i have two devices connected wireless on the same router. the one is my pc and the other is the smartphone. is it possible that, if i have instal the wireshark on the pc to capture the data/packets that the smartphone is sending and receiveing to a certain server which i know its ip? my pc has windows 2007 and the smartphone is an android device if its makes any difference
i try to install the shart for root on the android device but it is not working due to that my android is not rooted, and i don't wont to lose everything from my phone in order to root it
You can try using Cain & Abel. It will capture packets from your smartphone to router. To explain a bit, C&A will do ARP poisoning- meaning all the devices on your wireless network will assume that your desktop is the new router and all the incoming/outgoing traffic will go through your desktop. In this way you can capture the traffic on your phone without rooting it.
I hope this helps.
Related
I need to enable multiple devices to communicate with each other using OSC protocol which runs over IP protocol etc.
I have two wireless routers, one of them is capable of providing internet access from SIM card.
What I want to accomplish is:
provide all devices wireless connection for communication between each other
provide all devices connection to the Internet
avoid spending data from SIM card when my devices communicate with each other
This last point is what I can't solve - in my mind it should not be a problem. If I understand it correctly, I am creating a WLAN and there is no need for passing the data to the internet provider (or asking for data from him) and the router should act like a switch and route the signal from one device to another one if the IP and port is correct.
I have router TP-Link Archer C6 ; router TP-Link Archer MR200 ; Windows laptop ; Android phone ; iPad.
What I want to accomplish is remote control of DAW Reaper (running on Windows laptop) over Web Control Surface or OSC Protocol with TouchOSC app or Open Stage Control app.
I will appreciate any help!
Thank you very much in advance,
Peter
I have an IoT device that connects to my wifi router using wifi. There is a limitation of capturing network logs on the device itself so I thought to capture it using Wireshark.
I am using windows 10 and downloaded the latest version of Wireshark. Now that my laptop and my IoT device connect to the same network through the same router, I am not able to capture the packets in and out from my IoT device.
I put the filer as ip.addr == {ip of the IoT device). But it shows nothing.
Is it possible to capture these packets using a laptop using Wireshark?
Let me know, please.
Thanks
Akhilesh
Is it possible to capture these packets using a laptop using Wireshark?
Yes, but your capture setup is almost certainly incorrect. In a nutshell, you need to be able to capture packets in monitor mode, and you're not doing that. Whether it's possible to do so using the WiFi card on your laptop is unknown, because not all cards support monitor mode on Windows.
Since it's impractical to provide an answer that simply repeats information already provided elsewhere, I'll refer you to the following sites for more detailed information:
The Wireshark WLAN (IEEE 802.11) capture setup wiki page
Jasper Bongertz's blog about Wireless Capture on Windows
See also my answer to this question, which basically provides the same information.
So here's my setup. Our home wifi is Verizon, with a router in the living room connected to the incoming coax, with a wireless extender upstairs in my office and another extender in the basement, both of which are also connected to the coax network. All of this basic configuration works fine for our basic wireless needs (phone, laptops, tablets, etc.).
The issue I'm having is that I have a Raspberry PI connected wirelessly to the upstairs wifi extender that runs a small Postgres database that I use for my programming tinkering. If I'm connected on my laptop or PC to that extender, I can use PG Admin or remote desktop to connect to the rPI using its IP address. However, if I'm connected to the main router or the other extender, I can't access the rPI anymore - even pinging the IP address times out. I'm assuming this is because the extender the rPI is connected to is technically a different wifi network than the ones broadcast by the router or the other extender. I'm hopeful that maybe there's some way to configure this setup that I can access the rPI from my in-home network no matter which device I'm connected to, because it's all linked via the coax that runs through the house, but I'm not sure how to make that happen, but I don't have the knowledge in this specific area to know where to adjust my settings.
Anyone have any ideas? I feel like it could either be a simple fix or something that's totally impossible. Any help is appreciated.
