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Dimension is a “big data + blockchain” project that dedicates to provide a solution to information structuring through distributed data collection, decentralized data storage and smart contract. In the past few years, we have seen many successful examples that use distributed ledger technology to tokenize computing power, storage space, and network flow to create value. Based on the same logic, Dimension focuses on consolidating the fragmented value in each users’ browsing behavior. On the users’ end, we use a client and a built-in distributed crawler to capture user's behavior in real time as they surf the internet. As long as the user agrees to contribute his data, he can participate in the data-collection process without changing his normal browsing behavior. In return, users will get DMS tokens as a reward for his contribution. This process can not only quantify the value of network flow, but also gives the part that belongs to the user back to the user. At meantime, data users can pay to access the data that automatically processed and put together by the system. If the data user has specific requirements on the type of data he wants, he can also release a task on the bulletin board. Whether you are a commercial company or individual user, you can build your own smart contracts to meet your needs and collect high-quality data through Dimension Chain.
Dimension Chain uses a distributed data storage system. The system has multiple-layers data storage to prevent data failure. This includes numerous ordinary users each of who stores a shard of the whole database and Super Partners who hold a copy of the entire database.
Dimension Chain collects data using a decentralized consensus algorithm. This mechanic ensures bias-free automatic data collection. The cost to temper existing data will be extremely high.
Dimension Chain collects data according to the smart contract published by users. The targeted data is filtered from the internet and forms a subspace. Blockchain system’s core structure guarantees the authenticity of data to be verified continuously.
The structure of Dimension Chain is optimized for data management. Users can publish customized smart contracts to best fit the needs for describing real events.
Minimum additional energy costs than current existing internet structure will be required for the operation of Dimension Chain. With Super Partners work as the fundamental support of the whole structure, this system avoids the needs of various devices regularly connect to the network.
Data has never been faithful and dependable as it will be on Dimension Chain. Blockchain technology naturally ensures the data to be accurate and complete.
Ordinary users can focus more on just their data and applications, instead of being distracted by the burden of heavy data processing duty.
The blockchain system records all the historical data of an entity. This unique record becomes a digital fingerprint and can be used for identity differentiation.
The blockchain allows users to announce oaths to be fulfilled in the up coming period. This will be recorded as a smart contract, and the system ensures the contract to be executed without conditions.
As blockchain is increasingly common for storing all the information of daily activities, the data tends to be sufficient to organize personnel or other resource effectively. Even large projects can be arranged merely on the base of tasks and events, instead of a traditional long-term contract.
Eventually, verification of the blockchain will become one of the best if not the only standard of credit reference. This trend may start in specific areas, and broaden to the whole society gradually.
A CPUP cam be generated via machine learning based on user's browsing behavior on each platform. IPFS will provide decentralized storage of the CPUP as a shared comunity asset. Companies can use the CPUP to significantly improve AI and other data-driven services.
Companies can publish tasks by writing simple smart contracts. Data will be obtained from users' browser plugin in a decentralized manner while the user browses as per usual. Users will be rewarded with tokens as an incentive while the data is packaged and exchanged.
One-click reward mechanism allows academic users to solve the 'where does this come from problem' while browsing the web. As long as some academic users have seen the content, other academic users can access the content conveniently.
Users will obtain real-time price/ data from the web in a distributed manner, thus preventing price discrimination. Users benefiting from this service have to spend token in order to incentivize other users who provided the 'Better-Price' data.
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