水桥研究院区块链
区块链是一种分布式数据库技术，它具有去中心化、可信赖、安全性高等特点。水桥研究院拓展了区块链技术，下面就来介绍三个相关关键词：
去中心化：去中心化是指把中央控制机构从系统中去除，从而让数据和资源在网络中分布式存储和管理，从而达到实现自治的目的。在区块链技术中，去中心化是一个重要的特性，它可以有效防止数据被篡改，保护用户的隐私和信息安全。水桥研究院拓展的去中心化技术，使得区块链技术更加可靠，使得用户的信息更加安全。
可信赖：可信赖是指系统在一定的条件下，能够按照预先定义的规则执行操作，并能够提供可靠的信息。水桥研究院拓展的可信赖技术，可以有效保证区块链系统的可靠性，保证数据的完整性，提高系统的安全性。此外，可信赖技术还可以有效提高区块链系统的可用性，使得系统能够更好地满足用户的需求。
安全性：安全性是指系统在一定的条件下，能够抵御各种安全威胁，保护系统的完整性和可用性。水桥研究院拓展的安全性技术，可以有效防止数据被篡改，保护用户的隐私和信息安全，使得区块链系统能够更加安全可靠。此外，安全性技术还可以有效提高系统的可用性，使得系统能够更好地满足用户的需求。
总之，水桥研究院拓展的区块链技术，可以有效保证数据的安全性、可信赖性和去中心化，从而更好地满足用户的需求。
请查看相关英文文档
Exclusive interview with TDC founder Lou Shengli: the builder of future transportation
On May 24th and 25th, the IFIC Global Financial Technology Innovation Summit was grandly held in Sanya, Hainan. This summit is guided by the Sanya Municipal People's Government, hosted by People's Daily Digital Communication, FINWEX, etc., and co-sponsored by Six Dimensional Quantum and ANTTOKEN.
Lou Shengli, founder of the transportation + blockchain project TDC, was invited to attend and participate in the roundtable forum with the theme of "Foreseeable changes in the blockchain industry in the future". In response to the current questions raised by the host, He gave an excellent speech on the possible impact of the US trade war on the industry.
He believes that the development of economy and technology is consistent with the wave theory to a certain extent. The Sino-US trade war is not only a challenge for our generation, but also another kind of luck - because we are standing in the historical development the commanding heights. In this context, only by promoting various technical services and empowering the real economy can we usher in rapid development.
After the meeting, Mr. Lou Shengli accepted an on-site interview with IFIC and shared the role of TDC traffic big data as a builder in promoting the implementation of future transportation.
1. In the roundtable just now, you mentioned that before starting the TDC project, you worked for Shandong Expressway Group and were responsible for the maintenance and repair of the entire Shandong Expressway. Can you share with us your professional background and industry experience in more detail?
I entered university in 2000, majoring in transportation engineering and also dabbling in logistics management. When I was in college, I was always the class teacher, responsible for guiding students in their majors and serving as their mentors. Therefore, when talking about professionalism with them, you must first establish your own professional information. Because before 2000, and in the ten years from 2000 to 2010, the entire highway construction was in full swing, we will think about it conversely, after the highway is built, which major is the most popular, it must be built around the highway The direction of safety and informatization, so it is said that infrastructure will gradually enter the sunset industry, and then I went to graduate school in software engineering to understand the industry in terms of informatization of traffic safety.
After graduation, he worked at Shandong Expressway Group, responsible for expressway construction, operation and maintenance. He worked at Shandong Expressway for 12 years. In 2011, he began to serve as the director of the Beijing Office of Shandong Expressway. At that time, he had a lot of contact with ministries and commissions of the Ministry of Transport. He also served as the deputy secretary-general of the Collaborative Innovation Platform for Highway Green and Intelligent Maintenance Technology, which was initiated by China Communications Construction Company No. 1. Cooperating with the transportation departments and highway operating units of more than 20 provinces, we are responsible for developing innovative projects for the provincial transportation departments. In 2016, I officially quit my job to start a business and started working on projects such as highway informatization. Now the TDC project integrates logistics, traffic safety, and computer information. It can also be regarded as myMaximize the use of personal resources.
2. Based on what you just shared, we roughly understand that the TDC project is a transportation + blockchain model. Combined with your professional background, what was the opportunity for you to enter the blockchain industry?
