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Ten trends of industrial Internet Security in 2021 From Tencent security is a website that focuses on future technologies, markets and user trends. We are responsible for collecting the latest research data, authority data, industry research and analysis reports. We are committed to becoming a data and report sharing platform for professionals and decision makers. We look forward to working with you to record the development trends of today’s economy, technology, industrial chain and business model.Welcome to follow, comment and bookmark us, and hope to share the future with you, and look forward to your success with our help.

The following is the Ten trends of industrial Internet Security in 2021 From Tencent security recommended by And this article belongs to the classification: research report, network security.

The following is the content of “Top Ten Trends of industrial Internet Security (2021)”:

1. Laws and regulations issued intensively to speed up the perfection of personal information protection system

With the promulgation of civil code, data security law (Draft) and personal information protection law (Draft), the construction of a multi-level collaborative personal information protection system among users, enterprises, and governments has been accelerated. First, the rights and interests of personal information are clarified, the protection awareness of personal information is gradually strengthened, the controllability of users on personal information is constantly improved, and the damage relief system of personal information rights and interests will be increasingly improved. Secondly, enterprises should standardize the use of personal information, and digital security compliance management will become an essential ability of enterprises, and promote enterprises to implement laws and regulations from product form, data application mechanism, technical security measures and other dimensions.

2. Global Digital Security Co governance system is imperative

The application and development of digital technology accelerates the process of industrial digitization, but it also leads to the ubiquity and complexity of security issues. Security issues have gradually evolved into a global governance problem involving policies, laws, standards, technologies and applications. It requires the joint efforts of the government, industry associations, enterprises, users and other multiple subjects to form a co governance system of collaborative linkage, complementary capabilities and information exchange to cope with the dynamic change and boundary generalization of Cyberspace Security Governance.

3. The evolution of privacy computing from technology verification to pilot application

With the aggravation of data island phenomenon in all walks of life and the urgent need for in-depth analysis of multi-dimensional data, data collaboration has become an important path for financial, medical and other industries to mine data value. Privacy computing is becoming the key technical support to solve the dilemma of multi-agent data collaboration, ensure data security and privacy protection effect. Multi party secure computing, differential privacy and other privacy computing technologies will gradually improve the computing performance and reduce the application threshold through the application research and engineering verification of various sectors of industry, University, research and application. The application field will also transition from the initial application of financial industry to the pilot application of manufacturing and government affairs industries, so as to help more vertical industries realize the maximum value of data based on cooperation.

4. Zero trust framework enters the stage of application and promotion

With the evolution of network protection from traditional border security concept to zero trust concept, zero trust will become the mainstream architecture of digital security era. On the one hand, products based on zero trust will continue to emerge. These products take network access security as the starting point, dynamically conduct access control based on the change of security status of key objects in the access process, and gradually integrate more security protection capabilities for identity, equipment, network and other key objects under the zero trust system, so as to minimize the overall security wind of the enterprise Insurance. On the other hand, the zero trust application scenario will expand the user access service scenario based on remote office to cross cloud business access, call between CVM on cloud, and call between k8s mirror instances.

5. AI reshapes network security attack and defense paradigm

The popularity of AI application intensifies the security and moral risks such as privacy protection, data security, ethics and morality, which poses new challenges to network security. At the same time, it has become an important tool for both ends of network security attack and defense, and improves the automation level of both ends. On the one hand, the application of AI in the field of network black ash production will continue to enhance, increasing the difficulty of network black ash production governance. On the other hand, AI is gradually integrated into all kinds of network security products and solutions, becoming an assistant for security experts to solidify their knowledge and build automatic protection tools, and begin to realize commercial value in network intrusion, malware attack defense, situation awareness, etc.

6. Optimal solution of cloud native security construction security service system

In the era of industrial Internet, the cloud will become normal for enterprise digital business, but at the same time, the scale of cloud security threats is rapidly expanding, and the black ash industry using public cloud platform to launch attacks is more threatening. On the one hand, cloud native security will build the whole life cycle protection of security services, and consolidate the security base at the beginning of business construction, and accompany the whole process of business development from security tools, products to service systematization. On the other hand, cloud security products are evolving towards modularity, agility and elasticity, which can release redundant computing power in the stationary period while coping with high-intensity attacks, which reduces the application cost of enterprises, improves the overall security level, and becomes the “optimal solution” considering cost, efficiency and security.

7. 5g security will pay more attention to systematization and scenario

5g network introduces new technologies such as network function virtualization, network slicing, edge computing, and network capacity opening. In the future, network capabilities will be more diversified, breaking the closed nature of traditional telecommunication networks. Security will run through the whole industry cycle of network construction, operation and application, and carry out systematic full link protection for “cloud, management and end”. At the same time, the three scenarios of enhanced mobile broadband, low delay and high reliability, and massive Dalian connection have different requirements on network bandwidth, delay and connection number, and each scenario has its own performance indicators such as mobility, power consumption and computing power. Therefore, the security requirements in key links such as threat monitoring, access authentication, data encryption and decryption will be closely combined with the characteristics of scenarios and terminals in the future It needs customized and differentiated security protection strategies and solutions.

8. Multiple linkage black ash production control system gradually formed

With the development and evolution of Internet business, network crime has brought a huge space to reach, and the black ash industry with profit-making as its main goal has gradually formed a complete ecology. Black ash production resources modularization, gang fragmentation and operation specialization trend is obvious, which gives birth to a strong system confrontation ability. On the one hand, Internet enterprises improve the prevention and control level of black ash production in the whole industry through the output of security governance capacity, and the rudiment of government led co governance system for black ash industry has taken shape; on the other hand, the parties will build a governance mode of systematic governance, linkage and coordination of black ash production by using diversified means such as laws and regulations, advanced technology, publicity and education Control the development and spread of black ash production.

9. Supply chain security risk forces the construction of upstream and downstream security protection “community”

Digital transformation accelerates the construction of close cooperation digital network between upstream and downstream of supply chain. This interconnected supply chain digital network will force the evolution of enterprise security system from single point enterprise defense to overall defense in depth of supply chain. On the one hand, the enterprise network security risk will extend to both upstream and downstream of the supply chain in addition to its own system. The security loopholes of a single organization in the supply chain may become the breakthrough of all organizations’ defense lines in the whole supply chain. On the other hand, the safety protection level of the enterprise will be closely related to the upstream and downstream organizations, and the upper limit of the safety protection capability may be determined by the minimum level of the upstream and downstream organizations in the supply chain.

10. Safety is the premise of industrial digital transformation

Driven by industrial digitalization, new applications and new scenarios such as smart medical, industrial Internet and Internet of vehicles are constantly emerging. The security of digital business in these traditional industries will directly affect the safety of people’s lives and property and national information security, and security preposition will become an important premise and foundation for the digital transformation of traditional industries. At the enterprise level, in the process of digitalization, the strategic position of security will continue to improve. More and more enterprises will regard security as the “top priority project”, accelerate the establishment of professional security teams and build a comprehensive security system. At the level of digital business, more security factors will be considered at the initial stage of business construction, so as to avoid security risks and reduce the cost of solving security problems. Security will co-exist with the R & D design and application management of digital business.

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