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Welcome to a scalable FAAS network based on DAG

Paradigm is a DAG-based and FAAS-orientated, decentralized Blockchain system, a platform for future DAPP.

Through the Paradigm architechture of the two-layer Binary Star consensus (including Accretion and Sequentia), PVM, QCP, and FAAS etc., any person and any object will be able to achieve the real-time, point-to-point value exchange on Paradigm, and enterprises can also deploy DApp with higher effeciency and lower cost using FAAS architecture.

At the same time, Users of DAPPs almost pay for nothing.

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Binary star Consensus

Paradigm proposes a two-layer hybrid consensus mechanism called Binary-star Consensus, which can ensure the consistency of information, and also proofed good performance and security. The complete Binary-star consensus contains two parts.

Accretion and Sequentia, to vividly represent the process and function of consensus along with the time.

Whitepaper

Quantum Channel Protocol

We need a protocol between UDP and TCP that has both transmission speed of UDP and reliability of TCP. Quantum channel has such characteristics, which is essentially a fast and reliable ARQ protocol. We will insert an encryption layer between the QCP layer and UDP layer to encrypt the data inputted from the UDP layer.

At the same time, if the data packet is lost, it will be selectively retransmitted to ensure the security and reliability of the data packet. QCP can provide a reliable transport while preserving UDP efficiency.

Whitepaper

Decentralized FAAS Network

Traditional FAAS software architecture based on public cloud technology is usually divided into API Gate-Way layer, function computing layer and data persistence layer. Similarly, in the distributed network, we will build a completely distributed FAAS network based on Paradigm's Binary-star consensus algorithm and DAG technology.

Whitepaper
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Instruction-set Hub Protocol

There are many shortcomings in existing blockchain instruction set, for example the update of the instruction set, which relies on a hard fork of the whole network. After analyzing the implementation of several technical solutions.

Paradigm decided to cut off the complicated designs and built a more general and agile instruction set. It abstracts the general instructions of operations under different application scenario, and realizes the pluggable design of the instruction set. The iteration is dynamical rather than simply relying on the hard fork.

Whitepaper

Function Naming Protocol

Inspired by the HTTP protocol, FNP generates a system of dot-separated hierarchical names called domain. It enables the connections between identifiers and assets, transactions and accounts. All registrars' operation is under Paradigm protocol. A legal domain should be like this, for example "

Paradigm://part/gipes.org/account/data ", " paradigm:// " is the default protocol header, " gipes.org " can be an organization, a person or a transaction. " par " can be the subdivision of the organization or the operator.We use slash to separate the method to call or account to operate.

Whitepaper

Milestone

2018 - 08

Investigation and Research

Research

2018 - 10

MPV

Binary Star Consensus beta Version

2019 - 03

Test Net

Complete the combination of fn2, gw2 and Binary Star Consensus combination

2019 - 06

Wallet

Support btc, eth

2019 - 08

Main Net

Complete fn2, gw2, Binary Star Consensus, QCP, PVM, actualize the deployment of DApp on Paradigm

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Ecological Access

  • Natural complementarity between FAAS and DAG.
  • What problems does Paradigm solve?
  • How to keep its decentralization while also being extensible?
  • How to realize the effective allocation of resources anytime while in demand, and leave whenever the task is done?
  • The location of the FAAS in cloud computing.
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FAQ

We can say the reality of traditional DApp is: Smart Contract + Contract Execute Platform = DApp While Paradigm proposes a brand-new future DAPP development architecture by combining the latest FAAS architecture and the latest blockchain technology: Scalable DAG Network + Scalable FaaS Compute layer = Future DApp
This is the future DAPP development architecture.In short, FAAS architecture is the direction of the future cloud computing, and the DAG-based distributed ledger is also the best solution for storage and expansion. Therefore, Paradigm firstly puts forward the theory of DAG + FAAS that integrates the data storage of blockchain and the server-less architecture of FAAS which realizes the “function as a service” on the chain.