What is the translation of " CAN DECRYPT " in Chinese?

• 可以解密
• 能解密
• 能够解密
• 才能解密

Examples of using Can decrypt in English and their translations into Chinese

Only this account can decrypt the files.
只有这个帐户才能解密这些文件。

The first packet must wait behind the packet arrival can decrypt.
先到的包必须等后面的包到来才能解密。

Only Alice can decrypt this message as she is the only one with the private key.
这增加了一个新的安全层，因为只有Alice才能解密消息，因为她是唯一拥有私钥的人。

Once encrypted, only the private key of the recipient can decrypt the email.
一旦加密，收件人只有私钥才能解密电子邮件。

Only the server can decrypt this message because the server's private key is required for this decryption.
只有服务器才能解密该消息，因为该解密所需的服务器私钥是加密该消息的。

So, using the corresponding key, someone else can decrypt this message and read it.
因此，使用相应的密钥，其他人就可以解密该消息并读取它。

To ensure the encryption process by means of a digital process is irreversible, i.e., only with the private key can decrypt.
数字证书保证了加密过程是一个不可逆的过程，即只有用私钥才能解密。

Simplified, when attacking the 4-way handshake, we can decrypt(and forge) packets sent by the client.
简化的4路握手，我们能够解密和发送的分组(伪造)通过客户端。

To ensure the encryption process by means of a digital process is irreversible, i.e., only with the private key can decrypt.
数字方法用于确保加密过程是不可逆的过程，即只能对私钥进行解密。

Simplified, when attacking the 4-way handshake, we can decrypt(and forge) packets sent by the client.
简化，当攻击4次握手时，我们可以解密（和伪造）客户端发送的数据包。

Only the malware authors can decrypt the Salsa20 key and IV and the private RSA key that the user would need to decrypt the files.
只有恶意软件作者才能解密Salsa20密钥和IV以及用户解密文件所需的RSA私钥。

If the data is encrypted before it is transferred, then only you can decrypt the data.
如果数据在传输之前就已经加密，那么就只有你能对数据解密。

This adds a new layer of security as only Alice can decrypt the message since she is the only one with the private key.
这增加了一个新的安全层，因为只有Alice才能解密消息，因为她是唯一拥有私钥的人。

If one key is used to encrypt information, then only the related key can decrypt that information.
如果使用一个密钥加密信息，那么只有相关的密钥才能解密该信息。

Only the CA's public key can decrypt the signature, verifying that the CA has authenticated the network entity that owns the Certificate.
只有证书机构(CA)的公共密钥才能解密此签名，以证实持有此证书的网络实体已经通过了CA的鉴定。

When attacking the Fast BSS Transition(FT) handshake, we can decrypt(and forge) packets sent towards the client.
当攻击快速BSS转换(FT)握手，我们能够解密和发送的分组(锻造)朝客户端。

If someone in middle intercepts your traffic and cracks the encryption(which is not easy though possible) then he can decrypt your traffic.
如果中间有人拦截到了数据流并且破译了密码（尽管可能但很难），那么他就可以破译你的信息。

They have created a repository of keys and applications that can decrypt data locked by different types of ransomware.
我们创建了一个密钥和应用程序储存库，可以解密由不同类型的勒索软件上锁的数据。

If a message is encrypted with a specific public key, only the owner of the paired private key can decrypt and read the message.
如果消息使用特定公钥加密，则只有配对私钥的所有者才能够解密并读取消息。

As communications are encrypted, only the intended recipients can decrypt the data, thereby preventing sensitive data falling into the wrong hands.
由于通信是加密的，只有预期的接收者才能解密数据，从而防止敏感数据落入坏人之手。

Since the client in memory still has the key to the unencrypted version, so it can decrypt and execute the vulnerability.
由于客户端在内存中仍然有密钥的未加密版本，所以它能够解密并执行该漏洞。

We can configure the EFS recovery agent which can decrypt the certificates of other users, thereby providing access to their encrypted files.
我们可以配置EFS恢复代理，它可以解密其他用户的证书，从而提供对其加密文件的访问。

EFS in Windows 2000 cannot function without a recovery agent, so there is always someone who can decrypt encrypted files of the users.
在Windows2000中的EFS在没有“恢复代理”时不能正常运作，所以始终有一个人可以解密用户已加密的文件。

Also as soon as the governmental structures request, companies can decrypt and give them all the data they have on your file.
此外，一旦政府机构要求，公司可以解密并提供他们在您档案中的所有数据。

When attacking the Fast BSS Transition(FT) handshake, we can decrypt(and forge) packets sent towards the client.
当攻击FastBSSTransition（FT）握手时，我们可以解密（和伪造）发送给客户端的数据包。

It means that if these session ticket keys are compromised, an attacker can decrypt the 0-RTT data sent by the client on the first flight.
这意味着如果这些会话票据密钥受到攻击，攻击者可以解密客户端在第一次握手上发送的0-RTT数据。

The main drawback of symmetric encryption is anyone who stumbles on the key can decrypt the data even when the information isn't intended for them.
对称加密的主要缺点是任何发现密钥的人都可以解密数据，即使信息不是针对他们的。

Private decryption key is stored on a secret Internet server and nobody can decrypt your files until you pay and obtain the private key.
私钥解密密钥存储在一个秘密的Internet服务器上，没有人可以解密你的文件，直到你支付和获得私钥。

This[vulnerability] can be exploited by a Man-in-the-middle(MITM) attack where the attacker can decrypt and modify traffic from the attacked client and server.
此漏洞可被中间人(MITM)攻击利用，攻击者可解密并修改来自被攻击的客户端和服务器的流量。