以下是一些建议:

For Android phones, any network: Root your phone, then install tcpdump on it. This app is a tcpdump wrapper that will install tcpdump and enable you to start captures using a GUI. Tip: You will need to make sure you supply the right interface name for the capture and this varies from one device to another, eg -i eth0 or -i tiwlan0 - or use -i any to log all interfaces For Android 4.0+ phones: Android PCAP from Kismet uses the USB OTG interface to support packet capture without requiring root. I haven't tried this app, and there are some restrictions on the type of devices supported (see their page) For Android phones: tPacketCapture uses the Android VPN service to intercept packets and capture them. I have used this app successfully, but it also seems to affect the performance with large traffic volumes (eg video streaming) For IOS 5+ devices, any network: iOS 5 added a remote virtual interface (RVI) facility that lets you use Mac OS X packet trace programs to capture traces from an iOS device. See here for more details For all phones, wi-fi only: Set up your Mac or PC as a wireless access point, then run wireshark on the computer. For all phones, wi-fi only: Get a capture device that can sniff wi-fi. This has the advantage of giving you 802.11x headers as well, but you may miss some of the packets Capture using a VPN server: Its fairly easy to set-up your own VPN server using OpenVPN. You can then route your traffic through your server by setting up the mobile device as a VPN client and capture the traffic on the server end.

以下是一些建议:

For Android phones, any network: Root your phone, then install tcpdump on it. This app is a tcpdump wrapper that will install tcpdump and enable you to start captures using a GUI. Tip: You will need to make sure you supply the right interface name for the capture and this varies from one device to another, eg -i eth0 or -i tiwlan0 - or use -i any to log all interfaces For Android 4.0+ phones: Android PCAP from Kismet uses the USB OTG interface to support packet capture without requiring root. I haven't tried this app, and there are some restrictions on the type of devices supported (see their page) For Android phones: tPacketCapture uses the Android VPN service to intercept packets and capture them. I have used this app successfully, but it also seems to affect the performance with large traffic volumes (eg video streaming) For IOS 5+ devices, any network: iOS 5 added a remote virtual interface (RVI) facility that lets you use Mac OS X packet trace programs to capture traces from an iOS device. See here for more details For all phones, wi-fi only: Set up your Mac or PC as a wireless access point, then run wireshark on the computer. For all phones, wi-fi only: Get a capture device that can sniff wi-fi. This has the advantage of giving you 802.11x headers as well, but you may miss some of the packets Capture using a VPN server: Its fairly easy to set-up your own VPN server using OpenVPN. You can then route your traffic through your server by setting up the mobile device as a VPN client and capture the traffic on the server end.

除了鲁佩罗精彩的回答之外，还有一个“肮脏”但非常有效的技巧:

对于所有手机，任何(本地)网络:将您的PC设置为Man-In-The-Middle移动设备。

使用Ettercap在您的移动设备和路由器之间进行ARP欺骗，您的所有移动通信将出现在Wireshark中。有关设置细节，请参阅本教程

这里没有建议的另一个选项是在Android模拟器中从Android SDK运行你想监控的应用程序。然后，您可以在同一台机器上使用wireshark轻松捕获流量。

这对我来说是最简单的选择。

与让你的PC成为无线接入点类似，但更简单的方法是使用反向系带。如果你刚好有一部HTC手机，在网络/移动网络共享设置下，他们有一个很好的反向绑定选项，叫做“互联网传输”。它通过你的PC路由你所有的流量，你可以在那里运行Wireshark。

Wireshark + OSX + iOS:

到目前为止，很好的概述，但如果你想要Wireshark + OSX + iOS的细节:

在你的电脑上安装Wireshark 通过USB线连接iOS设备到计算机 将iOS设备和电脑连接到同一个WiFi网络 在OSX终端窗口中执行此命令:rvictl -s x，其中x为iOS设备的UDID。你可以通过iTunes找到iOS设备的UDID(确保你使用的是UDID而不是序列号)。 goto Wireshark Capture->Options，弹出对话框，单击rvi0行，然后按下开始按钮。

现在你将看到iOS设备上的所有网络流量。这可能会让人不知所措。这里有几个提示:

不要使用iOS和VPN，你无法理解加密的流量 使用简单的过滤器来关注有趣的流量 Ip.addr ==204.144.14.134查看源地址或目的地址为204.144.14.134的流量 HTTP只查看HTTP流量

下面是一个描述TCP流量的示例窗口，用于204.144.14.134的pdf下载: