蚂蚁区块链身份证号怎么弄的,蚂蚁区块链身份证号怎么弄出来

㈠ How to register Heilongjiang blockchain information services

1. Operational process of the blockchain information service registration system
First, the applicant must provide subject information according to the situation , person in charge information, service information, record the required material pictures, and then submit it to complete.
Waiting for review by the relevant department and reply within twenty working days.
After final review by the office, the registration number will be obtained. Blockchain information service providers that have completed registration should display their registration number on their Internet websites, applications and other prominent locations.
2. Preparation for the blockchain information service filing period
1. Material preparation: Prepare personal certificates/information related to the enterprise, such as electronic attachments to the business license, ICP filing information, enterprise product introduction, company Official seal and material authenticity statement document (provided by the official website in the attachment).
2. The blockchain information service subject who registers the filing information for the first time needs to register with a real name, fill in the name, mobile phone number, email and other information, and set a password before filling in the filing information.
3. Blockchain information service registration content
It is necessary to submit the application subject information, person in charge information and service information:
(1) Applicant information
Applicants are divided into individuals and mechanism. Both of the required contents include: registration place (detailed address), signing the authenticity certificate of the material according to the template provided by the filing system and uploading the scanned copy; if there is a website, the URL of the homepage of the website must be provided.
1. Individual
Individuals need to submit their name, ID number, ID address, detailed mailing address, and upload a scanned copy of their ID card.
2. Institution
The institution needs to submit the name of the unit, unified social credit code, certificate address, detailed mailing address, and upload a scanned copy of the business license.
(2) Person in charge information
This part requires the submission of name, office phone number, ID card, ID number, mobile phone number, email address and scanned copy of ID card. Contact information, ensure that the contact information is true and valid, and it is an institutional legal person.
(3) Service information
Information is the main content of the archive.
1. Basic service information
The basic information required for the service includes service name, website name, URL/client name, official account name, service description, whether the information service management agency is available, and the information before starting operation information.
If the website content requires publishing, news and other related fields, you need to go to the relevant competent province to apply for pre-approval documents, please select "Items requiring pre-approval", and you must upload a scanned copy of the pre-authorization certificate; otherwise, please select "Any of the above".
When the service person in charge and the host are the same, please check whether the service person in charge and the host are different, and please fill in the name and contact information of the service person in charge.
Use the "Filing Status Query" option to check the approval status of the submitted filing application, such as failed, under approval, passed, or failed.After the review is completed, the filing system will send notifications in the form of text messages and emails, and the filing subject can log in to the official website to view the review results. If approved, a record number will be issued. If the review fails, the reasons will be explained.
2. Service content
Service content is divided into three categories: infrastructure providers, application operation providers and technology providers.
The main chain name supported by any service content must be submitted. The notification system provides a drop-down box listing the main mainstream chains, which is optional. If the name of the chain you want to submit is not in the drop-down list, add the main chain you want to check.
(1) Infrastructure provider
Currently, the infrastructure provider service type options provided by the registration system include "mining pool, cloud mining and node information", and multiple selections are possible.
The aforementioned provider needs to check the service type and fill in the name of the main chain.
(2) Application Operator
Currently, the application operator service type options provided by the filing system include "wallet, blockchain transaction query browser, and others", and multiple selections are possible.
The aforementioned providers are required to check the service type and fill in the name of the main chain. Among them, the blockchain transaction query browser also needs to fill in the URL, annual cumulative visits, average daily visits in the past three months, server IP address, and server deployment location.
(3) Technology provider
Currently, the technology provider service type options provided by the filing system include "Baas and others", and multiple selections are possible.
The above provider needs to check the service type and fill in the main chain name. Among them, the blockchain Y query browser also needs to fill in the URL, annual cumulative visits, average daily visits in the past three months, server IP address, and server deployment location.
All the above providers need to check the service type and fill in the chain name. Among them, baas information service providers must submit information such as whether to provide service quantity, service object enumeration, software and hardware separation, cloud service qualifications, computer room location and other information. Other information service providers must also submit. Upload services, service quantities, open source, source code and technical white papers/documents.
The "Blockchain Information Service Management Regulations" (hereinafter referred to as the "Management Regulations") issued by relevant departments should be filed online on information service platforms such as websites. The formal implementation of the Regulations marks the beginning of China’s formal supervision of blockchain information services. For practitioners related to information services, filing means that there are laws to follow, preventing those who have not filed from being blocked. It is reported that some suspicious unregistered websites have been blocked, and service providers should initiate applications as soon as possible.

