What Regulators Get Wrong About Crypto Gambling

Introduction: The Growing Gap

The rapid emergence and adoption of decentralized, blockchain-based gambling platforms has resulted in a significant gulf between the reality of today’s online gambling ecosystem and gambling laws and regulations. Fundamentally, traditional regulatory frameworks were designed for centrally owned and operated casinos. Casinos with a clear geographical base, physical servers, customer accounts, and static payout schedules. 

However, in the mid-2020s, the industry realities are very different. Increasingly, smart contracts handle bet placement and payouts on blockchains like Ethereum and Solana, Web3 wallets are supplanting traditional casino accounts, and players worldwide are logging on via smartphones – often using VPNs (virtual private networks). As a result, regulators relying on the old playbook are discovering that rules referring to “operators” and “servers” are not readily compatible with today’s increasingly distributed systems. 

This article highlights four structural mismatches driving that disconnect. Furthermore, it will explore exactly what those disconnects mean for fairness, consumer protection, and the future of effective gambling oversight.

The Scale of the Issue

Before we look at the specific principal misalignments, we should take a moment to consider the state of the international online gambling market in 2025. How many people are choosing to play at traditionally licensed gambling platforms, and how many are now opting for offshore platforms? The latter largely comprises crypto casinos and sportsbooks that are either unlicensed or notionally licensed in “light touch” jurisdictions (historically Curaçao, and more recently Anjouan and Tobique). 

Recent studies and surveys from major gambling regulators estimate the majority of online gamblers are still using traditionally licensed sites (channelization). For example in 2025, Sweden’s Spelinspektionen put the figure at 86%, the Dutch Kansspelautoriteit estimated 95%, and the UK’s Gambling Commission claimed that offshore operators were only attracting about 2.1% of the £128 billion wagered with properly licensed operators annually. 

However, there are serious doubts about the accuracy of these figures. For a start, assessing the size of any unregulated black market, especially in an increasingly decentralized world, is nearly impossible – precisely because the operators themselves are not reporting figures and players themselves are often pseudoanonymous, if not completely anonymous. Additionally, the studies often use old data – for example, the 2025 UKGC report was based on data from 2018-2019. Meanwhile in a 2024 German update the regulator, Gemeinsame Glücksspielbehörde der Länder (GGL), estimated the illegal gambling market accounted for just 4% of the sector – while industry body Deutscher Online Casinoverband (DOCV) claimed it was more like 20%. 

Regardless of the specific figures, it seems certain that regulators are significantly underestimating the size of the grey/black online gambling market. While this is partly due to insufficient data, overestimating channelization also helps regulatory policies look more successful. In reality, even a cursory glance at the offshore crypto casino industry, the huge amounts of money being spent on marketing and partnerships and the cultural impact of big brands, suggests their customer base is much larger than officially acknowledged. 

Misalignment 1: Centralised Control vs. Distributed Platforms

Most gambling regulations assume there is a clearly identifiable operator that controls the games, owns the servers, and can be licensed, supervised, and if needs be, prosecuted. However, this is no longer the case – especially when considering the crypto casino industry. 

Fully Decentralized Gambling Platforms

Most dramatically, on-chain gambling completely upends those assumptions. In fully decentralized casinos, bets are placed through smart contracts deployed on public blockchains and payouts are executed automatically. In these cases, there may not even be an operating company that holds customer funds or controls the game logic. Developers can simply deploy the code, then walk away, leaving nobody to subpoena or sanction.

Indeed, with no central administrator actually existing, the entire gambling experience is governed by self-executing programs. And while anyone can audit these programs, regulators need to understand that there’s no conventional license holder to actually regulate or serve enforcement action on. Hence the entire concept of traditional accountability becomes nebulous. 

A typical example of this type of casino is Luck.io. Despite industry insiders strongly suspecting the platform is operated by the team behind Rollbit.com – the actual platform itself contains no information other than it is operated by the “Luck Foundation.” No address or company details are provided, it is completely unlicensed, all financial transactions take place in crypto and are handled entirely by smart contracts, and all games are provably fair and verifiable via the decentralized Proov Protocol.

Even when a decentralized platform is governed by an identifiable DAO (decentralized autonomous organization), the sheer scale, geographical distribution, dynamism, and anonymity of the stakeholders involved renders traditional regulatory concepts obsolete. 

