BitSilver is a public chain project developed according to Satoshi Nakamoto's design ideas using the underlying technology of Bitcoin. BTR is an open source project. Developers come from different countries around the world. Its members have been responsible for Bitcoin many times Version iterative development and fork upgrade tasks.
BTR embeds many initial functions in the wallet to accelerate the development of the blockchain market. Among them, "Fusion Transaction" and "Silver Certificate" are widely popular in the blockchain industry. "Fusion transaction" is a channel for one-way exchange of Bitcoin to BitSilver (the name of the standard currency unit in BTR), and "silver certificate" is an on-chain human relationship network established based on the identity SID (a special transaction address) in the BTR ecosystem. In addition, the initial functions of BTR include TOP10, Lucky20, information broadcasting across the network, private chat, anonymous transactions, smart contracts, distributed OTC transactions, chain business contracts, super master nodes, etc.!

Project Vision

After BitSilver is fully benchmarked against silver, it will build a complete set of ecological public chains needed by human beings in the public chain ecology, such as food, drink, play, fun, travel, shopping, medical care, finance, insurance, health, energy, etc. Satisfy all the needs of human beings to yearn for life.
BitSilver.com is committed to providing global users with the value flow and user experience of digital assets and building the most transparent, shared and democratic ecological transactions for users, solving the liquidity problems of digital assets and silver, and optimizing the allocation of social financial capital , improve the efficiency of asset allocation while solving the financing needs of industry-leading projects, and at the same time provide a safe, fair and open trading platform for global digital technology enthusiasts.

Technical Architecture

Bitsilver data layer
In addition to adopting standard blockchain chain structure, Merkle tree, hash function, asymmetric encryption and time stamp technology, the data layer also introduces Dynamic priority calculation, Fibonacci sequence calculation, cryptographic signature evidence and other technologies have been introduced. The traditional blockchain data structure did not fully consider the scalability at the beginning of the design, resulting in the inability to accommodate large-scale data, and the lack of flexibility in the structural design makes the existing blockchain technology on-chain data structure only suitable for digital currency circulation .

BitSilver network layer
In order to enhance the network capacity and improve the speed of network transaction processing, the network layer adopts P2P networking mode. The P2P protocol supports the data transmission and communication of each node in the blockchain network. Signaling exchange is an important communication guarantee for data distribution or consensus mechanism. In the system design, BitSilver can flexibly use protocols according to different scenarios, support multiple P2P protocols, and flexibly support secure communication protocols such as HTTPS/TLS in terms of communication security.

BitSilver Consensus Layer
The consensus mechanism adopted by BitSilver is based on DPOS and also uses the system of client election, but an optimized PBFT algorithm is used in the second half of the algorithm variant, this algorithm can be used at t When

BitSilver Incentive Layer
Transactions are the basic transactions for changes in rights and interests on BitSilver, and any transaction needs to consume BitSilver. In addition to direct asset income rewards, BitSilver encourages bookkeeping nodes to also have bookkeeping contribution rewards, which will become an equity basis for rebooking. In addition, with the continuous improvement of BitSilver technology and ecology, the value of BitSilver will continue to increase.

BitSilver Contract Layer
BitSilver has designed its own dedicated virtual machine BitSilverVM to improve computing performance, reduce contract development costs, and optimize memory allocation models. In the future, BitSilver will launch support for various programming languages ​​based on VM, create a friendly development environment, and developers can program in their favorite high-level languages.

BitSilver application layer
The application layer end-user DAPP ecology involves BitSilver wallet, resource distribution, community and other related applications. The BitSilver application layer will provide an open data interface system for service providers within the ecosystem. For different applications, BitSilver will have dedicated and general interfaces for the application layer to call directly.
Establish an access mechanism for relevant service providers and establish a core application ecology. When BitSilver resources and energy ecology are sound, access conditions will be opened at the public chain application layer, and BitSilver will be used as access fuel.