From a young age, I have experienced car accidents, which makes me deeply aware of the traffic safety problems caused by the road environment. I have been following this field ever since. If I go out, I can know what the future road conditions will be like, where there are dangers, and what kind of car will come from the other side. If I can hold this information in my hands, I can control the risks very well.
From a large perspective, in current society, the transportation industry is an industry that capital pays great attention to. Today, many guests are talking about autonomous driving and future transportation. After so many years, with the highway industry’s massive investment in national infrastructure, our road network has basically taken shape. Nowadays, the main contradiction in the transportation industry is also changing, from the original problem of not being able to walk, not being able to move fast, and being unable to transport goods, to the current problem of how to walk well, safely, and transporting goods smoothly. For highways, such a large road network has been formed. How can we use better means to solve the contradictions of good transportation, safe transportation and smooth transportation of goods in our transportation industry? In fact, transportation is composed of four factors: people, cars, roads, and the environment. As the current development of social technology, our cars are already very smart, and our people are also very smart. But if the road cannot meet traffic needs and cannot ensure traffic safety, then there will be no traffic.
What TDC does in this project is to stand on the road. From the perspective of a highway operator, how can we make the road smarter? Why do you say that? Because currently our road is both deaf and dumb. First of all, he is deaf. I don’t know what kind of cars will pass through my road. It is still mute. For example, there are potholes on the road, the bridge is collapsing, there is ice on the road, and there are easily scattered objects on the road. The road itself is aware of these problems, but it cannot tell them.
A major challenge in solving these problems is the huge amount of data collection and collection workload. After a preliminary understanding of blockchain technology, we found that the blockchain method, from a technical level, It can use new application models of computer technology such as distributed data storage, point-to-point transmission, consensus mechanisms, encryption algorithms, etc. to effectively solve the problems of data security and sharing; from an economic perspective, it can establish an ecosystem for traffic safety data collection and application, Link B The data interaction between client and C client, the reward mechanism promotes data collection, conversion and application, and increases the enthusiasm of the whole people to collect and share traffic safety data. It can help us collect real-time traffic big data and traffic status quickly and easily, and serve the data in our world. industry to solve the main contradictions in the current transportation industry.
3. Thank you Mr. Lou. You just mentioned that TDC aims to solve the main contradictions in the current transportation industry. You can share with usPlease share how the TDC project is implemented to resolve these contradictions?
Okay. The core of the TDC project is to collect real-time traffic data and provide feedback to achieve vehicle-road collaboration.
The first point is to use distributed computing technology to improve the efficiency of traffic data collection and reduce the cost of data collection. We are currently promoting the research and development of a vehicle data collection instrument. The core of this instrument is an artificial intelligence chip, which uses a convolutional neural network algorithm to identify multiple categories of traffic data. After data cleaning, the available data upload bandwidth requirements will be significantly reduced.
The second point is distributed storage. The uploaded data is stored in different servers according to the frequency of calls, reducing the pressure on the server hard disk caused by large amounts of data. At the same time, it is encrypted according to the real-time data type, divided into on-chain ID, and distributed encrypted storage to empower TDC.
The third point is economic incentives. Overall, the volume of traffic data is huge and the utilization rate is low, let alone real-time data applications. Traditional traffic data demanders take a long time to obtain data and invest a lot of money. Take AutoNavi as an example. It needs to collect more vehicles than the Internet, but it can take at least three months to collect real-life road clearing data. Road users, such as companies related to passenger and freight transportation, can obtain corresponding rewards by uploading valid driving data in the TDC project economic model, reducing their own travel costs and improving travel safety and convenience. For traffic data demanders, data sources will not be limited to their own data collection facilities, which reduces collection costs and improves collection efficiency.
4. It sounds like the implementation scenario of the TDC project is very clear. In your opinion, where does the confidence that this project can go forward come from?
