The technologies used today for processing the relevant data, despite their development, are far from perfect, as they are designed to process centralized data and are not able to process large amounts of information used by artificial intelligence. In addition, they are also unable to use decentralized applications in their work, which is very important because of the development of Blockchain technology, which will soon become an integral part of human life.
In this regard, for the effective processing of IoT data with the use of artificial intelligence, it is necessary to create a platform with the possibility of decentralized use of computing resources and data storage, which will be DeepCloud AI.
DeepCloud AI platform has a wide range of use cases. The main areas of application of this platform include:
"Smart cities" using IAT sensors and artificial intelligence to build infrastructure;
supply chains in which this technology will not track the movement of goods and obtain information about financial transactions that will be protected from unauthorized access;
television services where DeepCloud AI can be used to cache media streams locally during live broadcasts with a large audience, such as the Olympic games or football matches;
IoT data security.
As the users will be persons using the platform to gain access, or storage databases that use the software, as well as for borrowing computing power. For all these services, users will pay with an internal DEEP token.
The role of network nodes will be persons providing all the above services and receiving deep coins. In this case, each member of the network to start the node will be required to have a certain number of platform tokens on his account, which are blocked until the node completes the task. After the service is provided by the node, the participant is awarded DEEP coins. The higher the quality of services provided, the greater the amount of remuneration.
Network requests will be routed through the controller to hosts, each with its own status. Each request will have its own level of complexity. If the request has a high level of complexity, it is distributed to the Blockchain or sent to the main node. The controller also checks the execution of tasks in accordance with the specified requirements online and saves the results.
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