 

Partially or Hybrid Decentralized Gambling Platforms

Much more numerous than fully decentralized gambling platforms, are semi-decentralized platforms. The majority of current crypto casinos fall into this category. These hybrid platforms are still owned and operated by an identifiable company, but harness decentralized elements. The most obvious of these is cryptocurrency payments – which removes the need to interact with the traditional centralized and highly regulated fiat financial system. 

The physical structures of these platforms are also decentralized to a large extent. For example, multiple companies will often be involved, spanning several jurisdictions. A typical set-up would be a crypto casino that is operated by a company registered in Costa Rica, using an Anjouan gambling license, and processing payments (if they even support fiat payments) via an entity registered in Cyprus. Adding additional complexity are layers of shell companies, white label providers, and ultimate beneficial owners residing in numerous far flung jurisdictions. 

We will expand on the geographical jurisdictional issues later, but the point is that crypto casinos are increasingly combining some or all of these elements, creating situations in which it can become practically impossible to identify and take action against an operator. For example, in a July 2025 case from Brazil, a court issued a public summons to MCR 73 Investimento LTDA, regarding a claim that they were withholding $30,000 of slot winnings from a player. Despite knowing the company name, the court could not find any contact information, a physical address, or any individual to take meaningful action against. 

Misalignment 2: Static Infrastructure vs. Programmable Systems

Traditional oversight regimes assume games are static, with fixed odds and unchangeable payout tables. Hence, casinos licensed in traditionally regulated jurisdictions (e.g. the UK, Sweden, the Netherlands, New Jersey), generally cannot change their game logic without notifying the regulator. Modern crypto-based gambling platforms, by contrast, are built from programmable smart contracts that can easily be upgraded or replaced. 

At this point, it is important to see through the assumptions and myths. While immutability is a buzzword in the space and is often celebrated as a feature of smart contracts, the truth is not so simple. Today, developers have embraced upgradeable contracts that allow them to patch bugs or add features. Indeed, as Metana’s 2024 explainer on upgradeable smart contracts notes, immutability, while fostering trust “hinders flexibility” because mistakes also become permanent. Because of this, many projects now use proxy contracts that forward calls to a logic contract. This enables developers to swap out the logic, without changing the contract’s address, allowing them to deal with evolving security threats, optimize performance, and comply with new regulations.

From a regulatory perspective, these highly dynamic systems are far removed from the static digital slots and table games for which audit procedures were originally designed. Essentially, when game logic can be upgraded on the fly, traditional certification – even if it is on an annual basis – loses relevance. And, in reality, most regulators lack the resources and technical expertise to review code commitments in real time. 

 

Misalignment 3: Geographic Jurisdiction vs. Borderless Access

Gambling legislation is territorial. Licenses are issued by a country, state, or other legal territorial entity (e.g. tribal authorities), and gambling operators are supposed to block players from prohibited jurisdictions. 

However, fully decentralized blockchain-based platforms operate in a digital reality without territorial borders. On-chain gambling applications are accessible from anywhere there is an internet connection because the underlying contracts reside on a global peer-to-peer network. This rapidly growing decentralized web ecosystem, known as Web3, allows users to connect directly with gambling platforms via non-custodial crypto wallets without disclosing their location. At the same time, it enables pseudonymous operators to host web front-ends on decentralized storage that is extremely difficult to censor. 

Semi-decentralized gambling websites (e.g. Curaçao and Anjouan-licensed operators) often do attempt to to comply with the jurisdictional terms of their particular license. Indeed, the International Policy Digest notes that online gambling is increasingly global and that “digital borders” are enforced through geo-blocking and payment restrictions rather than physical locations. However, the reality is that players can easily circumvent geo-blocking with VPNs and payment restrictions by using cryptocurrency.

Thus, regulators increasingly find themselves attempting to police payment gateways and app stores instead of casino ‘floors’ – with their jurisdictional authority undermined by developers, servers, and players scattered across hundreds of countries and states.

 

Misalignment 4: Manual Auditing vs. Automated Verification

Conventional online gambling oversight relies on certification reports, scheduled audits, and post-factum investigations. Regulators, working with approved testing labs, check game RNGs (random number generators), review payout records, and verify that house edges stay within permitted ranges. 