The issue was that I had configured both extenders and the router to broadcast on the 2.4ghz and 5ghz bands (different SSID on the 2.4ghz band) for older devices that didn't seem to like the 5ghz netowkr. The rPI was connected to the 2.4ghz network, but my laptop was connected to the 5ghz one. Switching the rPI to use the 5ghz band (or plugging it in to the extender, or switching the laptop to use the 2.4ghz network) made it visible.
I‘m trying to monitor traffics under wifi, And I use both a mac and a lubuntu installed Wireshark, and after I enable monitor mode start listening, the amount of lubuntu packs is far less than Mac (10x less)
Does this happen since the CPU or net card things(other hardware things?) or just because of different Wireshark?
Is there any other way to identify this cause? (maybe with some other tool or commands)
added:
maybe related to the channel of wifi, but I config wifi to channel 7 and set the lubuntu monitor channel with
iwconfig wlanxx channel 7
but still, I can't get sniffer traffic under lubuntu but full of them under mac
seems lubuntu only could get the broadcast pack (like arp) and 802.11 Protocol Pack
I'm guessing this due to the bad configuration or implementation of wireless net card
There is probably just more activity on the Mac. I don't know your precise configuration, but if you have a browser open on the Mac and nothing on the lubuntu, then there will be a difference in the amount of network traffic.
There is not really a reason for network traffic to change significantly because of hardware. Configuration can play a role though. If ipv4 and ipv6 are enabled, address resolution packets will be double as if only one is. If Arp cache is set to expire fast, there will also be more Arp traffic.
To identify the cause, look at what wireshark is telling you. What packets are there on both machines ? what packets are unique to the Mac ? Have a look at protocols, destination IPs and port numbers, they are the main clue to tell you what is happening.
It seems due to router's setting( wifi channel and mode(802.11xx))
using channel hopping Tech, For capturing as much as possible packages while hopping through multiple channels
And maybe trying some advanced monitor wireless net card for various mode(802.11xx) and 2.5G/5G supporting
I recently have not much experiance about working with a raspberry.
I need to send real-time data from my Raspberry Pi 2 Model B to an iPhone. The Raspberry will get the internet connection via UMTS stick.
I thought about a websocket but I didn't find any information what websocket would be the best and how to config it.
So is there anyone who already has a solution about it?
Thank you!
WebSocket requires a WebSocket (WS) server or a webserver that understands the WebSocket protocol as defined by the IETF. So for a RPi to talk directly to your iPhone, one of the devices has to have a WS server... which is not likely.
There are a couple of possible alternatives (there are certainly others). You could send data from the RPi to an external server that hosts a WS-capable server which then forwards that data to your iPhone, either thru a native app or a web browser. The data is logically transmitted between the two devices, but physically sent using an external service to coordinate the two. Visit http://goo.gl/Utg0dU to see data exchanged between an RPi and an iPhone using web messaging (src available).
Another possible alternative is to use Bluetooth to send data directly from the RPi to the iPhone. Being a Java dude, I know you can run a JVM on the RPI and I know there's a Java bluetooth API, and obviously the iPhone supports bluetooth, so its definitely do-able with a JVM. A quick Google shows plenty of support for bluetooth on the RPi with other languages. So you're good with this approach too.
If the Raspberry Pi is connected to the Internet with a public IP Address (I guess it doesn't since it uses UMTS) then you can setup a TCP Listener where the iPhone will connect to. If it doesn't and you can do Port Forwarding (I guess you can't) then you can forward the TCP port to the Raspberry Pi. The above examples also work with an HTTP server.
If the iPhone is near the Raspberry Pi and you're writing an app for the iPhone you can use a Bluetooth transceiver on the Pi to communicate.
If you can't do any of this you may need a third server with a public IP where both devices will connect to and the server will relay all connections from one device to the other.
In general, it would help if you could describe a little bit better what you want to achieve and the network topology involved so we can provide more specific answers.