decrypt

简明释义

英[diːˈkrɪpt]美[diːˈkrɪpt]

vt. 译电文；解密码；解释

英英释义

单词用法

同义词

反义词

例句

1.The receiver of the message USES the corresponding private key, which it owns, to decrypt the message.

消息的接收方使用所拥有的相应的私钥解密消息。

2.The FS agent provides a feature to encrypt and decrypt data written to or read from file systems.

FS代理提供一个特性，用于加密或解密写到文件系统或从中读取的数据。

3.Listing 5 demonstrates how you can decrypt the encrypted data if you have the right private key.

清单5示范了当您有正确的私钥时，如何对加密的数据进行解密。

4.Decrypt the incoming SOAP message.

解密传入SOAP消息。

5.Login modules are used to retrieve and decrypt the various tokens to get to the user credentials.

登录模块用于检索和解密各种令牌，以获得其中的用户凭据。

6.Private key (sometimes just referred to as a key) : Can be used to sign or decrypt a message.

私钥(有时简称为密钥)：可用于对消息签名或加密。

7.The security team was able to decrypt the sensitive files that were stolen from the server.

安全团队能够解密从服务器中盗取的敏感文件。

8.To access the hidden messages, you need to decrypt the code using the provided key.

要访问隐藏的信息，您需要使用提供的密钥解密代码。

9.Many applications use algorithms to decrypt data for secure communication.

许多应用程序使用算法来解密数据以进行安全通信。

10.The hacker was caught trying to decrypt the bank's encrypted database.

黑客在试图解密银行的加密数据库时被抓住。

11.In order to read the email, I had to decrypt the attachment first.

为了阅读这封电子邮件，我必须先解密附件。

作文

In today's digital age, the importance of data security cannot be overstated. As we increasingly rely on technology for communication, banking, and storing personal information, the need to protect this data from unauthorized access is paramount. One of the fundamental processes involved in securing data is encryption, which transforms readable information into a format that cannot be understood without a specific key or password. However, there are times when we need to reverse this process, which is where the ability to decrypt comes into play. To decrypt means to convert encrypted data back into its original form, making it accessible and readable again. This process is crucial for various applications, from retrieving lost information to ensuring secure communication between parties. For instance, consider a scenario where a company sends sensitive information over the internet. They will typically encrypt this data to prevent any malicious actors from intercepting it during transmission. Once the data reaches its intended recipient, they must decrypt the information using the appropriate key. This ensures that only authorized individuals can access the data, maintaining confidentiality and integrity. The act of decrypting information is not just limited to companies; individuals also encounter situations where they need to decrypt data. For example, if someone forgets their password to a secure file, they may need to use a recovery tool that can decrypt the file and restore access. Additionally, law enforcement agencies often utilize decryption techniques to access information from seized devices, aiding them in investigations and ensuring justice is served. However, the process of decrypting data is not without its challenges. As encryption methods become more sophisticated, so too do the techniques used to decrypt them. Cybersecurity experts are constantly working to stay ahead of potential threats by developing stronger encryption protocols while also creating effective decryption tools to combat cybercrime. This ongoing battle between encryption and decryption highlights the dynamic nature of cybersecurity and the necessity for continuous advancements in technology. Moreover, ethical considerations arise when discussing decryption. While it is essential for individuals and organizations to have the ability to decrypt their own data, the same capability can be misused by hackers who seek to decrypt information for malicious purposes. This duality emphasizes the need for responsible practices in handling encryption and decryption technologies. It is crucial for users to understand the implications of decryption and to employ it only in lawful and ethical contexts. In conclusion, the ability to decrypt data is a vital aspect of modern digital security. It allows for the retrieval of important information and facilitates secure communication in an increasingly interconnected world. As technology continues to evolve, so too will the methods of encryption and decryption. It is essential for everyone, from individuals to corporations, to remain informed about these processes to protect their data effectively. Understanding how to decrypt information responsibly will empower users to navigate the digital landscape with confidence, ensuring that they can safeguard their privacy while also being prepared to respond to any potential threats that may arise.

在当今数字时代，数据安全的重要性不容小觑。随着我们越来越依赖技术进行通信、银行业务和存储个人信息，保护这些数据免受未经授权访问的需求变得至关重要。确保数据安全的基本过程之一是加密，它将可读信息转换为一种格式，未经特定密钥或密码无法理解。然而，有时我们需要逆转这个过程，这就是解密能力发挥作用的地方。解密意味着将加密数据转换回其原始形式，使其再次可访问和可读。这个过程对各种应用至关重要，从检索丢失的信息到确保各方之间的安全通信。 例如，考虑一个公司通过互联网发送敏感信息的场景。他们通常会加密这些数据，以防止任何恶意行为者在传输过程中拦截它。一旦数据到达其预定接收者，他们必须使用适当的密钥来解密信息。这确保只有授权个人可以访问数据，从而维护机密性和完整性。 解密信息的行为不仅限于公司；个人也会遇到需要解密数据的情况。例如，如果某人忘记了安全文件的密码，他们可能需要使用恢复工具来解密该文件并恢复访问。此外，执法机构经常利用解密技术从被扣押的设备中访问信息，帮助他们进行调查，确保司法得到伸张。 然而，解密数据的过程并非没有挑战。随着加密方法变得越来越复杂，用于解密它们的技术也在不断发展。网络安全专家不断努力保持领先地位，通过开发更强大的加密协议，同时创建有效的解密工具来打击网络犯罪。这种加密与解密之间的持续斗争突显了网络安全的动态性质以及技术持续进步的必要性。 此外，讨论解密时还会出现伦理问题。虽然个人和组织能够解密自己的数据至关重要，但黑客也可以滥用这种能力，试图解密信息以获取恶意目的。这种二元性强调了在处理加密和解密技术时负责任实践的必要性。用户必须了解解密的含义，并仅在合法和合乎道德的背景下使用它。 总之，解密数据的能力是现代数字安全的重要组成部分。它允许检索重要信息，并在日益互联的世界中促进安全通信。随着技术的不断发展，加密和解密的方法也将不断演变。对于个人和公司来说，保持对这些过程的了解以有效保护其数据至关重要。理解如何负责任地解密信息将使用户能够自信地导航数字环境，确保他们能够保护隐私，同时也为应对可能出现的任何潜在威胁做好准备。