You could do it on the server side or as a man-in-the-middle, but capturing them on the client-side is probably the simplest way to do it.

There are many ways to capture the packets for decryption. While this may seem daunting at first, there are many ways to decrypt the SSL layer and let’s look at them. To overcome this impediment, it becomes necessary to decrypt the SSL layer. However, TLS or its predecessor SSL poses a problem because the incoming packets are encrypted, so the administrator cannot analyze the packets. Since it works across multiple platforms and operating devices, Wireshark is famous for network administrators today. It comes in handy for troubleshooting network problems, identifying vulnerabilities and threats early, software and protocol development, education, and network analysis. It enables administrators to analyze and understand network events microscopic by capturing data packets that traverse through the network and analyzing them for deep insights. In simple words, Wireshark is a free packet analysis tool. This article will talk briefly about Wireshark, its encryption strategy, and how administrators can decrypt the SSL layer easily for packet analysis. While this is a great way to protect your data, it can be a nightmare for your Wireshark administrators, who monitor and analyze the data packets that pass through the network. The encryption is often based on the Secure Socket Layer (SSL) or the Transport Layer Security (TLS). Almost every company and application seems to use it to encrypt their data to protect it from unauthorized access and manipulation. Encryption has become the de-facto feature of online security today.

Wireshark decode https