How is Shieldeum(SDM) coin generated?

Shieldeum (SDM) coins are generated through a unique process called Shield Mining, which involves proof-of-privacy, proof-of-storage, and proof-of-resources mechanisms to reward miners for data storage, transaction processing, and resource contribution.

Dec 10, 2024 at 09:52 am

How is Shieldeum (SDM) Coin Generated?

Shieldeum (SDM) is a BEP-20 token that powers the Shieldeum ecosystem, a privacy-focused blockchain network. Unlike many other cryptocurrencies, SDM is not mined through a proof-of-work or proof-of-stake consensus mechanism. Instead, it is generated through a unique process known as "Shield Mining."

Understanding Shield Mining

Shield Mining is an innovative consensus mechanism designed to secure the Shieldeum network while also providing rewards to participants. It operates on the following principles:

• Proof-of-Privacy (PoP): Miners contribute to the network's privacy by storing encrypted data on their devices. This stored data is used to process anonymous transactions, enhancing the confidentiality of transactions on the Shieldeum blockchain.
• Proof-of-Storage (PoS): Miners are incentivized to maintain large storage capacities to accommodate the necessary encrypted data. The more storage space a miner provides, the greater their chances of earning rewards.
• Proof-of-Resources (PoR): Miners contribute computing resources to the network. These resources are used to process encrypted data, validate transactions, and maintain the blockchain. The more resources a miner contributes, the higher their eligibility for rewards.

Process of SDM Coin Generation

The process of generating SDM coins through Shield Mining involves the following steps:

1. Setting Up a Shield Mining Node

• Install the Shieldeum software on a compatible device with sufficient storage and computing capacity.
• Configure the node to connect to the Shieldeum network.
• Stake a specified amount of SDM coins as collateral, which serves as a security deposit against malicious behavior.

2. Data Storage

• Download and store encrypted data provided by the Shieldeum network.
• Manage and maintain the stored data securely on the device.

3. Transaction Processing

• Participate in the anonymous transaction processing process by leveraging the stored encrypted data.
• Verify and validate anonymous transactions using proof-of-privacy techniques.

4. Resource Contribution

• Dedicate computing resources to the network for data processing, transaction validation, and blockchain maintenance.
• Use various protocols, algorithms, and specialized hardware for resource optimization.

5. Rewards Distribution

• Earn SDM coins as rewards for contributing to the PoP, PoS, and PoR consensus mechanisms.
• The amount of rewards is determined by the miner's storage capacity, resource contribution, and the size of the stored encrypted data.

Factors Influencing SDM Generation

Several factors influence the rate at which SDM coins are generated, including:

• Storage Capacity: Miners with larger storage capacities can store more encrypted data, increasing their chances of participating in anonymous transaction processing and earning rewards.
• Resource Contribution: Miners who contribute more computing resources, such as CPU and GPU power, are more likely to be chosen to validate transactions and maintain the blockchain.
• Collateral Stake: Miners who stake a larger amount of SDM coins as collateral gain a higher weightage in the reward distribution process.
• Network Conditions: The demand for privacy-enhancing services on the Shieldeum network can impact the frequency and number of anonymous transactions, thereby affecting the overall rate of SDM generation.

Advantages of Shieldeum's Consensus Mechanism

Shield Mining offers several advantages over traditional mining methods:

• Enhanced Privacy: By focusing on data storage and privacy, Shield Mining promotes greater anonymity in cryptocurrency transactions.
• Energy Efficiency: Unlike proof-of-work mining, Shield Mining does not require excessive energy consumption, leading to a more environmentally sustainable approach.
• Improved Scalability: Shield Mining allows for a distributed and decentralized network, facilitating potential scalability and reduced transaction congestion.
• Fair Rewards Distribution: The PoP, PoS, and PoR mechanisms ensure equitable rewards for miners based on their contributions, promoting network participation and security.