Sallar is an innovative decentralized mobile computing network that turns smartphones into computational nodes within a global framework. Operating on the Solana blockchain, Sallar employs a Decentralized Physical Infrastructure Network (DePIN) model, allowing users to share their devices' processing power in return for rewards. This approach aims to deliver cost-effective and scalable computing solutions tailored for high-demand sectors such as artificial intelligence, big data, cryptography, and scientific research. Users can engage with the Sallar network through a dedicated application that manages computational task distribution and reward allocation. By contributing their devices' processing capabilities, users earn Sallar tokens, which can be stored in the app’s blockchain sub-wallet to access additional bonus rewards. This system encourages user participation while establishing a decentralized infrastructure that lessens reliance on traditional server farms. Sallar's framework caters to industries that require substantial computing resources by providing an eco-friendly and decentralized alternative to traditional data centers. The project's smart contract reserves around 9.4 billion tokens for rewards, ensuring long-term sustainability as the network continues to expand. Security and transparency are prioritized, with the smart contract having undergone a thorough audit by Hacken, achieving a commendable score of 9.1 out of 10. With a strong emphasis on accessibility and scalability, Sallar is actively growing its ecosystem by partnering with organizations in AI and big data sectors, while also developing a dedicated mobile application to enhance user experience. By harnessing the collective computational power of millions of smartphones, Sallar democratizes access to high-performance computing, fostering innovation across multiple industries.