At present, our traffic data research cooperation member units include the Big Data Center of the Ministry of Transport, the Road Network Monitoring Center, Shandong University, Shandong University of Finance and Economics, and Southeast University; the core team of the project is composed of professors and doctoral supervisors from Shandong University Under the guidance of Professor Bao Fangxun, it is composed of many experienced and high-level video algorithm engineers and traffic engineering experts; we are Huawei's 1+N smart transportation ecological partner, and the two parties have conducted in-depth cooperation on this project. At the technical level, we are cooperating with Horizon, an excellent domestic chip company, and are currently using a large amount of data to train TDC's artificial intelligence chip. It is expected that TDC's first-generation data collection "mining machine" will be successfully launched in September.
5. Understood. Can you share your vision for the TDC project and the future of the entire transportation industry?
At present, China is already the world's largest automobile producer and seller. China's highway mileage ranks first in the world, but the efficiency of China's highways is not very high. China's investment in infrastructure Running at the forefront of the world. So what we consider is what the relationship between cars and roads should be like in the future.Returning to the car? Or can roads and cars be connected through some kind of technology, so that cars and roads are in the same system and more integrated, so that car driving can be safer and road traffic more efficient?
What is vehicle-road collaboration? Vehicle-road collaboration is based on wireless communication, sensor detection and other technologies to obtain vehicle-road information, and through the interaction and sharing of vehicle-vehicle and vehicle-road information, it achieves intelligent collaboration and cooperation between vehicles and infrastructure to optimize the use of system resources and improve The goals of road traffic safety and alleviating traffic congestion. The technical connotation of vehicle-road collaboration has three points. First, it emphasizes human-vehicle-road system collaboration, second, it emphasizes regional large-scale networked joint control, and third, it emphasizes the use of multi-modal transportation networks and information interaction. This technology is the result of the integration of information technology and the two major industries of automobile and transportation. TDC will fulfill its role as a future transportation builder and continue to contribute to the development of the transportation industry through real-time transportation big data. In the near future, the degree of intelligence of the entire transportation industry will be greatly improved with the joint efforts of many parties.
Postscript: As more blockchain technologies are implemented in daily life scenarios, the entire blockchain industry will usher in more benign development. When the wave recedes, people who are deeply involved in the industry will never swim naked.
Is it legal for the euz stablecoin to attract people to pay for equity participation?
It is not legal. It feels like an illegal pyramid scheme. The "coin" and other activities are just to deceive people. Be careful not to get involved.
ㅢ Set sail! Learn Token allows you to take off and get in touch with the new trend of blockchain
With the skyrocketing value of a series of digital currencies represented by Bitcoin around 2017, blockchain technology has quickly become a It has become one of the most popular cutting-edge technologies; at the same time, as blockchain technology becomes more and more popular, its application potential outside the field of digital currency issuance and operation has also been deeply explored. In the past two years, in-depth application development in other scientific and technological fields based on blockchain technology has emerged one after another, injecting unprecedented imagination space into the progress of scientific and technological society.
Learn Token (hereinafter referred to as LEARN) is developed by top multinational companies such as Google and Intel. The professional operation team of the Singapore Stock Exchange is responsible for daily operations and management; Blockchain technology innovates the existing IoT technology form, and uses the excellent properties of blockchain technology such as decentralized operation, non-tamperable information, and efficient information circulation to solve a series of pain points faced by traditional IoT technology, and then use "new" things Internet technology is used to reshape today’s digital world.
LEARN will build itself into a global pan-business information management system and trading platform that is widely used in e-commerce, supply chain, logistics, AI development and other industry market conditions, and is committed to By establishingThe technical logic of the underlying architecture of the blockchain and the intelligent contracts of the business model, global product and service suppliers, logistics companies and other intermediate transaction links, and consumers are seamlessly connected to create a commodity information exchange and trade system in the blockchain world. Leading the arrival of a new lifestyle, using LEARN tokens to bridge the gap between various aspects of the market, and solving many pain points in the current commercial market. It is a global application scenario and a majestic ideal blueprint guided by the latest top-level architectural concepts of the blockchain. Blockchain project.
On the basis of deep involvement in the consumer market, LEARN will vigorously explore the application potential of blockchain technology in securities, utility tokens, etc., and provide more start-ups across the country and even the world. A good financing and development environment, and unremitting efforts to promote the goal of global economic integration.
