At Hemis, our focus on simple games of chance isn’t just a matter of preference—it’s a strategic choice aimed at maximising the possibility of delivering genuinely useful use-cases with low technical barriers to entry.
The Complexity of Metaverse and Smart Contracts
Smart contracts and metaverse game designs represent the cutting edge of blockchain gaming technology, offering dynamic and interactive environments that push the boundaries of what decentralised platforms can achieve. However, the mathematical and computational complexity involved in implementing these features on a blockchain is immense. Smart contracts, which automate transactions and enforce contracts digitally, require precise coding and rigorous security protocols to prevent vulnerabilities that can lead to attacks such as reentrancy, overflow/underflow, and oracle manipulation.
In the context of the metaverse, virtual worlds that are always on and continuously interacting, the challenges amplify. These systems must handle complex game mechanics, ensure equitable asset distribution, manage digital identities, and prevent fraud, all within a decentralized network that is inherently more difficult to control and secure than a centralized one.
The Risks of Overcomplexity
Many blockchain projects that attempt to incorporate these advanced features face significant hurdles. The greater the complexity, the higher the risk of security flaws, which can lead to loss of funds or compromised data integrity. The need to manage such complexity often leads projects to introduce centralized components into their infrastructure, thereby compromising the fundamental principle of decentralization. What is the point of blockchain if you have to trust that a single entity will always act honestly and will always exist in the future?
Simplifying for Success: The Case for Games of Chance
In contrast, simple games of chance like those based on dice rolls present a unique opportunity. These games are universally understood, widely played and based on simple maths and probability. This makes them an ideal candidate for blockchain implementation. By focusing on these types of games, Hemis leverages the inherent transparency and verifiability of blockchain technology to offer a fair and secure gaming experience.
Decentralized random number generation (RNG), while complex in its own way, is one of the more straightforward applications of blockchain technology. It can be implemented securely using well-established cryptographic methods, significantly reducing the risk of attacks compared to more complex smart contracts and metaverse environments.
Driving Blockchain Adoption Through Simplicity
By concentrating on simple, popular games, Hemis not only mitigates the risks associated with complex blockchain applications but also creates a gateway for widespread user adoption. These games provide an easy entry point for the general public to engage with blockchain technology in a fun and familiar setting. This approach not only introduces users to the benefits of blockchain, such as transparency, fairness, and security, but also encourages routine use, which is crucial for long-term adoption.