TOFU Story, the Web3-based LINE-integrated Mini Dapp dedicated to Web3 gaming and rewards, has entered into a new strategic alliance with ENI, an ultra-fast blockchain network designed for large-scale commercial enterprises. The partnership is also a milestone for TOFU Story as it looks to consolidate its blockchain foundation and deliver new capabilities for Web3 games and decentralized apps.
🤝 Partnership Announcement｜TOFU Story × ENI
TOFU Story is proud to announce a new collaboration with @ENI__Official 🚀
Together we want to explore high-performance blockchain infrastructure and unlock new possibilities for Web3 applications and gaming experiences.
⬜️ About… pic.twitter.com/jJzQd7kHI9
— TOFU story | LINE’s Mini Dapp (@TOFStory_ENG) December 31, 2025
The collaboration combines TOFU Story’s game-based reward system with an enterprise-grade blockchain solution from ENI to deliver a smoother user experience, faster interaction and scalability of on-chain operations. Both teams call the partnership a long-term process of exploring new and advanced blockchain features and contributing to the development of the ecosystem in the future.
Research into high-quality Blockchain infrastructure
The heart of the collaboration is ENI’s high-throughput blockchain architecture intended to support high-quality applications. ENI takes advantage of the powerful parallel computing and the three-layer consensus mechanism that includes EPoS, VRF and ETurboBFT. This architecture allows this network to process 10,000 transactions per second and with low latency and stability in its operational characteristics.
In the case of TOFU Story, the availability of such achievements allows for more interactive gameplay, effective reward distribution and stable interactions in the chain. With the increasing need for Web3 games to be highly responsive through real-time, infrastructure performance has become a critical factor in user adoption and long-term engagement.
About ENI’s modular AppChain Framework
ENI succeeds in positioning itself as an enterprise and developer-friendly blockchain network. Thanks to its modular design and AppChain platform, the ENI mainnet can be tailored to various application-specific chains. This environment gives developers the autonomy to customize their environments while still having access to a larger ecosystem.
AppChain may be particularly applicable to Web3 gaming platforms such as TOFU Story, which need to be customized in terms of performance, scalability and management. TOFU Story can test new features using ENI’s infrastructure without being incompatible with EVM-based tools and applications.
Why the partnership is important to the TOFU story
TOFU Story is a game-based reward distribution platform from the LINE ecosystem, where users farm using their digital pets, collect points and redeem exclusive rewards, including stablecoins. As users’ activities increase, it becomes more important to ensure smooth running of operations.
By using the ENI AppChain framework and compatibility with EVM, TOFU Story can create a more seamless onboarding process, faster interactions and more effective reward systems. The integration also enables further integrations with other Web3 services, allowing TOFU Story to further extend the ecosystem.
Improving Web3 gaming and applications
In addition to short-term technical benefits, the collaboration is indicative of a mutual understanding of the future of Web3 development as more autonomous and reliable.
In ENI’s case, partnering with a consumer-facing platform, such as TOFU Story, provides an opportunity to showcase its technology in a gaming environment. In the case of TOFU Story, the partnership will strengthen its technical foundation as it continues to develop compelling Web3 experiences in the mainstream.
More updates in terms of integrations, features, and collaboration efforts would be announced in the future. The formation of this alliance is an indicator that TOFU Story and ENI are committed to developing the next phase of Web3 innovation, where performance, usability and scalability would converge to enable practical use.