Big Time's Tech Journey and the Potential of Reddio's zk Layer 2

Big Time combines RPG and blockchain on Ethereum, but faces scalability and gas fee challenges. Their Vault tech offers a solution, but for a more streamlined approach, check out Reddio's zk Layer 2. Game developers, it's a game-changer! 🎮🚀

Big Time's Tech Journey and the Potential of Reddio's zk Layer 2
Big Time Game


Big Time, a standout in the gaming world, merges action-packed RPG elements with blockchain rewards, operating on the Ethereum platform. While Ethereum's versatility is commendable, it presents challenges in scalability and high gas fees. To navigate these hurdles, Big Time innovatively developed its Vault technology, ensuring efficient off-chain storage and on-demand NFT minting. However, this solution required significant investment in time and resources. For developers seeking a streamlined approach, Reddio's zk Layer 2, built atop StarkEx, offers a ready-made solution to Ethereum's challenges, allowing game creators to focus on their core expertise. As the gaming landscape evolves, the integration of such efficient technologies will shape its future.


1. Introduction

Big Time stands out in the gaming world, merging action-packed RPG elements with blockchain rewards. But with innovation come challenges. How has Big Time navigated the complex landscape of blockchain gaming, and what alternatives exist for developers in the future? Let's delve in.

2. The Mechanics of Big Time

How Big Time Works: At its core, Big Time offers:

  • An immersive multiplayer action RPG experience.
  • Opportunities for players to earn, trade, and showcase unique NFTs.
  • A universe where actions translate to real-world value.

This captivating gameplay, however, requires a robust backend to ensure fairness, scalability, and a seamless user experience.

3. Ethereum: The Double-Edged Sword

Big Time chose Ethereum for its operations, a leading blockchain platform known for its versatility. However, Ethereum comes with its own set of challenges:

  • Scalability Issues: As more projects flock to Ethereum, the network can become congested, leading to slower transaction times.
  • Gas Fees: High transaction costs on Ethereum can deter players from trading or minting NFTs.

To address these challenges, Big Time developed its proprietary Vault technology.

4. Vault Technology: A Necessary Innovation

The Vault technology was Big Time's answer to Ethereum's challenges:

  • Off-Chain Efficiency: Storing in-game items off-chain, Vault reduces the need for immediate on-chain transactions.
  • On-Demand Minting: NFTs are minted on the blockchain only when players choose, keeping transaction costs low.

While this solution is innovative, it required significant time and resources — a diversion from Big Time's core business of game development.

5. Reddio's zk Layer 2: An Alternative Path

For developers looking to integrate blockchain into their games without building from scratch, Reddio's zk Layer 2 offers a compelling solution:

  • Ready-Made Scalability: Built atop StarkEx, Reddio's solution addresses Ethereum's scalability issues out-of-the-box, and suport near 10k TPS.
  • Cost Efficiency: Reducing the need for on-chain transactions means significantly lower gas fees, to even 0 gas for offchain transactions.
  • Developer-Friendly: Reddio's solution is tailored for developers, simplifying the integration process and allowing game creators to focus on what they do best.

6. Conclusion

Big Time's journey underscores the challenges and opportunities in blockchain gaming. While their Vault technology is a testament to their innovative spirit, solutions like Reddio's zk Layer 2 offer a streamlined path for future developers. In the evolving world of gaming, choices abound — and the right tech can make all the difference.

7. The Future of Gaming

As the lines between traditional gaming and blockchain blur, the choices developers make today will shape the gaming landscape of tomorrow. With solutions like Reddio's zk Layer 2, the future looks both exciting and efficient.