also needs checks that work in practice, fair steps in the process, and penalties that fit the case. The goal is not to stop new technology. The point is that the match result should come from a player’s skill. It should not come from an unfair tech boost.

Madhav Singh Bisht is a 3rd Year Law student at Dharmashastra National Law University Jabalpur. His academic interest lies in Sports Law, Intellectual Property Law, Competition Law Technology Law, and Data Privacy.