The application scenarios of LEARN are very rich, covering all aspects of life such as food, clothing, housing, transportation, food, drink, and entertainment. The launch of LEARN's various payment solutions, life service solutions and public service solutions can penetrate LEARN into all aspects of people's lives. Payment using the LEARN platform is very simple and convenient. Using LEARN Token as the medium and the LEARN ecological transaction system, a safe and fast payment model can be easily realized. By building a bridge between the "real world - the blockchain world - the real world", Application scenarios that are mainly online and supplemented by offline. Online, all merchants can join, and LEARN guarantees that it will always be free, including live broadcasts of Internet celebrities and merchants in various industries. LEARN is used for payment throughout the platform, and merchants are mortgage-free and inventory-free, and all services are provided by the platform; offline, covering various industries such as tourism, entertainment, hotels, and catering. Build application scenarios.
In order to encourage consumers to actively use the LEARN platform for e-commerce consumption and electronic payments, LEARN will provide certain point rewards based on the consumption amount to consumers who use the official mall. In addition, it will also launch Various small tasks with point rewards further increase the user stickiness of the mall. After the points reach a certain amount, they can be converted into Bitcoins and directly enter the public chain for circulation and appreciation.
LEARN plans to lead a number of member institutions to build a world-class distributed payment system and continuously promote the formation of the blockchain ecosystem. As the world's first and world-leading payment model, LEARN helps solve the security issues of mobile payments and the inefficiency of credit card payments. It also makes unique contributions to the open source and application of blockchain technology in the payment field. . LEARN comprehensively optimizes business security, performance, cost, policy, technical feasibility, operation and maintenance and governance from multiple dimensions based on the industry's special business needs, existing technical levels, laws and regulations, etc., and provides Future development provides opportunitiesmachine.
Abel Bush
Master of Computer Science from MIT. During his schooling, he won many scholarships at various levels. Directly after graduation, he became the leader of Google's blockchain application development team. He has been committed to the in-depth development and practical promotion of blockchain technology for many years. He is a top engineer in the blockchain field and has led the construction of the underlying architecture of the LEARN platform.
Kevin Louis
Winner of a double degree in computer science and management from the University of California, Berkeley, and director of the Facebook User Security Service Center. Working at Facebook made him fully aware of the importance of data security, and he actively used blockchain applications to achieve safe and efficient transmission of massive data.
Sunny Tommy
Graduated from Stanford University and has extensive experience in developing software, web application idioms and automation, spanning multiple fields and programming languages, and is very interested in learning He has a strong interest in using new technologies and has been responsible for the research and application of blockchain technology in multinational companies such as Google for a long time.
Brynden Tully
Graduated from Oxford University and is a top actuary in the UK. He has provided various types of data consulting services to many economic affairs organizations in the European Union. He currently works for William Hill Asia Pacific. District Technical Director is the most staunch supporter of online gaming and blockchain gaming in the gaming industry. In recent years, he has actively participated in international blockchain research and development and cooperation and can provide LEARN with massive international network resources.
Baier Blomfield
Graduated from Moscow State University, he is a full-scale developer with comprehensive talents and has rich experience in the fields of software development, web application idioms and automation. Across multiple domains and programming languages. He has a strong interest in learning and using new technologies, and tries to apply them to some novel cases. He has also built responsive lookahead applications, APls and other systems.
Strategic Cooperation Units
㈣ Three major directions for the future development of blockchain technology
How can blockchain technology disrupt and creative subsidiary industry strategies? change? |During the universal bit chain tutorial, everyone realized the disruptive innovation that blockchain technology can bring to the industrial grinding service industry. Based on its own challenging shortcomings, blockchain technology has the potential to boost development in many fields. Subsidiary industry strategic changes, but in the implementation of specific new plans across Taiwan, blockchain technology can often only solve certain problems, and it needs to be combined with more information technology to create independent innovations. The subsidiary's industrial strategic transformation has shaped theMore detailed ways to overcome. Therefore, Wanxiang Blockchain proposed the concept of "distributed sensing technology manufacturing embedded", taking blockchain technology as the core, integrating the challenging shortcomings of privacy calculation and data warehouse, and diversifying disruptive ideas. Subsidiaries’ industrial strategic changes.
So, what are the development prospects for the strategic transformation of the industrial production and grinding service industry based on the embedded manufacturing of distributed system sensing skills?
