DEXs, MinSwap and MuesliSwap, currently have $30 million and $6.5 million worth of liquidity locked in them respectively On Thursday, COTI Network, the issuer of the Cardano-backed stablecoin Djed announced its upcoming listing on major DEXs MinSwap and Muesliswap. COTI also added that Shen, its reserve coin, would be on that listing. MuesliSwap to List DJED and SHEN On Thursday afternoon, COTI retweeted the MuesliSwap announcement that revealed the exchange’s plan to list $Djed and $Shen in the coming…
What is Blockchain Network Congestion?
Network congestion in blockchain refers to a state where more transactions are being sent to the network than can be processed promptly. This can occur when more users are trying to make transactions than the network can handle or when many high-value transactions are being made simultaneously.
A practical example of network congestion in the blockchain would be during a cryptocurrency bull market, where the price of the coin is rapidly increasing. In this scenario, many people are trying to buy and sell the coin, sending many transactions to the network. This can cause delays in processing transactions and increased fees for users trying to make transactions.
Another example is when a DApp (Decentralized application) or a DeFi protocol becomes popular, the number of transactions on its network increases rapidly, which in turn causes network congestion.
Network Congestion Solutions
Several solutions can be used to address network congestion in the blockchain:
- Scaling solutions: Scaling solutions such as sharding, off-chain transactions, and layer 2 solutions can help increase the blockchain network’s capacity and reduce congestion.
- Fee market: Implementing a fee market can help to prioritize certain transactions over others by allowing users to pay higher fees for faster processing.
- Dynamic block size: Dynamic block size can help to automatically adjust the block size based on the current level of network congestion, which can help to reduce delays in processing transactions.
- Improved network infrastructure: Improving network infrastructure can also help to reduce congestion by increasing the number of nodes on the network and reducing latency.
- Batching: Transactions can be batched together into a single transaction, which reduces the number of transactions on the network and can help to reduce congestion.
- Congestion control: Congestion control algorithms such as the Bitcoin-NG and the Ghost protocol can help reduce network congestion.
- Blockchain pruning: Pruning removes old blocks from the blockchain to reduce the total storage used by a full node.
Network congestion can be reduced by increasing the network’s capacity (e.g., through improvements to the blockchain protocol or by adding more nodes to the network) or by implementing a mechanism to prioritize certain transactions over others (e.g., by implementing a fee market).