What is digital resource content security?
The security of digital resource content is a security requirement to ensure the integration of multiple technologies such as computer technology, communication technology, and multimedia technology. It is also a requirement for information security at the political, legal, and moral levels. Basic principles for content security management of digital resources: 1. The system that stores digital content resources cannot be directly connected to the Internet; 2. Digital content resources are not allowed to leave the physical jurisdiction of the publishing house. If they must be released, strict approval and protection must be carried out ; 3. The transmission of digital content resources must be traced and encrypted from the underlying mechanism.
The operating environment of this tutorial: Windows 7 system, Dell G3 computer.
The content security of digital resources is a security requirement to ensure the integration of multiple technologies such as computer technology, communication technology, and multimedia technology. The content security of digital resources is a requirement for information security at the political, legal, and moral levels. The development of information technology not only digitizes a large amount of data, but the rapid dissemination of these digital resources brings great convenience to people's lives. It also brings many security issues such as content piracy, content leakage, and illegal content. Therefore, this requirement makes the content of digital resources politically healthy, and the information content must comply with national laws and regulations, and it must also comply with the fine moral norms of the Chinese nation.
Basic principles of digital content resource security management
Digital content resources are easy to spread, portable and intangible, which makes them It is extremely easy to leak, and once leaked, it is difficult to detect and track. In order to overcome the above three disadvantages, the security management of digital content resources must follow at least three basic principles. These three principles are the safety bottom line for digital content resource management. No matter how the strategy changes, these principles should not be broken.
1.1 The principle of keeping resources off the Internet
The principle of keeping resources off the Internet is aimed at the easy dissemination of digital content resources. It means that the system that stores digital content resources cannot be directly connected to the Internet. "Direct connection" means that digital content resources are directly connected to the Internet without the protection of any security devices or policies. When network conditions permit, the cost of copying and distributing digital content resources is extremely low, and sometimes it can even spread out of control, seriously infringing on the rights and interests of publishers. Our country's digital rights management (DRM) is still in its infancy, and there is still a large technological gap between it and foreign countries and it is not yet mature. At the same time, various network security incidents have occurred frequently in recent years, and network security threats and security risks have continued to increase, which has become an important factor affecting the healthy development of the economy and society. Once resources are online, they will be vulnerable to hacker attacks. Therefore, digital content resources should avoid direct connections to the Internet.
1.2 The principle of resources not leaving the publisher
The principle of resources not leaving the publisher focuses on the portability of digital content resources, which means that digital content resources are not allowed to leave the physical jurisdiction of the publisher. Compared with physical assets, digital content resources occupy very little space. Currently, the storage capacity of a hard drive has reached a maximum of 12TB, which is enough to hold all the e-books of a small publishing house. Once the digital content resources flow out of the publishing house through storage media, since the digital content resources are extremely convenient to copy and leave no traces, the harm is even greater than the leakage of online resources. Therefore, digital content resources should be strictly limited to publishers. If it is necessary to leave the company, strict approval and protection must be carried out.
1.3 Encrypted traces of resource transmission
The principle of encrypted traces of resource transmission is aimed at the tracelessness of digital content resources. The copying and dissemination of digital content resources is not absolutely traceless. Through technical means, relevant operation records can be retrieved from the bottom layer of the operating system, but the threshold and cost are relatively high. For most non-technical people, it is difficult to detect and trace the flow of digital content resources, and it is actually invisible. In order to overcome the threat posed by this tracelessness to the security of digital content resources, the transmission of digital content resources must be traced and encrypted from the underlying mechanism. Leaving traces means that all digital content resource transmissions must have actual records that can be checked; encryption means encrypting the transmitted digital content resources, and the recipient must decrypt them before they can use them.
Application scenarios for digital resource content security include:
Intelligent review of UGC content: UGC content is mainly divided into several categories. The first is the member area. In the Internet scenario, many contents of the member area need to be managed (member avatars, member names, member screen cuts). Since some platform management cannot change member information without authorization, the member area must be managed. The second is other interactive categories. For example, when bad comments that may exist in common game world channels on the market need to be controlled, AI review can help.
Spam SMS/MMS: Currently, many Chinese operators are distributing SMS services. Cloud communication technology in AI content can help major enterprises accurately send necessary information to customer groups, and follow up marketing, notifications and feedback.
Anti-game cheating: In online gaming platforms (especially in the SLG gaming field), there are often some abnormal users who engage in behaviors such as making money, attracting people, and leading negative comments through different channels. Such a phenomenon will affect the direction accuracy of game updates and iterations, make players' game environments all over the place, and cause negative comments from game manufacturers. Therefore, anti-grain production and real-time public opinion monitoring products are very necessary at this time, because it will support differentiated prevention and control strategies in game operations, continuously assist in refined plug-in management, thereby increasing the popularity and longevity of a game and its positive impact. word of mouth.
Minor authentication: Based on the application of deep learning biometric algorithms, dynamic risk perception and other AI methods, it provides safe and accurate identity authentication services. Call the national core data source database in real time to eliminate black databases and private databases, and fully ensure the absolute security of user information privacy from terminal equipment, network transmission, servers, data management and other aspects.
Face scanning: With the continuous advancement of AI technology, the coverage of artificial intelligence content security scenarios is constantly increasing. For enterprises in the market, visual intelligent systems can optimize scenarios and existing technical systems. Help manufacturers reduce costs and contribute to a green network environment.
For more related knowledge, please visit the FAQ column!
The above is the detailed content of What is digital resource content security?. For more information, please follow other related articles on the PHP Chinese website!

Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

Video Face Swap
Swap faces in any video effortlessly with our completely free AI face swap tool!

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Hot Topics

In network security, EDR refers to "Endpoint Detection and Response". It is a proactive endpoint security solution that includes real-time monitoring and the use of automatic threat response mechanisms to collect endpoint security data; by recording terminal and network events, this information is stored locally. stored on endpoints or centrally in a database. EDR will collect known attack indicators, behavioral analysis databases to continuously search data and machine learning technology to monitor any possible security threats and respond quickly to these security threats.

"Confidential" and "Secret". Do not use ordinary telephones or fax machines to discuss or transmit confidential information. To fax confidential information, you must use an encrypted fax machine approved by the national cryptography management department. It is strictly forbidden to use an unencrypted fax machine to transmit state secrets. Encrypted fax machines can only transmit confidential and confidential information, and top-secret information should be sent to local confidential departments for translation.

With the advent of the digital age, network security and information security have become indispensable topics. However, many people are not clear about the difference between these two concepts. This article will provide a detailed analysis in terms of definition, scope, threats, etc. 1. Definition and Category Differences Network security refers to a technology that protects the security of the network and the hardware, software, data and other resources involved in its operation. Specifically, network security includes the following aspects: network infrastructure, network application services, network data and information flow, network security management and monitoring, network protocols and transmission security.

The five basic elements of information security are confidentiality, integrity, availability, non-repudiation and auditability. Detailed introduction: 1. Confidentiality is to ensure that information can only be accessed and used by authorized people or entities to prevent unauthorized disclosure or disclosure. In order to maintain confidentiality, encryption technology can be used to encrypt sensitive information and only authorized personnel To decrypt and access; 2. Integrity refers to ensuring the accuracy and integrity of information during storage, transmission and processing, and preventing information from being tampered with, modified or damaged. In order to maintain integrity, data integrity checks can be used, etc. .

Characteristics of information security: 1. Confidentiality, information can only be accessed and used by authorized persons or entities, and cannot be obtained by unauthorized persons; 2. Integrity, information remains complete and accurate during transmission, storage and processing ; 3. Availability, the information is available and accessible when needed; 4. Credibility, the source and content of the information are trustworthy to prevent the spread of false or malicious information; 5. Non-repudiation, the sender of the information and the recipient cannot deny their behavior or communication; 6. Auditability, traceability and auditability of information security; 7. Privacy protection, etc.

With the rapid development of information technology, enterprises are facing more and more information security risks. Information security problems may come from internal sources, such as employee negligence, poor management, malicious operations, etc.; they may also come from external sources, such as hacker attacks, virus infections, phishing, etc. Ensuring corporate information security not only involves the economic interests of the company, but also involves customer trust and brand value. Therefore, enterprises should pay attention to information security management and adopt scientific and effective methods to conduct information security management. In this article, we will analyze enterprise information security from a methodological perspective.

The elements of information security include confidentiality, integrity, availability, authenticity, non-repudiation, auditability and recoverability. Detailed introduction: 1. Confidentiality refers to ensuring that information can only be accessed and used by authorized people or entities, which means that information should be encrypted during transmission and storage, and only verified users can access the information; 2. Completeness Safety refers to ensuring that information is not tampered with or damaged during transmission and storage; 3. Availability refers to ensuring that information can be used timely and reliably when needed, which requires the use of data integrity checks and verification mechanisms, etc.

The iPhone is widely regarded as a ubiquitous smartphone that provides users with a host of computer-like features. However, cybercriminals often target smartphones, including iPhones, to extract sensitive data and personal information. Given the convenience of performing daily tasks on the go, the iPhone also poses a potential vulnerability to user privacy. Even tech-savvy people can be at risk if their device's security settings are not configured properly. Fortunately, users can take precautions to prevent unauthorized access to their iPhone. This guide outlines 10 important iPhone privacy settings that users should adjust to enhance the security of their device. Your iPhone is not what you think it is