In a university dormitory in Hyderabad, India, 22-year-old Raju plays a blockchain game called "Sparkball" on his smartphone every day. The special thing about this game is that players' phones simultaneously run the Somnia Node in the background, allowing them to earn approximately $18 in crypto assets rewards each month.

This innovative mobile Blockchain application approach is the core concept of the Somnia project. By pre-installing Blockchain kernels, light Nodes, and biometric signatures on ordinary smartphones, Somnia is bringing Blockchain technology into the daily lives of billions of mobile device users.

The technological innovations of Somnia are mainly reflected in three aspects: first, its light node technology allows ordinary smartphones to participate in the Blockchain verification process without relying on expensive professional servers. Second, the biometric signature feature binds the user's on-chain identity with their biometric characteristics, allowing users to recover their digital assets through their SIM card even if their phone is lost. Finally, the offline signature feature enables users to complete transactions even in areas with poor network conditions.

With several well-known mobile manufacturers launching models equipped with built-in Somnia wallets, this technology is rapidly gaining popularity globally, especially in emerging market countries such as India, Nigeria, and Indonesia. Millions of users are participating in what is being called the "Blockchain revolution in your pocket" through methods such as QR code payments and on-chain receipts.

For these users, Somnia is not just a Blockchain project, but also their first real opportunity to engage with and participate in the digital economy. We can see farmers receiving cross-border payments with their mobile phones at the market, college students earning living expenses by playing games, and freelancers using on-chain identities to accept remote work orders. These scenarios demonstrate the practical applications of Web3 technology in real life.

The success of Somnia lies in its pursuit not only of high transaction processing speed (TPS) but also in emphasizing the combination of decentralization and practicality, truly implementing the concept of a "digital society accessible to everyone."

With the further development and popularization of this technology, we can anticipate that by 2025, this blockchain smartphone, shimmering with the brilliance of technology, may not only change the fate of students like Laju, but is also likely to become a key gateway to promote the widespread adoption of Web3 technology. Somnia is writing a new chapter in mobile Blockchain, paving an innovative path for the development of the global digital economy.