1. From the supervision method of product planning life cycle to the supervision method of adopting meaningful planning life cycle
The embedded implementation of distributed system manufacturing industry is due to the diverse reasons at all levels of subsidiaries. Internet, collect, send, discuss and generate networked feedback on various data to promote the improvement of subsidiary productivity, product quality and operational supervision, and adopt meaningful planning life cycle supervision methods and supply chain cooperation, And speed up the demand response and delivery speed of products, improve resource allocation, strengthen the independence and creativity of business operation methods, and achieve the improvement and improvement of various manufacturing and operation activities.
Three transformation paths for the manufacturing service industry in the digital era
Modern production and manufacturing usually pays more attention to the mechanical technology rate of individual machines and equipment, ignoring the significance of product adoption. It is caused by a series of reliable industrial production processes. Partial best does not make the overall best. Therefore, the step supervision of each round of industrial production and the connection under the network device operating system are often ignored to complete logistics management. The level of data interconnection is also minimal. But at the same time, the improvement in logistics alone requires the use of network perception, discussion, decision-making and identification, in order to supervise the cycle of a product in a good way. The data collection after the product is made must be an open platform that connects different components and controls the whereabouts of client devices, so as to find manufacturing embedded systems that use blockchain applications, encryption methods, and artificial intelligence reconstruction.
Based on the application of blockchain, under the distributed manufacturing production method created by the Internet of distributed smart production devices, ecological partners in the upstream and downstream of the manufacturing peptide chain Change becomes a node above the county's blockchain technology and completes the mutually subversive creativity below the node. For example, when the company combines the retailer and customer data in the chain logistics supervision with the character cement factory, it can use real-time short-term customer support to control the overall planning and production status, and flexibly customize according to the customer's specifications. Out of regulation, obtain the largest customer support rate at the lowest cost. Therefore, this kind of application to track the completion of challenges not only allows the company to improve the overall planning process and production execution, but also improves the company's bridge with strategic retailers and customers.
Based on the adoption intention of distributed system intelligent production equipment under the InternetIt restructures the industrial significance inspection operation and data plot operation mode through the supervision method of the planned life cycle, and can complete the diversification of the banking industry's own joint reports, manufacturing chain analysis, financial industry analysis and training higher education related to industrial production. limitations.
2. Cooperation and upgrading of the operating system of the entire production process equipment
China’s grinding service industry has a relatively long history of mechanical technology and networking, even within the same industry , the mechanical technology level and key technologies of the subsidiaries are also completely different. Therefore, the sample distribution is relatively scattered, and it is difficult to obtain scientific data on the product planning life cycle required by character cement plants. After the subsidiary is launched, it uses blockchain applications to reconstruct the warehouse supervision device, and on this basis, it builds shared resource factories, blockchain technology semiconductor business platforms, and adopts meaningful cycle intelligent supervision devices and other applications, which can promote the subsidiary's global operations. Integrated supervision and consultation on the challenging production process in Taiwan.
On the basis of networked manufacturing processes and procurement equipment, blockchain applications can realize cooperation across actors, such as enabling flexible shared resource allocation for production that would otherwise be impossible to complete. , It can also facilitate flexible discussions and formulations between supply and demand parties in the procurement information business field, and enable the entire manufacturing chain to be coordinated and networked.
Take industrial diesel and natural gas as an example; in traditional energy supply, diesel construction, heating, crude oil and other energy supplies are all operated by separate subsidiaries. In the future, blockchain technology will be the basis. In the heavy chemical industry Internet technology on the Internet, various energy sources are closely integrated and cooperated in production, conversion, storage, transportation, manufacturing debugging, control, supervision, application, etc., forming an organic whole, making various This kind of diesel and natural gas can achieve flexible stability in different physical device operating systems through heat transfer equipment, realize flexible storage and stepped utilization of energy, and can significantly improve the conversion and utilization rate of diesel and natural gas.
Specifically, blockchain technology is used to record real-time production information and costs of different energy supplies. When there is a market across different types of diesel and natural gas, several energy supplies can be recorded. On this basis, the transaction and price information below is instantly converted into the residual value price of various diesel and natural gas in each region (such as connection point rent, connected gas and heating prices, connected heating and cooling prices); otherwise the energy supply can be based on the region. The residual value price information in the blockchain technology can improve the operation of the own installation system, or by signing a smart contract, implement automatic debugging instructions based on the residual value price information, and develop energy based on the residual value price information. Spend money on cleaning.
