It's been a long time since I last published any projects on @ KaitoAI. Today, I'd like to share with you that @ theblessnetwork has already been listed on the Yapper leaderboard. Bliss was the world's first shared computer. Send 5% of TIME token supply within the next 2 months. The first 500 users can receive a 50% reward -50% reserved for Kaito ecology to provide 1.5 times the reward booster for chatterboxs in Korea and China. Bliss Network: Use each computer to reconstruct a decentralized Internet bottom layer, which has been dominated by centralized cloud computing for a long time. Bliss Network proposed a radical but pragmatic alternative: connect millions of common devices (laptops, desktops, etc.) around the world into an open, decentralized "supercomputer". Its core logic is simple: Contribute the computing power you haven't used yet Automatically assigned by the system to AI and Web3 applications for training or computational tasks Obtain continuous rewards based on your contributions. This is not 'mining' or 'simulating contributions', but actually turning device resources into a part of participating in infrastructure construction. What Bliss wants to rebuild is the foundation layer that truly belongs to users in the Web3 era. Project Structure and Technical Highlights Bliss is not trying to overturn existing cloud services, but rather taking a different approach by providing a new operating environment for AI, machine learning, and data processing tasks through decentralized infrastructure (DePIN). Real task distribution: Computational tasks will be split based on actual resource requirements (CPU, memory, etc.) and run on user devices through WebAssembly security sandboxes; Intelligent allocation based on device capabilities: High performance nodes perform AI training, light devices handle low load tasks, improve efficiency while ensuring that every device can participate; Blockchain records execution results: All calculation processes and results are transparently uploaded to the chain, and community devices verify each other to prevent cheating and pseudo computing; Strong adaptability to multi chain architecture: Token interaction and governance are deployed on high security chains such as Ethereum and Celestia; The high-frequency computing tasks are undertaken by the Bliss network itself, maximizing efficiency. The user participation threshold is extremely low, and the experience is close to that of "daily tools" Compared to the complex operation process of many Web3 projects, the design of Bliss is closer to the common usage habits of the public: installing a browser plugin can connect to the network By running the plugin, resources can be automatically contributed and points can be earned. All points can be exchanged for project tokens in the future, recorded on the chain, and not afraid of wasting money This makes it more feasible to expand the nodes of Bliss, especially in the early stages where "network effects" determine performance - the more users there are, the more stable the network becomes. Background, Financing, and Data Support The Blessing project originated from the UC Berkeley blockchain accelerator and received funding support from well-known institutions such as M31 Capital and NGC Ventures in the early stages (with a total of $8 million in financing completed). At present, the test network is running on Solana, with a total of over 2.7 million connected devices, including over 800000 daily active users. It is a network used by real users, rather than a "warm-up project". The ongoing community expansion and development path of Blessing does not rely solely on "sharing resources" to conquer the world. It also builds a complete interactive system around user contributions, including content output tasks, ranking incentives, developer interface openness, and even users can participate in roadmap discussions and governance decisions. Communities are not just decorations, but gradually evolve into 'common participants in building networks'. The mainnet plan will be launched in 2025, which will support more complex workload processing, expand more chain support, and launch a formal token incentive mechanism. BlessNetwork DePIN Web3