Nosana is a pioneering project built on the Solana blockchain, focusing on decentralizing GPU cloud computing. It offers a more accessible and affordable compute power solution for running AI, positioning itself as the first decentralized computation platform powered by Solana to address the significant GPU shortages in cloud infrastructures. By leveraging community-provided computation in a decentralized manner, Nosana aims to provide a sustainable alternative to centralized cloud solutions, emphasizing its commitment to making GPU resources more cost-effective and highly efficient.
The project launched successfully with an Initial DEX Offering (IDO) on Solanium.io, which sold out in just two days, raising $1.5 million. This funding round facilitated the listing of the $NOS token on several exchanges, including Gate.io, Raydium, and MEXC, marking a significant step towards achieving Nosana's vision of powering projects in the Metaverse.
Nosana's platform allows community members to rent out the GPU capacity of their devices to their favorite projects in exchange for NOS tokens. This system supports most consumer hardware, making it a highly accessible way for individuals to generate additional income. The NOS token serves various purposes within the ecosystem, including purchasing GPU power, staking for rewards, and participating in governance votes.
With Nosana, costs for GPU usage are up to 85% lower than traditional public clouds, offering a significant advantage for those needing massive compute power. This decentralized approach not only makes computing power more accessible and efficient but also presents an environmentally friendly alternative to large data centers, which are known for their substantial power consumption and greenhouse gas emissions.
Explore the tokenomics of Nosana(NOS) and review the project details below.
What is the allocation for Nosana(NOS) ?
The Nosana (NOS) token allocation is distributed across seven main pools, including Public Sale tokens (3%), Airdrop tokens (5%), Mining tokens (20%), Team tokens (20%), Liquidity tokens (10%), Company tokens (25%), and Backers tokens (17%).
What is the supply schedule for Nosana(NOS) ?
The Nosana (NOS) token supply is strategically released over various periods, tailored to different pools: Mining tokens are distributed linearly over 24 months, Team tokens over 48 months, Company tokens over 36 months with 10% immediate release, and Backer tokens over 9 months with an immediate release of 10%. This structured approach aims for a balanced distribution and utilization of the tokens within the Nosana ecosystem.
Nosana is a pioneering project built on the Solana blockchain, focusing on decentralizing GPU cloud computing. It offers a more accessible and affordable compute power solution for running AI, positioning itself as the first decentralized computation platform powered by Solana to address the significant GPU shortages in cloud infrastructures. By leveraging community-provided computation in a decentralized manner, Nosana aims to provide a sustainable alternative to centralized cloud solutions, emphasizing its commitment to making GPU resources more cost-effective and highly efficient.
The project launched successfully with an Initial DEX Offering (IDO) on Solanium.io, which sold out in just two days, raising $1.5 million. This funding round facilitated the listing of the $NOS token on several exchanges, including Gate.io, Raydium, and MEXC, marking a significant step towards achieving Nosana's vision of powering projects in the Metaverse.
Nosana's platform allows community members to rent out the GPU capacity of their devices to their favorite projects in exchange for NOS tokens. This system supports most consumer hardware, making it a highly accessible way for individuals to generate additional income. The NOS token serves various purposes within the ecosystem, including purchasing GPU power, staking for rewards, and participating in governance votes.
With Nosana, costs for GPU usage are up to 85% lower than traditional public clouds, offering a significant advantage for those needing massive compute power. This decentralized approach not only makes computing power more accessible and efficient but also presents an environmentally friendly alternative to large data centers, which are known for their substantial power consumption and greenhouse gas emissions.