#BTC[超话]# #digital currency#
㈤ Blockchain and smart contracts, Ethereum development, 18Compiled by 3 developers, a summary of the knowledge system
A guide to the available tools, components, patterns and platforms for developing applications on Ethereum.
The creation of this list was driven by product managers at ConsenSys who saw a need for better sharing of tools, development patterns, and components between new and experienced blockchain developers.
Develop smart contracts
Smart contract language
Architecture
IDE
Other tools
< p> Test the blockchain networkTest the Ethereum faucet
Front-end Ethereum API
Back-end Ethereum API
Bootstrap/Out-of-the-Box Tools
Ethereum ABI (Application Binary Interface) Tools
Ethereum Client
Storage
Mahuta - IPFS storage service with additional search capabilities, formerly known as IPFS-Store
OrbitDB - decentralized database on top of IPFS
JS IPFS API - Client library for the IPFS HTTP API, implemented in JavaScript
TEMPORAL - Easy-to-use API to IPFS and other distributed/decentralized storage protocols
PINATA - Using The Easiest Way to IPFS
Messaging
Testing Tools
Security Tools
Monitoring
Other Miscellaneous Tools
Cheshire - A native sandbox implementation of the CryptoKitties API and smart contracts, available as a Truffle Box
ERCs - Ethereum comment request repository
ERC-20 - Original token contract for fungible assets
ERC-721 - Token standard for non-fungible assets
ERC-777 - Improved token standard for fungible assets
ERC-918 - Minable Token Standard
Popular smart contract library
Scalability
Payment/State Channel
Plasma
Sidechain
POA Bridge
POA Bridge User Interface
POA Bridge Contract
ZK-SNARK
ZK-STARK
Pre-built UI components
The above content is from the git library:
github.com/ConsenSys/ethereum-developer-tools-list
I am Yuge, a full-stack programmer starting a business in Shenzhen. Mainly focusing on blockchain, metaverse and smart contracts, additional small programs and app development.
[Pray]
㈥ What blockchain technology listed companies are there in blockchain concept stocks?
Blockchain is a distributed data storage New application model, it is an important concept of Bitcoin. There are currently 35 stocks related to the blockchain concept in the A-share market, of which 6 blockchain concept listed companies are traded on the Shanghai Stock Exchange and 29 blockchain concept listed companies are traded on the Shenzhen Stock Exchange.
According to the correlation of blockchain, the leading stocks of blockchain concept stocks are most likely to be born from Xinchen Technology, Luyitong, and Sifang Jingchuang.
Xinchen Technology: On September 29, 2016, the company stated interactively that the company is currently engaged in research and development of blockchain technology.
Lu Yitong: The company plans to raise a total of 67.9691 million shares of 67.9691 million shares at 24.57 yuan per share, and the total amount of supporting funds will not exceed 1.670 billion yuan, which will be used to pay the cash consideration for this transaction and build the industrialization of blockchain ASIC chips. Projects, artificial intelligence ASIC chip R&D center, chip product marketing and service network, etc.
Sifang Jingchuang: On May 31, 2016, the founding meeting and the first members meeting of the Financial Blockchain Cooperation Alliance (Shenzhen) were officially held in Shenzhen Wuzhou Hotel. The company was one of the founding members of the meeting.
㈦ BlueFocus and Blockchain Data Foundation cooperate to explore marketing blockchain applications
Recently, Blockchain DATA Foundation and BlueFocus reached a strategic Cooperation, the two parties will work together to build the marketing blockchain laboratory of BlueFocus Kunlun Hall Research Institute. The two parties will cooperate on the technical implementation of the DATA project in data anti-fraud in the field of digital marketing, and will also jointly explore the broad application prospects of blockchain technology in the field of advertising and marketing.
BlueFocus was founded in 1996 and listed on the GEM in 2010. In addition to having branches in major domestic regions,It has an international business network in North America, Europe and other countries and regions in Asia-Pacific, and is the largest marketing communications company in Asia. In the context of the era of big data and social media, BlueFocus continues to increase data genes and technology genes through business innovation and investment and mergers and acquisitions, and achieves the integration of content, creative services and product technology capabilities, forming new core competitiveness. In 2017, BlueFocus achieved total revenue of 15.2 billion yuan, of which data technology business revenue accounted for nearly 90%. More than 20% of the ideas have been completed by independently developed intelligent service robots, and the intelligent management service platform has taken shape.
