DDAM (Decentralized Data Assets Management) is a sufficiently flexible, secure, and stable decentralized data asset management architecture public chain, which can help all data producers and managers to maximize the value of data. DDAM focuses on the field of data asset management, and uses SPoC (Staking Proof Of Capacity) features such as lower energy consumption, lower threshold, and true decentralization to build a sufficiently stable and trustworthy infrastructure for global digital asset management.

Project Features

Low Energy Consumption
Compared to PoW miners who use ASICs to mine, PoC is very efficient. According to tests, the average energy consumed by PoC consensus is 1/500 of that of Bitcoin transactions.
Low threshold
PoW mining requires expensive, dedicated ASIC mining machines or GPUs, compared to PoC, which can participate in mining with an additional laptop and external HDD mine.
True Decentralization
Since excess storage space is common, hardware is cheap, and competition is less fierce, more people can participate in SPoC mining, which means that the network is more dispersed and elastic.

Technical advantages

Decentralized Data Layer
1. DDAM can support decentralized storage platforms and data computing as the data layer. Through smart contracts, the data asset management architecture can provide standard data access, such as data collection, processing, exchange, file operations, data query and data security. Allows better manipulation of data flow between processing, analysis, applications, data sharing, integration and customization of new series of processes.
2. Establish a reliable management mechanism around the data assets themselves.
Application Layer
1. The key pillar of the DDAM ecosystem, which will increase the value of data assets, data usage rights and the value of data assets through the application layer.
2. Governance control smart contract system, which is used to determine the collection, transmission, storage and control capabilities of enterprise data.
3. Data asset application and sharing system, forming a data pool and sharing model in the respective sovereign data of enterprises and users. Reduce the difficulty of data consumption, expand data coverage and improve data supply.
SPoC Consensus Model
1. Stake Proof of Capacity (SPoC) uses hard disk storage space as a means of network computing. Reduced energy consumption of Memory Hard Functions (MHF). At the same time, no special equipment is required, which reduces the requirement for miners to participate and ensures that the network is more decentralized and secure.
2. The SPoC consensus mechanism allows for lower mining participation requirements and higher decentralization, which will provide great potential for the development of smart contracts, decentralized data storage and computing.

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