What is the difference between trusted computing technology and ordinary computing technology?

In the digital age, computing is an indispensable technology, and people have higher and higher requirements for computing. However, traditional computing technology is difficult to meet the requirements of big data, cloud computing, artificial intelligence and other applications for computing security, privacy, reliability and other aspects. Therefore, trusted computing technology emerged as the times require. This article will discuss what is trusted computing technology, the difference between trusted computing technology and ordinary computing technology, the application of trusted computing technology, and the development prospects of trusted computing technology.

1. What is trusted computing technology?

Trusted computing technology refers to a special type of technology used in the computing process to improve the security, reliability, confidentiality, etc. of the system. computing technology. Systems with trusted computing technology are called trusted systems. Such systems can provide their users with stronger protection than ordinary systems. The implementation of trusted computing technology is based on a comprehensive system of multiple hardware, software, protocols, etc., aiming to improve the credibility and security of computing systems.

2. The difference between trusted computing technology and ordinary computing technology

The main difference between trusted computing technology and ordinary computing technology is credibility, trust mechanism, isolation and protection mechanism.

1. Credibility

Trusted computing technology considers the overall credibility of the system to ensure that the computing process is not subject to malicious attacks or external security threats. This is the main difference from ordinary computing technology, which cannot ensure the security and credibility of the entire computing process.

2. Trust mechanism

To ensure the credibility of every link in the computing process, trusted computing technology is based on a series of trust mechanisms and protocols to ensure security. For example, trusted computing technology usually uses multi-path verification, authentication, key management and other technologies to implement strict security control over the entire computing process.

3. Isolation

Another important feature of trusted computing technology is isolation. This technology can effectively isolate the relationship between components and the access and allocation of resources to avoid illegal attacks and foreseeable security risks.

4. Protection mechanism

Ordinary computing technology is usually implemented in software, while trusted computing technology usually requires hardware cryptography as a protection mechanism. Therefore, trusted computing technology is more powerful and efficient in terms of reliability, confidentiality and security.

3. Application of Trusted Computing Technology

Trusted computing technology is widely used. At present, trusted computing technology has been widely used in many aspects such as infrastructure construction and security protection, cloud computing center security, intelligent transportation systems in the transportation field, and network security protection and monitoring.

In terms of infrastructure construction and security protection, the application of trusted computing technology mainly involves the security of data storage in banking institutions, nuclear energy, water conservancy and other important industries. The application of trusted computing technology has better guaranteed the security and reliability of these infrastructures.

In terms of security assurance of cloud computing centers, trusted computing technology can help cloud computing centers protect user data and privacy and prevent data loss caused by malicious attacks and incorrect operations.

In the intelligent transportation system in the field of transportation, trusted computing technology can use advanced communication technology, sensing technology, etc. to provide intelligent operation and monitoring for vehicles, increasing the safety and efficiency of transportation.

In terms of network security protection and monitoring, trusted computing technology can effectively prevent security threats such as network attacks, remote viruses, hijacking and data modification. At the same time, it can also monitor and control abnormal network traffic.

4. The development prospects of trusted computing technology

The development prospects of trusted computing technology are very broad. With the advent of the big data era and the widespread application of cloud computing and artificial intelligence technology, safe, reliable, and efficient trusted computing technology will receive more attention, and its industrial development prospects will become broader.

With the advent of the big data era, trusted computing technology will play a more important role in ensuring the security, reliability and privacy protection of data. According to statistics, the global cloud computing data center market will reach US$123.25 billion by 2025, which also provides solid support and market demand for the application of trusted computing technology in this field.

In addition, trusted computing technology also has broad application prospects in fields such as intelligent manufacturing, machine learning, and virtual reality, and can effectively improve computing performance and security. It is expected that by 2025, the global digital intelligent manufacturing market will exceed US$3 trillion, and digital intelligent manufacturing will become an important area of ​​the trusted computing industry.

In short, the difference between trusted computing technology and ordinary computing technology lies in credibility, trust mechanism, isolation and protection mechanism. Trusted computing technology has a wide range of applications and has broad development prospects. It is believed that in the future digital era, trusted computing technology will continue to play a vital role.

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