Comparison of DAPP quantity between Ethereum and EOS

1.

1. Different network architectures:

decentralized application (DAPP) runs on the distributed network, the information of participants is protected (or anonymous), and the decentralized operation is carried out through different people in the network nodes. Distributed network is made up of node computers which are distributed in different places and have multiple terminals. When any line in the network fails, the communication can be completed through other links, which has high reliability

traditional app needs services provided by third-party service providers, and can achieve wireless network access through mobile communication network, which belongs to the centralized network architecture mode

2. Different from open source:

DAPP applications must be open source. Most of the tokens issued by DAPP run independently rather than controlled by an entity. All data and records must be encrypted and stored on a public and decentralized blockchain

traditional app software, games, navigation and other applications are generally provided by third-party service providers, which should solve the problems of right protection and economic interests, and their programs are not open source

extended data

in 2018, a large number of new DAPP projects were launched. According to the statistics, there are about two or three thousand dapps in the whole network. According to the DAPP survey of fluence labs, 72% of DAPP projects were launched in 2018. This means that in the past year, the number of dapps in the whole network has more than tripled

of all dapps, more than 80% are developed on Ethereum, about 20% on EOS and less than 10% on Tron. It is worth noting that about 10% of the projects are developed on multiple main chains at the same time, while the number of dapps developed on other main chains is relatively rare

there are about ten projects based on gxchain, mainly small applications in block city

2. BHT is now a kind of currency. It seems that there is a chemical name for the token name of a good exchange. What's the name? Forget it. It's too complicated!

3. EOS's vision is to become a public chain that can run a large number of commercial applications, and its core feature is "commercial"
in order to ensure decentralization and security, current public chain projects such as bitcoin and Ethereum have certain limitations in block scalability. Although the introction of Ethereum's smart contract has greatly enriched the application of blockchain, it also reces the threshold of issuing coins, making Ethereum's network very congested. Many existing public chains have the problems of slow network transfer speed, high cost, low concurrency or poor stability, which can not support the operation of real large-scale commercial applications
according to the white paper of EOS, EOS adopts the graphene block chain architecture, and the bft-dpos consensus mechanism reces the number of verification nodes, but makes the scalability of EOS significantly enhanced, and can support fast transaction processing speed. At present, bitcoin system can transfer about 7 times per second, while Ethereum can transfer 15 times per second; In contrast, EOS's white paper says it is expected to reach a million level TPS in the future
in addition, EOS provides a good development environment for users and developers. The transaction on EOS network does not need to charge service charge, which improves the user experience and makes it easier to attract users; EOS provides developers with a friendly underlying mole, which can support a variety of programming languages and rece the difficulty of DAPP development. Developers can focus more on the function implementation of the developed application.

4. Ethereum focuses on smart contract and Turing. EOS is based on blockchain operating system. Ethereum and EOS are two top blockchains. At present, there are bottlenecks in blockchain technology and narrow application fields.? LF cluster + cloud server is the most advanced blockchain 3.0 at present. Focusing on different blockchain projects such as public chain, storage chain, Im chain, asset chain and application chain, the advantage lies in resource isolation: each smart contract has its own blockchain, and the governance and development of proxy voting system of token holders has the most development prospect.

5. Godapp can learn about it

6. How many weeks is the go full stack + blockchain course? How many stages? How long does each stage last? What is the degree of completion of each stage<
22 weeks in total, divided into five stages,
the first stage is four weeks, go language foundation and network concurrency, after learning the introctory go language,
the second stage is four weeks, go language practical web development, crawler development, cryptography, consensus algorithm, implementation of lightweight public chain, after learning the website and crawler that can develop golang, Achieve lightweight blockchain
stage 3, 4-week Ethereum source code analysis and smart contract DAPP development, master Ethereum core and smart contract development, as well as blockchain,
stage 4, 4-week super ledger, bitcoin EOS, source code analysis and smart contract practice, master super ledger development, cat bitcoin, bifurcated EOS after learning, And the intelligent contract DAPP development
phase V 6-week project actual combat, five enterprise level projects, after learning, you can have one year of blockchain project experience
suitable for the crowd:
1. People who have no programming foundation and want to learn it technology
2
3. People who have programming experience and want to change careers
learning objectives:
learn go language from 0, and comprehensively cultivate special application-oriented talents of blockchain through the learning of go language< Employment direction:
1. New technology go language development (web development, micro service, distributed)
2. Blockchain development in new areas (cryptography security, blockchain system, blockchain application).

7. The Ethereum community calls smart contract based applications decentralized apps. DAPP's goal is to make your smart contract have a friendly interface, plus some additional things, such as IPFs (decentralized network that can store and read data, not from the Ethereum team, but with a similar spirit)
DAPP can run on a centralized server that can interact with Ethereum nodes, or on any Ethereum node. Different from ordinary websites, DAPP can't run on ordinary servers. They need to submit transactions to the blockchain and read important data from the blockchain instead of the centralized database.

8. DAPP has been highly expected since its birth. Relying on Ethereum, EOS and other public chain platforms, many development teams have released a large number of dapps. However, on the whole, DAPP is in its early stage, and its development is still in a dilemma. It has been five years since Ethereum published its white paper in 2013, and the number of dapps has reached more than 1000. On the new generation of public chain represented by EOS, the number of dapps is still rare
these dapps generally have many problems, such as less daily active users, weak foundation and so on. But in the instry, it is generally expected. Compared with the development process of app, instry insiders said that DAPP still needs to overcome several difficulties in the future, such as stable and efficient public chain, developer ecology and user threshold. DAPP is now regarded as an important way to promote blockchain to ordinary people. It is not realistic to replace app with the current development speed of DAPP
however, if DAPP gives full play to its advantages in some areas, it will still pose a certain threat to app, which also depends on the development of blockchain. Dappdiscovery is also based on the present, starting a series of DAPP reports, DAPP market analysis, and the most fun DAPP game evaluation, trying to bring interesting and informative content sharing to all users.

9. Proct traceability has increasingly become a part of the proction plan, as an important part of the quality management (MQ) system, closely related to the actual proction process of procts. A complete, mature and minimal downtime automatic traceability system is a necessary supplement to the whole process monitoring of proct procurement, proction, rough and fine processing, storage and transportation, channel distribution, and also meets the practical needs of modern specialized supply chain construction
as the world's first proct trusted traceability public chain jointly initiated by agricultural enterprises and blockchain technology companies based on practical application scenarios, Los builds traceability cloud platform by cross chain protocol with EOS and taking advantage of blockchain's unique tamperable distributed ledger record feature, Through the implementation of the sub chain of the project and the corresponding DAPP application to ensure the safety and effectiveness of the positive circulation of procts, and improve the customer perceived value, so as to enhance the brand value of the supply chain.