With the growth of blockchain applications technology, problems are deliberately revealed. Problems such as the incapability to support different trading scenarios, the inefficiency to scale to great performance and the incapability to interchange information and share resources along distinct blockchain networks have become more important. In response to these issues, we try to move forward in various aspects of the blockchain, for example, the problems of the central blockchain, the network infrastructure, the underlying communication agreements, the agreements between the chains and the superior ecosystem application, and we are committed to promoting the advancement of blockchain and the added value of widespread internet.
Value Transport Protocol
Currently, the various networks of the blockchain, each with distinct data, codes, transactions, and links cannot share data and connect with one another, forming islands of blockchain like Ethereum and Bitcoin, the interactive protocol and data model are entirely different. Such chains are useful for programs and machines, but very hostile to human perception and memory, severely limiting the transmission of values in blockchain networks.
In order to resolve the problem that the transmission of values between the networks of blockchain cannot be carried out effectively, Seele introduces the Value Transport Protocol (VTP) on the basis of heterogeneous forest network structure. The agreement concerns the unified identification of chain activities and the routing approach for the discovery of assets. It is a complete transport protocol set for the blockchain value arrangement.
Quick Value Internet Connection
Blockchain nodes can be found all over the world specifying a complex network element. The large instability and latency of the network can seriously affect the performance of the algorithms and the integration of the blocks across the nodes. In comparison to the conventional Internet UDP and TCP protocols utilized by present-day networks of the blockchain, Seele offers the Quick Value Internet Connection (QVIC) protocol, which addresses the different requirements of blockchain value networks on transport and storage application level. When dealing with multiple connections, low latency, security has clear advantages, specifically for the size of the specific block (1M, 2M) in the transmission of exclusive optimization, the efficiency of transmission is raised by nearly 1 order size.
In the case of a vast network area, QVIC has performed a specific optimization for packet loss, network jitter, and other instability characteristics. It preserves the efficient and fast characteristics of the UDP protocol as well as supports the TCP data transmission integrity.
Computing Integration
The biggest challenge of open data exchange is how to protect data security and privacy. On one side, for computing, the usual way of executing the application cannot guarantee the data protection and the adjustment of the output in the calculation proceeding. On the other side, the virtual machine cannot keep up with more computing power to support additional resources in order to meet the increased demanding processing needs.
The integration of SEELE-based computing resources defines a new kind of technology that consolidates standard storage and computes resources through smart contracts and blockchain. Internet storage fixes the blockchain storage problem:
By perfectly combining blockchain and IPFS, it compensates for the absence of an existing blockchain system in the file store, encrypts the hash value of the blockchain directory, and then stores the storage cost of the blockchain.
SC to fix the data islands issue, data desensitization technology on the basis of the blockchain, to ensure data security, privacy of open data to give a solution.
Internet Computing represents a modern form of cloud computing distributed infrastructure that allows Seele blockchain computing with decreased operational expenses.
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Writer: Cryptoflintcode
