But what is end-to-end encryption<\/a>? Why is every single messaging and video calling platform getting onboard with it? And most importantly, how does it safeguard user’s data?
We explain everything you need to know about end-to-end encryption and how it ensures additional safety for user’s data. Read on…
End-to-end encryption: Introduction<\/strong>
End-to-end encryption is designed to keep the data or a message or a transfer package secure and away from the snoopers or hackers to prevent them from eavesdropping when a message is in transit.
To achieve this level of security, an end-to-end encryption system encrypts a message in an ‘alien’ which can only be deciphered by the device that’s intended to receive the message.
What that means is the encryption takes place on the sender’s device and then it is transferred to the receiver’s device through the service providers (WhatsApp<\/a>, Zoom, etc) channel to the receiver where the device matches the encryption code and once it matches, the message gets decrypted in a readable format. The same applies to the calls and video messages.
In theory, an end-to-end encrypted message can only be read by the sender (obviously) and the receiver. It can’t be decrypted by the service provider itself.
“End-to-end encryption ensures only you and the person you're communicating with can read or listen to what is sent, and nobody in between, not even WhatsApp”, says WhatsApp’s end-to-end encryption FAQ page
End-to-end encryption: How it makes the data secure
<\/strong>
As mentioned, the messages sent and received are encrypted and can only be read by sender and the receiver, not even the middle ‘man’ can read or listen to the calls. That means, only the sender and the receiver are reading or listening to the messages or calls.
To put it into perspective, you have two keys to your house. You decided to keep one for yourself and gave the other key to your wife. Now, both keys are for the same lock, so only you and your wife have access to the house.
Similarly, in case of end-to-end encryption, cryptographic codes are generated with each message and also each chat has different codes, which can be understood as the key to unlock\/decrypt the received message.
Once the codes match, the messages get decrypted. It is also important to understand that all this happens in the background and at a really fast speed.
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解释:端到端加密和它如何保护您的数据
理论上,一个端到端的加密的消息只能由发送方(显然)和接收器。由服务提供者本身不能解密。这意味着,只有发送者和接收者阅读或听消息或调用。
端到端加密一个术语,与大多数即时消息和视频通话平台为手段提供额外的安全性和增强用户的数据隐私。
但什么是端到端加密吗?为什么每一个消息和视频通话平台得到主板吗?最重要的是,它是如何保护用户的数据?
我们解释一切你需要知道的端到端加密,以及它如何确保其他用户的数据安全。继续阅读…
端到端加密:介绍
端到端加密的目的是使数据或消息或传输包安全,远离管闲事的家伙或黑客以防止在运输途中窃听消息时。
达到这种级别的安全性,端到端加密系统加密一条消息在一个“外星人”这是破译的装置,用来接收消息。
这意味着加密发生在发送方的设备,然后传输到接收方的设备通过服务提供商(WhatsApp、变焦等)通道的接收机设备匹配加密代码,一旦匹配,消息被解密以一种可读的格式。这同样适用于电话和视频信息。
理论上,一个端到端的加密的消息只能由发送方(显然)和接收器。由服务提供者本身不能解密。
“端到端加密保证只有你和你交流的那个人可以阅读或听发送什么,没有人,甚至WhatsApp”,说WhatsApp的端到端加密FAQ页面
端到端加密:如何使数据安全
如前所述,发送和接收的消息进行加密,并只能由发送者和接收者阅读,即使是中间的“男人”也不能读或听电话。这意味着,只有发送者和接收者阅读或听消息或调用。
把它放到的角度来看,你有两个键来你的房子。你自己决定保留一个,给你的妻子的另一个关键。现在,钥匙都是同样的锁,所以只有你和你的妻子可以访问。
同样,在端到端加密,加密代码生成每个消息和每个聊天也有不同的编码,可以理解为解锁/解密接收消息的关键。
一旦代码匹配,得到解密消息。同样重要的是要理解,这一切都发生在后台,以非常快的速度。
但什么是端到端加密吗?为什么每一个消息和视频通话平台得到主板吗?最重要的是,它是如何保护用户的数据?
我们解释一切你需要知道的端到端加密,以及它如何确保其他用户的数据安全。继续阅读…
端到端加密:介绍
端到端加密的目的是使数据或消息或传输包安全,远离管闲事的家伙或黑客以防止在运输途中窃听消息时。
达到这种级别的安全性,端到端加密系统加密一条消息在一个“外星人”这是破译的装置,用来接收消息。
这意味着加密发生在发送方的设备,然后传输到接收方的设备通过服务提供商(WhatsApp、变焦等)通道的接收机设备匹配加密代码,一旦匹配,消息被解密以一种可读的格式。这同样适用于电话和视频信息。
理论上,一个端到端的加密的消息只能由发送方(显然)和接收器。由服务提供者本身不能解密。
“端到端加密保证只有你和你交流的那个人可以阅读或听发送什么,没有人,甚至WhatsApp”,说WhatsApp的端到端加密FAQ页面
端到端加密:如何使数据安全
如前所述,发送和接收的消息进行加密,并只能由发送者和接收者阅读,即使是中间的“男人”也不能读或听电话。这意味着,只有发送者和接收者阅读或听消息或调用。
把它放到的角度来看,你有两个键来你的房子。你自己决定保留一个,给你的妻子的另一个关键。现在,钥匙都是同样的锁,所以只有你和你的妻子可以访问。
同样,在端到端加密,加密代码生成每个消息和每个聊天也有不同的编码,可以理解为解锁/解密接收消息的关键。
一旦代码匹配,得到解密消息。同样重要的是要理解,这一切都发生在后台,以非常快的速度。
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