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So in this video, we're going to sniff signals of this FPP camera, which transmit using this transmitter.

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And this is a drone camera, and we can power this camera using this battery, which used to power drone.

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And this is the camera, as you can see.

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So this is a flip camera, which is a first person view camera, and we can get the results on a mobile

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phone using this receiver, which is a five point eight gigahertz receiver, and we can receive the

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life video of our First-Person view camera using this transmitter and receiver.

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So let me show you.

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So as you can see, when I'm moving the camera and getting the result on my mobile phone.

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So we are going to head this camera using our head, got a one device.

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And on how kind of fun we are going to use a different dinner.

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So let me just power on my haircut if one device connected.

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So this is a five gigahertz antenna, which we are using.

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Since our camera is using five gigahertz transmitter, we are using a five gigahertz haircut if one

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antenna.

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So you can easily purchase this antenna.

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And now let's just start the practical process.

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So first, what we will what we have to do is we just have to start thick digger.

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So let me go into ham radio and start Fig Digger.

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And make sure your hat, if one device is also connected, as you can see my haircut, if one device

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is connected and we are going to sniff signals on five point eight gigahertz frequency since our camera

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is using five point eight gigahertz transmitter and receiver.

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So we are going to sniff the signals on this five point eight gigahertz frequency.

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As you can see it here, I've just selected this frequency so you can select this frequency by going

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into the settings and what you can see.

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The five point eight gigahertz frequency and the sample rate or hit is 20.

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So I have to maximize the sample rate so we can get the good signals.

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So these are the settings, other settings are default, I haven't changed anything.

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So let's just press, okay, and let's just start.

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And it's asking us to decimate.

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Now, but I will say no.

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And right now, we are not getting any signals because I haven't corrected my camera with the battery,

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so let me connect my camera first and.

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You can see the signals now.

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As I've connected my camera from the battery, we are getting signals on five point eight gegard frequency.

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So we'll collect all of the graph on which we are getting the signal.

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And let's just go into Inspector tab and select First Inspector.

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Right.

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And let's just open, inspector.

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And all help first, we will maximise the breadth or tone to it, it's maximum, and let's just start.

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And over here you can see the frequency.

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So we'll select the complete frequency and by clicking left from the mouse and drag and drop right.

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And you can see that clear frequency, but we can reset it by clicking right click and then we can again

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set the frequency left click and drag and drop, and then we'll go into symbol stream.

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And disconnect for two window and start recording, though, we will get some results.

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We have to do a little bit of trial and error on the size of the window.

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So it's a trial and error process.

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So let's just do it, and let's just try to get some good results.

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So this is a complete trial and error process, as you can see, we are getting some results, but these

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results are not that clear.

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So let's just increase it.

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The Zoom, but still, it's not clear.

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So let me decrease the width.

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And usually I get good results on 300 plus, so let's just start with 400, and that's to decrease it

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from here.

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He.

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And you can see some results, but still, these results are not that clear.

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Let me just drag and drop on the frequency one more time.

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And let's just Zoom.

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We are getting results, as you can see, but these results are not.

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Good enough.

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So let's just.

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The truth of it again.

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Let's just start with 600, and let's just increase the Zoom, and let's just increase it from 600.

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There's a drag and drop on the frequency one more time.

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Let's just zoom in.

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As Jeffrey said, the frequency and again, try.

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And now we are getting some good results, as you can see.

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So let me move my camera.

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So as you can see.

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My picture on.

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On camera.

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And this picture is missing from this one.

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So these are some good results now we are getting some good results.

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So let me move the camera.

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On different places, and you can see my image.

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As well.

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So this is how you can get good results.

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This is a trial and error process, as I told you before.

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So I just did some trial and error, and now I am getting very good results using my head.

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Got it from device and we can sniff these kind of cameras, whether they are two point four Gegard cameras

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or five point eight gigahertz cameras.

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So we can easily sniff these cameras using our Hecate if one device.

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So you can also try this practical as well using your Hecate if one device.

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Thank you.