According to news from this website on July 5, the Japan Aerospace Exploration Agency (JAXA) issued an announcement today, confirming that the cyber attack suffered last year led to the leakage of information, and apologized to relevant units for this. JAXA stated that the information leaked this time includes not only the internal information of the agency, but also information related to joint operations with external organizations and personal information. JAXA believes that "this matter may damage the relationship of trust", but will not provide it due to the relationship with the other party. details. In this regard, JAXA has apologized to the individuals and related parties who leaked the information and notified them one by one. As of now, JAXA has not received any reports of any significant impact on the business activities of relevant personnel, but they deeply apologize for any inconvenience caused and apologize again. This site noticed that JA

With the rapid development and popularization of information technology, network hacker attacks have become a global problem. Cyber ??hacker attacks not only bring huge economic losses to businesses and individuals, but also have a huge impact on people's mental health. Therefore, studying the psychology of network hacker attacks will not only help understand the behavioral motivations and psychological states of hackers, but also help people face the problem of network hacker attacks more rationally. First of all, there are two main psychological motivations for hacker attacks: one is the love for technology and the desire to prove it through hacker attacks.

The current network attack model is multi-faceted and multi-method, making it difficult to guard against. Generally speaking, they are divided into four categories: denial of service attacks, exploitation attacks, information collection attacks, and fake news attacks.

The types of network attacks are: 1. Active attacks, which will lead to the tampering of certain data flows and the generation of false data flows; such attacks can be divided into tampering, forging message data and terminal (denial of service). 2. Passive attacks usually include eavesdropping, traffic analysis, cracking weakly encrypted data streams and other attack methods.

As the complexity of front-end applications continues to increase, web application security issues are becoming more and more important. The same-origin policy is an important security measure to avoid security issues such as cross-site scripting attacks. Nginx is a powerful web server software. This article will introduce how to use Nginx to configure the same-origin policy to protect front-end security. 1. Same-origin policy The same-origin policy is a security principle in web development that is used to restrict how documents or scripts under one domain name interact with resources under another domain name. Same origin refers to the protocol, domain name and terminal

A powerful tool to defend against network attacks: Use of Linux commands Network attacks have become a major challenge in today's Internet era. In order to protect the network security of individuals, organizations and enterprises, we need to master some powerful tools to defend against network attacks. In Linux systems, many powerful commands can help us improve network security. This article will introduce several commonly used Linux commands and provide corresponding code examples to help readers better understand and use these commands. View network connections netstat-annetstat command

The threat of cyberattacks has increased dramatically recently, and traditional measures now seem insufficiently effective. Because of this, deep learning in cybersecurity is rapidly making progress and may hold the key to solving all cybersecurity problems. With the advent of technology, threats to data security have increased, requiring the use of cybersecurity tools to protect an organization's operations. However, businesses are struggling due to their reliance on most cybersecurity tools. Enterprises rely on signatures or evidence of compromise to detect the threat detection capabilities of the technology they use to protect their business. Because they are only useful for identifying recognized risks, these techniques are useless against unknown attacks. This is where deep learning in cybersecurity can change the course of events. Deep learning is a branch of machine learning,

With the popularity of Docker container technology, more and more enterprises are adopting containerization technology to deploy their own applications. Compared with traditional virtualization technology, Docker containers use more lightweight virtualization technology and have the advantages of rapid deployment, easy management, and high scalability. However, when using Docker container technology, security issues have gradually surfaced. The isolation of networks between containers is not perfect, and container security issues deserve attention. This article will introduce how to use Nginx to run a Docker container environment