The DATA project is a decentralized terminal data credit protocol based on blockchain and driven by AI technology and P2P mobile storage architecture. The DATA project is committed to using blockchain technology to solve serious problems in the global digital ecosystem such as data fraud, low cooperation efficiency caused by lack of trust, waste of ecological resources, and uneven value distribution. Through terminal-level data trustworthiness assessment, the DATA project hopes to solve the problems of data traceability, confirmation of incentives, and quality control.
In March of this year, BlueFocus and Lakala Group jointly established the Kunlun Hall Big Data Research Institute, which consists of four major laboratories: cloud computing, artificial intelligence algorithms, service robots, and blockchain applications. And set up a research center in Silicon Zen Valley. BlueFocus hopes to integrate various forces to build a smart operation platform. In the future, it will rely on big data construction capabilities to realize the output transformation and in-depth application of scientific research results, provide a powerful engine for the intelligent development of the entire marketing system, and ultimately empower customers with smart operations. Ability to achieve business model innovation.
The two parties will carry out the following cooperation on the implementation of the DATA project and the exploration of blockchain technology in the field of digital marketing:
On the one hand, based on the accumulation of marketing communication services over more than 20 years , BlueFocus has a deep understanding and strong demand for digital marketing effect monitoring. BlueFocus will try to use the Data Authentication Protocol and other related technologies provided by the DATA project within the system to build the underlying blockchain infrastructure for terminal data quality monitoring and traffic fraud prevention. For example, its mobile intelligent marketing integration service company Domob focuses on mobile brand advertising, performance advertising and APP distribution, and has a one-stop programmatic advertising platform. By combining DATA, Domob can not only further improve its traffic anti-fraud system, optimize service processes and improve marketing efficiency, but also become a DATA ecological certification node and work with ecological partners to jointly govern the ecosystem.
On the other hand, the two parties will combine the actual needs of BlueFocus and its subsidiaries in the marketing field to explore more application scenarios of blockchain technology, and use blockchain technology toThe Blockchain DATA Foundation leads the research of the institute’s blockchain laboratory in the field of marketing. Through core mechanisms such as blockchain-based consensus engines and smart contracts, the two parties will conduct research on marketing alliance chain research and development, intelligent marketing, settlement and payment, and data privacy security. By combining AI and big data technologies, we jointly improve digital marketing efficiency and create more value for customers and ecological partners.
In this cooperation, BlueFocus will also join the Global Data Trust Alliance as a strategic partner to jointly build a true, mutually trusting and efficient global data ecosystem. The Global Data Trust Alliance is an alliance initiated by the Blockchain DATA Foundation with the goal of establishing a true and mutually trusting data ecosystem. Currently, the American marketing data monitoring and analysis company Kochava, XCHNG Global Zone Blockchain digital marketing platform and global mobile monetization optimization platform Yomob are both members of the alliance. At the same time, Kunlun Hall Marketing Blockchain Laboratory will also work together with members of the Global Data Trust Alliance to explore potential vertical application scenarios that blockchain technology can really empower in solving data trust.
㈧ Hainan has introduced policies and measures to accelerate the development of the blockchain industry
The Hainan Provincial Blockchain Association launched a "10,000,000,000" plan on the 17th to assist the construction of "Chain Hainan". Designed to respond to the "Notice on Several Policy Measures to Accelerate the Development of the Blockchain Industry in Hainan Province".
The Hainan Provincial Blockchain Association received approval from the Hainan Provincial Department of Civil Affairs on December 2, 2019. It is one of the few provincial-level blockchain associations in the country. The association is led by Tianya Community, one of the earliest Internet companies in China to lay out innovative applications of blockchain, and has attracted dozens of domestic and foreign blockchain companies to participate. Its members include Internet companies, blockchain companies, scientific research institutes, think tanks and institutions. Various entities in the industry including professional media. The main responsibilities of the association are industry research, technology research and development, policy recommendations, standards and specifications, technical cooperation, entrepreneurship incubation and guiding members to exercise self-discipline.
