Shardeum is an innovative blockchain project that aims to address the challenges of scalability and decentralization in smart contract platforms. It provides a scalable solution that enables fast and efficient transaction processing while maintaining a high level of decentralization.
The project recognizes the growing demand for decentralized applications (dApps) in various sectors such as decentralized finance (DeFi), non-fungible tokens (NFTs), and gaming. These use cases have attracted a significant number of users who may not have previously been involved in the blockchain space. However, existing smart contract platforms struggle to cope with the increasing demand, leading to scalability issues and hindering the overall user experience.
Shardeum aims to overcome these limitations by implementing an advanced version of sharding, a technique that divides the blockchain database into smaller units called "shards." This approach allows for parallel processing of transactions, significantly improving the scalability of the network. By distributing the workload across multiple shards, Shardeum can handle a much larger number of transactions per second, resulting in faster and more efficient transaction processing.
One of the key advantages of Shardeum's sharding solution is its ability to maintain a high level of decentralization. While some other sharding implementations may compromise on decentralization by relying on a smaller number of nodes to process transactions, Shardeum ensures that the network remains truly decentralized. It achieves this by allowing off-the-shelf computers to serve as full nodes, enabling anyone to participate in the network and earn rewards without joining mining pools. This inclusive approach promotes a more open and democratic ecosystem.
To further enhance security and efficiency, Shardeum has developed its own unique consensus algorithm called the Shardus Consensus Algorithm. This consensus mechanism, based on Proof-of-Quorum, provides a high level of security and data consistency while maintaining energy efficiency.
Shardeum is currently in the testnet phase, with multiple testnets such as Shardeum Liberty 1.X, Liberty 2.X, and Sphinx1.X. These testnets allow developers and users to experiment and provide feedback on the platform's functionalities before its full deployment.
In addition to scalability and decentralization, Shardeum also emphasizes sustainability. It aims to create long-term incentives for participants by implementing fixed periodic distributions of tokens to nodes that contribute resources to the network. This approach removes the variability in rewards and promotes a sustainable ecosystem.
The project has a clear roadmap for the future, with plans to launch the Shardeum mainnet and introduce its native token, Shardeum (SHM). The ecosystem will also feature various applications, including a decentralized exchange (DEX), domain name service (DNS), and an NFT marketplace.
Overall, Shardeum's innovative approach to scalability, decentralization, and sustainability makes it a promising contender in the blockchain space. By addressing the limitations of existing smart contract platforms, Shardeum aims to enable the seamless adoption of decentralized applications and empower the next generation of blockchain users.
The Shardus software is being used as the protocol layer for Shardeum, a decentralized smart contract platform. This means that the benefits of Shardus technology, such as scalability and customizability, will be inherited by Shardeum to create a more efficient and secure smart contract platform. The Shardeum Litepaper states that holders of Shardus tokens will receive a share of the Shardeum network. Specifically, Shardus token holders will receive 1% of the maximum Shardeum supply. This is the way by which Shardeum licenses the Shardus software and rewards the development of this technology.
The main thing is shadreum is layer one project. So it will launch a token as soon as after the mainnet launch. Also, it is planned to launch a mainnet on August 2023. Currently it in the testnet phase.