> For the complete documentation index, see [llms.txt](https://manablast.gitbook.io/manablast/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://manablast.gitbook.io/manablast/readme.md).

# Intro to Manablast

**Manablast**  designed to solve trading challenges during periods of high network congestion on Solana, particularly during peak events such as popular token drops (e.g., $TRUMP) or other instances of heightened activity and competition for block space. The project also aims to build high-speed infrastructure for degens, where transaction execution speed and confirmation times are critical, as they directly impact profitability.

Manablast operates as an intermediary layer between Solana validators and application-level users, leveraging a unique architecture based on **staked connections (sqWoS)**. With **swQoS** Manablast split Solana staking from network bandwidth allocation, tokenizing network throughput via the **MANA token**.

**MANA** is unique utility token charged from a user's balance to prioritize their transactions, probably guaranteeing inclusion in the next block. After being spent, **MANA** **regenerates** over time, providing users with a deterministic quota for ultra-fast transactions per day. This system effectively reserves block space, even during periods of extreme network demand.

Users can farm MANA tokens by staking SOL as liquidity. Additionally, if a provider does not require their allocated bandwidth, they can sell it on a secondary market to degens or dApps who needs high-speed transactions. In another words **Manablast** creating a decentralized marketplace for Solana network bandwidth.

To learn more about farming **MANA** or using the **Manablast Lite-RPC**, read in the project docs