Xing Ming, president of the association and chairman of Tianya Community, said that as a bridge connecting the government and industry, the association relies on the advantages of Hainan Free Trade Port to aggregate the strengths of all parties in the blockchain industry to build Hainan into a district. The association has made contributions to the innovation and application of the blockchain industry. After its establishment, the association has cooperated with the policy research of relevant industry authorities on many occasions.
Hu Chao, vice president of Ouke Cloud Chain Group and executive vice president of the Provincial Blockchain Association, the lead initiator of the "Chain Hainan" construction of "10, 100,000,000" plan, said that the plan is based on relevant government policies, A systematic project launched based on the functions of the association, aiming to create a "Hainan benchmark" and "Hainan model" in the new wave of blockchain technology innovation and industrial implementation.
"Ten hundred"Ten Million" consists of the following parts: "Individual" refers to the underlying technology platform for building several public chains and alliance chains through self-construction, investment promotion, cooperation, etc. by association members. This is the infrastructure for the development of blockchain. Tianya Community, the leading unit of the provincial association, is already exploring the construction of a blockchain public service platform. The blockchain-based Tianya Points (TYT) are developing into a cross-border tourism general points, which can be used for food, accommodation, transportation, travel, shopping, and entertainment. .
"Ten" refers to the association cooperating with all walks of life to organize ten high-level international blockchain conferences to create a good industrial atmosphere. "Hundred" refers to assisting relevant departments in attracting "hundred" well-known enterprises in the blockchain industry to settle in Hainan. “Thousands” means that the association assists enterprises in transforming blockchain technology into “thousands” of practical applications in Hainan. “Ten thousand” means that the association will coordinate resources from blockchain industry experts, think tanks, scientific research institutions, media, etc. , organize multi-level blockchain talent training, and connect "ten thousand" blockchain industry talents to Hainan.
Xing Ming said that the association not only serves Hainan, but also plans to form an alliance to bring together the advantages of all members , providing services across the country and even the world, and building Hainan into a blockchain industry highland.
㈨ What are the current development prospects of blockchain technology
Increase in research strength and research results Significant
As of the end of 2019, the number of blockchain research institutions in my country has reached 97. In addition, domestic universities have deployed blockchain technology research, strengthened the innovation of theoretical knowledge of blockchain technology, and improved the blockchain technology in universities. R&D capabilities. By the end of 2019, my country had 24 universities participating in strengthening blockchain technology research and development. Core technologies are mainly distributed in consensus algorithms, cross-chains, underlying architecture, and multi-chains.
From the research results, in terms of consensus mechanism, my country's consensus mechanism is gradually moving from a single algorithm to a hybrid consensus; in terms of cryptographic algorithms, cryptographic algorithms such as secure multi-party computation, homomorphic encryption, and zero-knowledge proof are continuously integrated and applied; cross-chain technology and security Technology research has gradually become a research hotspot.
From the perspective of blockchain hardware, currently, the world’s most important digital currency mining equipment supply companies are located in China, and only Bitmain, Three mining equipment companies, Canaan and Yibang Technology, account for more than 90% of the market share.
From the perspective of industry applications, the financial industry currently has the most blockchain technology projects and scenarios. The most abundant industries, such as supply chain finance, asset certificate aromatization, credit reporting and risk control, etc.
In 2019, China accounted for 60% of the world’s patent applications
With national policies With the tilt towards blockchain and the implementation of applications in various fields, blockchain-related patents have gradually received attention from all parties. Compared with 2018, the number of blockchain-related patent applications from Chinese enterprises in 2019 increased significantly. Before entering the list Among the 100 global companies, my country accounts for 63%.
The blockchain industry will be further standardized in 2020
In 2020, my country’s blockchain policies will continue to be favorable, standards and specifications are more perfect, the industrial scale continues to grow, technology continues to innovate and develop, and the application demonstration effect in key areas is accelerated. At the same time, based on the problems existing in the development of my country's blockchain in 2019, CCID Blockchain Research Institute proposed to speed up top-level design and formulation, establish a sound regulatory system, accelerate core technology innovation and research and development, promote third-party evaluation and certification, strengthen professional talent training, and accelerate promotion Six suggestions for implementation in various fields.
