Application Blockchain

The main role of blockchain in the context of decentralized apps is to manage data safely and consistently. Thus, a blockchain can be understood as a database, especially a secure distributed database. Another major role of blockchain is to prevent double payment, but this is a special case of data consistency constraints. Blockchain optimized for payment, such as Bitcoin, can adopt a highly specialized (and optimized) data model. However, a platform designed to host a variety of distributed apps requires a universal data model.

Most blockchain platforms today use a map JSON type of data storage of key: value. This model is theoretically complete and uses high-performance data storage such as Level DB. However, this model is very low level and is a challenge for app developers to implement key functions such as serialization and indexing. In combination, blockchain platforms generally use keys of any size and do not expose the full functionality of key-value storage, such as repeating through keys. For example, in the EVM (Ethereum Virtual Machine), every key is a 256-bit integer, and iteration through the stored key is not possible. For this reason, implementing proper index data access in the EVM is difficult and inefficient.

To address this, the EB Platform consists of a stable system for data storage by separately configuring a database model of direct data communication through each mainnet and continuously matching real-time sync values. In particular, P2P communication may be slow as it is applied to the platform's user wallet, but it aims to increase its suitability and speed by applying a continuous sink value. In addition, if users directly store the private key, they may be vulnerable to security theft and hacking such as phishing attacks and API attacks. Therefore, it guarantees access to assets and prevents accidents in advance through the single-threaded working of users' private keys.

Blockchain technology is the most suitable solution for content copyright security technology. The centralized data center is vulnerable to hacking by insiders or third parties and exposed to a risk of manipulation. The EB Platform is used to safely protect content from these risks and to prove the authenticity of the IP copyright holder. All rewards are paid directly by the P2P protocol, without control or monitoring.