The problem Move-Lette solves

Problems:

The concept of arcade games that require tokens to operate often raises concerns about fairness and randomness. Players want to be assured that the outcomes of such games are truly random and not manipulated. This is where Move-Lette comes into play, offering an innovative solution that addresses these concerns.

Move-Lette combines the utility of meme coins with verifiable random number generation (VRNG) to create a transparent and fair gaming experience. Meme coins are cryptocurrencies that originate from internet memes or viral online trends, and they often possess a strong, enthusiastic community. By integrating meme coin utility, Move-Lette ensures that the gaming process is both entertaining and engaging for users, capitalizing on the popularity and fun associated with these digital assets.

The key feature of Move-Lette is its use of verifiable random number generation. VRNG ensures that the randomness in the game is not only unpredictable but also provably fair. This means that every token used and every game outcome can be independently verified by the player, ensuring there is no foul play or manipulation. This transparency builds trust among players, making the gaming experience more enjoyable and credible.

Note: We had already worked on the AI Sticker generation code in a previous hackathon. Please Ignore the TelePointReward.ipynb while Judging the solution.

Challenges we ran into

Telegram Mini App Integration

We encountered several challenges while implementing a Telegram bot for sticker generation. The Telegram bot required a deep understanding of the Telegram API, and we faced complexities in managing user inputs and commands. Additionally, processing images and formatting them as stickers presented technical hurdles, along with ensuring a smooth and fast user experience. Debugging and troubleshooting unexpected errors further complicated the process.

Randomness APi in Move

Simultaneously, implementing on-chain randomness in Move posed its own set of difficulties. As this was our first attempt, we had to thoroughly understand the principles of on-chain randomness and learn the Move programming language. Ensuring the randomness was both verifiable and secure was crucial, necessitating careful integration with the existing blockchain infrastructure. Debugging and maintaining the integrity of the random outputs added to the complexity of the implementation. Despite these challenges, we persevered and successfully integrated these features.