㈡ How to set private privacy of Jack Ma's blockchain

As a decentralized database technology, the private privacy setting of blockchain is a very important part. Jack Ma may set up the following aspects of privacy protection on his own blockchain:
1. Identity verification: On Jack Ma’s blockchain, individual users can protect their privacy through identity verification. This means that only after identityOnly authenticated users can access specific information.
2. Encrypted data: Jack Ma can use blockchain technology to encrypt personal data to prevent unauthorized access. This encryption technology protects user privacy by ensuring that only authorized users can access data.
3. Anonymous transactions: An anonymous transaction function can be set up on Jack Ma’s blockchain, allowing users to conduct transactions without exposing their identities. This approach can protect user privacy to the greatest extent.
4. Restrict access rights: Jack Ma can set access limits on the blockchain to only allow specific users or organizations to access specific information. This approach protects user privacy by ensuring that only authorized people have access to sensitive information.
In short, Jack Ma can protect his blockchain privacy through various means such as identity or verification, encrypted data, anonymous transactions and restricted access rights. These measures ensure that users’ data and privacy are protected to the greatest extent possible.

㈢How does blockchain bring about a “revolution” in personal data protection

How does blockchain bring about a “revolution” in personal data protection
U.S. media on the evening of the 17th local time It was disclosed that the British company Cambridge Analytica, which was deeply involved in the scandal of abusing personal privacy data, originally planned to launch a personal privacy data storage service and sell it in the form of cryptocurrency through blockchain technology. The concept of encrypting personal information is actually not new. The key to this idea lies in everyone's autonomy over personal information. Some industry insiders believe that blockchain technology may bring about a "revolution" in personal data protection.

In the era of big data, personal data is considered as precious as gold. The leakage of personal data is worrying, but most people are unlikely to cut off their connection with the Internet because they are afraid that their data will be collected. At this stage, companies, schools, hotels, social networking sites, etc. that are responsible for keeping personal information often fail to take responsibility. Experts believe that blockchain technology, as a "middleware" with features such as encryption, trust, peer-to-peer, and difficulty in tampering, is expected to solve this problem.
The emergence of blockchain technology has transferred the control of personal data from Internet companies to the hands of users themselves, making it possible for everyone to control their own personal data. Through it, users' personal data can be associated with personal digital ID cards. Users can choose whether the digital ID card is anonymous, pseudonymous or public. They can also access the blockchain application platform from any device anytime, anywhere to control their Internet personal data.
For example, the information on a person’s ID card number on the blockchain may be converted into a string of ciphertext, and the facial image information may also be encrypted. When he checks in at the hotel, he only needs to send the encrypted text of his ID number to the hotel through the application. The hotel will compare the information with the encrypted data on the blockchain application. It does not need to know any of his real information, but as long as the encrypted data compares If the results match, you can guarantee your stay.
At the same time, big data and artificial intelligence development require a large amount of user data resources.Users can optionally sell their personal data as cryptocurrency while receiving a certain return. For example, if an e-commerce company needs user data to develop a new application, users can choose to sell their shopping history data, but their address, account number and other information can still be kept confidential.
In the field of gene sequencing, blockchain applications have begun to challenge the "way to make money" of traditional gene sequencing companies selling personal data.
In recent years, gene sequencing services for ordinary people have become highly sought after. Taking the American Chromosome Biotechnology Company "23&Me" as an example, consumers can obtain family genetic information for less than $100 and a few mouthfuls of saliva. If they pay an additional $80, they can obtain genetic health risks based on the original data. In-depth analysis of other aspects. However, this company is not satisfied with the revenue from sequencing services. It also packages millions of customer genetic data it has in its possession and sells them to pharmaceutical companies. The Parkinson's disease data sold in early 2015 alone was worth US$60 million. Many similar biotech companies earn service revenue from consumers while reselling consumers' data to "make double money."
In February this year, George Church, a geneticist from Harvard University in the United States, founded the company "Nebula Gene", hoping to break this pattern through blockchain technology. The company plans to complete whole-genome sequencing at a price of less than $1,000. This cost will be borne by the customer. In return, the customer will have an intuitive understanding of the disease risks corresponding to their genetic information and will also have autonomy over the sequencing data. Genetic information will be secured through blockchain technology, encrypted and stored and sold according to the customer's wishes.
This company plans to launch a "Nebula Coin" as a transaction medium. Customers can exchange their genetic information for "Nebula Coins" and can also use "Nebula Coins" to pay for their own sequencing. Pharmaceutical companies can use Traditional currency purchases "Nebula Coins" to obtain the genetic information data of ordinary people. The entire transaction process is completed through the blockchain platform, and the encryption is transparent and safe.
Church said that after comprehensive factors such as sequencing costs, genetic information protection, data management and genomic big data processing, blockchain technology allows more people to truly "own" their own genetic information.