Meanwhile, on-chain gambling uses cryptographic transparency to invert the process: every bet, outcome and payout is recorded on a public ledger. So-called provably fair systems allow players themselves to verify randomness using public seeds and cryptographic hashes. 

But while this real-time auditability eliminates many opportunities for manipulation, it also renders some traditional controls obsolete. Hence, regulators who do not engage with these verification methods risk ignoring robust and scalable transparency tools, while clinging to increasingly ineffective and resource intensive manual audits designed for obsolete opaque databases.

Why This Matters

The misalignments described here are not about ideology; rather they are realities critical to the effectiveness of consumer protection and combating crimes like money laundering. When regulatory frameworks have lost the ability to interact with how platforms actually function, rules become little more than symbolic and enforcement becomes sporadic – and can even be seen as arbitrary. Indeed, at a time when public trust in institutions is plummeting, the perceived inability of gambling regulators to protect players while simultaneously limiting their freedom of choice and stifling innovation can only erode confidence and support – from both the public and gambling operators. 

Reflecting this reality, legitimately licensed gambling operators in highly regulated markets, particularly the US, UK,  Sweden, the Netherlands, and Germany, are finding it increasingly difficult to compete with offshore crypto casinos. In large part, this is due to the inflexibility and slowness of regulators to acknowledge and act on rapidly changing realities. For example, the fact that UKGC licensed operators cannot support cryptocurrencies has pushed huge numbers of British players to offshore sites. And the slowness of regulators to recognize new products is hindering competitiveness in many markets. 

This was aptly illustrated in mid 2025 in an official letter from the Swedish Trade Association for Online Gambling (BOS) to the Swedish Gambling Authority (SGA) calling for a clearer and faster approval process for new casino game formats. It specifically mentioned crash games, arcade-style games, video bingo, and live games with interactive social elements – and when you consider crash games have been around for more than a decade (Bustabit was launched in 2015), it highlights the degree of disconnect.

In truth, borderless networks render geographic bans ineffective and upgradeable smart contracts mean game logic can now continuously evolve, rendering one-off manual approvals inefficient and even meaningless. At the same time, the mass adoption of cryptocurrencies makes traditional financial systems superfluous. Hence, when authorities treat on-chain decentralized platforms and even semi-decentralized platforms as if they were traditional operators, well-intentioned compliance requirements can push legitimate projects offshore while leaving bad actors untouched. 

However, a more nuanced and flexible approach that recognizes the distinctive features of decentralization – both in terms of blockchain technology and globalized business and market structures – could improve customer protection and better combat crime, without stifling innovation.

 

Open Questions for the Future

• Can fairness and compliance be verified through code rather than paperwork? Provably fair systems and on‑chain audit trails offer regulators the ability to efficiently check randomness and payouts algorithmically; the challenge is integrating these methods into legal frameworks.

• Should licensing focus on systems and infrastructure rather than corporate entities? When the “operator” is a combination of smart contracts and pseudonymous developers, regulators might shift their scrutiny to verifiable code and compliance modules.

• How will real‑time verification tools reshape oversight? Instead of annual audits, regulators could monitor smart contracts using on‑chain analytics, wallet blacklists and code‑level constraints.

• What does compliance look like when users cannot be geo‑fenced? With VPNs and decentralised hosting allowing anyone to connect, future rules may rely on payment controls and voluntary KYC rather than location‑based bans.

Conclusion: It’s Time to Rethink the Tools

Crypto gambling is not above the law, but it does operate outside of the narrow regulatory map used by most jurisdictions. Conventional frameworks inherently assume clearly identifiable operators, static game logic, territorial licensing and manual auditing. Blockchain-based gambling and other decentralized elements now challenge each of those assumptions – distributing control via smart contracts, enabling upgradeable code, bypassing borders, and enabling real-time verifiability. 

Regulators do not need to reregulate, but rather modernize their underlying models and approaches. By embracing code-based verification, flexible licensing categories, and focusing on international cooperation, they could close the gap without sacrificing the protections that gambling laws are intended to provide. Importantly, they could achieve this without requiring more resources or further alienating either the gambling public or gambling industry. 

The truth is that for gambling regulation to remain relevant, regulatory authorities need to acknowledge that decentralized technologies – including blockchain and AI – are creating a new reality. And the only realistic solution is to harness those same technologies to build a functional and effective new framework.