链接：https://pan.baidu.com/s/1Hi_RyUldqQ-KKac9CYTW5w 

提取码：5hfg 

 

3 ABOUT TAYLOR

Taylor is an open and completely decentralized cross-chain operating system that 

is able to connect mainstream blockchain currencies such as BTC, ETC, etc. 

Taylor has interoperability capabilities that enables it to transfer data across 

different chains using consensus mechanisms that does not need to pass through 

the relay chain. 

Independent self-verified consensus blockchains such as POW,POS, etc, are able 

to transfer data directly across the chain using DLVP protocol. However, other 

non-independent self-verified consensus mechanisms such as DPoW, DPoS, etc., 

would need to transfer data across chain via relay nodes through the DLVP 

protocol. In this way, any blockchain system can interact with the Taylor, thus 

forming a completely open and free cross-chain ecosystem. There is no designated 

relay chain in this ecosystem, all cross-chain interactions are completed through 

the Taylor and each blockchain system is completely independent in order to 

ensure data consistency and validity. 

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Taylor Whitepaper

 

3.1 TAYLOR DESIGN CONCEPT

Taylor aims to achieve cross-chain interoperability in a trustless environment, in 

order to accomplish this, a common data structure and network protocol must be 

designed to solve the problem of cross-chain interactions between different 

blockchain systems. Also, Taylor protocol will need to ensure that the encryption 

algorithm used is safe and reliable. In order to solve the problem of data 

communication between chains in this trustless environment, blockchain cross￾chain technology should be focused around the following three key issues:

(i) Data Exchange and Transmission between Chains. One of the 

problems that needs to be addressed is the exchange and transmission 

of data in the cross-chain system; namely the issue of processing 

message information and transaction certificates in different chains and 

formats in accordance with unified rules, so as to generate cross-chain 

messages with consistent formats and rules. Also, the development of 

a cross-chain trusted message verification and intelligent routing, 

cross-chain message processing model, etc., in order to create a 

universal inter-chain data exchange and transmission protocol.

(ii) Atomicity of Cross-Chain Transactions. Guaranteeing the security and 

reliability of cross-chain transactions through transaction mechanisms, 

which is targeted at current commonly used transactions solutions in 

the industry. For example, Hashed timelock contracts where the 

timeout mechanism atomicity is difficult to implement. It is therefore 

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Taylor Whitepaper

 

necessary to develop a cross-chain atomic swap model that is suitable 

for general use, and come up with a corresponding atomic swap theory 

that focuses on breakthroughs in time independence and absolute 

guarantees for transactions.

(iii) Privacy Protection of Cross-Chain Transactions. A theoretical system 

of privacy protection should be constructed for cross-chain transactions 

to solve the problem of data privacy protection during cross-chain 

transactions and to verify the existence and validity of data under the 

premise of ensuring data privacy