WEBVTT

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You're listening to a stage talk titled Identifying

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Munitions in the War with Iran. This week, Bellingcat

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seasoned weapons expert Trevor Ball joined us

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on stage. He spoke about the many resources you

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can use to help verify weapon parts seen in imagery

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from a conflict and the mistakes many make when

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attempting this type of identification. He also

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shared insights from his reporting on the war

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between Israel, the US, and Iran so far, and

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answered community members' questions on how

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they could responsibly cover it. You can find

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links to all the resources mentioned in the talk

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in the podcast description. This talk was hosted

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by me, Charlotte Moll, on Thursday the 12th of

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March, 2026, in the Belencap Discord server.

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Is it a bird? Is it a plane? Or is it a low -cost

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unmanned combat attack system, or LUCAS, for

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short? Drones, missiles and bombs are flying

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and dropping out to the sky across the Gulf states

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and the Levant. But how, as a researcher or journalist,

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do you know what is up there or falling down

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here? Well, hopefully today we can answer that.

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Bellingcat's Trevor Ball joins us. Trevor is

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a US Army veteran and a guru on munitions use

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and has been sharing that expertise in this very

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server for years. Right now his focus is on the

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unfolding conflict in Iran and the surrounding

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regions working daily to identify what weaponry

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is being used and where. Today he's here to answer

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your questions but first let's unpack what he's

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found so far from identifying who is likely to

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blame for a strike to the use of never seen before

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armoury. We'll also try to cover times when people

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got it wrong, misidentifying remnants and debris

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is something else and why this misidentification

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can happen. Before I pass over to him though,

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a short reminder that you can place your questions

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in the chat over on the right hand corner of

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your screen, but please remember that this is

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being audio recorded for the podcast. So if you

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don't want me to mention your username, please

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add that as a note in your question. Okay. Trevor,

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the stage is yours. All right. Thank you, Charlie.

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So I'm just going to get started talking about

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some of the stuff we've seen so far. The most

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important thing to know is like while there have

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been new weapons seen in this war, some for the

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first time, it's been their first known use in

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combat. A lot of these are weapons that have

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been used for decades. They're very common. A

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lot of countries use them. I think it was last

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week, we just did an article kind of summarizing

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some of the weapons we saw in the first few days,

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whether they're posted online on social media

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or posted by the various countries involved,

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either the US, Israel, or some of the Gulf countries

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were posting remnants. One of the most common

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ones we've seen is just the Mark 80 style bombs.

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It's kind of the most standard bomb used. by

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Western countries and Israel. You can attach

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a bunch of different bomb guidance kits to them.

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This is actually a picture of the 500 pound Mark

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82 with a JDAM kit on the left. On the right,

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you have the Bunker Buster version of the 2000

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pound bomb. And that was the blue 109. Also just

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with a different JDAM kit. This is a bomb that

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the U .S. has. It's a glide bomb called the JSAL.

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That's one that we've seen quite a lot of them

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loading. This is one of the weapons that the

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U .S. used for the very first time. It's called

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a Precision Strike Missile. It's a newer version

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of the Atacums that you might have heard a lot

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about being used in Ukraine. The U .S. gave quite

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a few, some that were originally made in the

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1990s. One of the most important things about

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identifying weapons is Anytime there's remnants

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people will often claim that it's something it's

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not either because of ignorance or because they're

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trying to Basically claim that a another party

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was responsible for a strike In this article,

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we mentioned some of the earliest claims we saw

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such as a big one that happens in almost every

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conflict is that people will claim that a drop

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pod from an aircraft is a missile or bomb. Essentially

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aircraft will have external fuel tanks that get

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mounted to them. And when they don't need them

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anymore, they just jettison them from the aircraft

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and they fall to the ground. And then people

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go, oh, that's a bomb. So this specific example

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of these, uh, the photo on the left and the photo

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on the top right, or of a Israeli fuel tank.

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Um, one of the photos in the post shows a close

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-up of the marking, but It got claimed as a Israeli

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bomb and then this Iranian missile booster on

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the bottom right got claimed that it was also

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an Israeli missile when it's Iranian instead.

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So one of the things is just being able to identify

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these weapons or know where to look can help

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you kind of make sense of what's actually going

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on versus what posts might be claiming. Here's

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another one that was a Israeli missile booster.

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that was reportedly found in Iraq. That's another

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important thing to note that like Iran is not

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the only country firing missile boosters or firing

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missiles with boosters. So not everything that

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falls to the ground is Iranian. You have drop

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tanks, you have Israeli missiles, they're using

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boosters. You have all these interceptor missiles

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being fired that fall to the ground either after

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they miss or after they intercept. Here's a piece

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of a israeli era 2 interceptor And then you also

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have remnants of weapons that failed to get to

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their target I've seen four or five now Remnants

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of tomahawk missiles that reportedly failed to

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get to their target in either rock or syria And

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this is one of the most common pieces you'll

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see is the warhead because it's a lot denser

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so the missile will hit something and then the

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warhead will just keep going and stop usually

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a bit away from where the rest of the remnants

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end up so one thing i like to do when i'm looking

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at a weapon i've been looking at them for a while

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now so like a lot of them i kind of have an idea

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of what they are if i don't know already but

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the osm -p has been documenting this war already

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they have a collection page for the current war,

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where all the weapon remnants they've found and

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they've verified with at least two different

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experts they've posted here. And these show that,

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hey, these are associated with the war, this

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is what we're seeing so far. So this is a really

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good place to look immediately. Very quick, very

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easy. But also if you don't see it here, you

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can go back to previous conflicts the parties

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have been involved with, as... Like I said, while

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a few of these weapons are being used for the

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first time, like this Lucas drone right here,

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which is the US B of the Shahed with some improvements,

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a lot of them have been used for decades and

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especially in the 12 -day war. So they also have

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a election page for the 12 -day war from June

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2025, where you can see the remnants and weapon

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debris they verified from that conflict. So you're

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going to see a lot of the same ones. and a lot

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of these weapons, while there might not be as

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many photos of from the current war yet, you

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can go out and use this as a reference. So here's

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some remnants of a GBU -39 bomb, the unexploded

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warhead specifically, but these bombs are being

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used in the current war as well. Here's the Israeli

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Mikulet they use a lot from their drones. So

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this has also been spotted in the current war,

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but it's just an extra thing to go look at. and

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see what these countries have been using in the

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past. It can help you easier identify stuff.

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And there's a lot of good weapon debris on the

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OSMP from the Yemen 2025 strikes that the US

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conducted. See, here's the same blue 109s with

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JDAM kits. Here's the same 500 -pound bombs that

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we featured in our story from this current war,

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the first three days that the US released photos

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of. And while I haven't seen pictures of the

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AGM 88 harm series yet, it's notable that they

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use these in Venezuela as well. So if you see

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something and it's not immediately in the collection

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page or in a recent article, it's worth going

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back and looking at past wars where these countries

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were involved and see if you see anything that

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matches that way. because even if these musicians

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haven't appeared yet, there's a good chance they

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might be being used and it just hasn't filtered

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onto social media. There's really not that much

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coming out on social media from Iran outside

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of what state media is posting. And it's also

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very important to note that claims that state

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media will make or identifications they will

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make when they release photos aren't always accurate.

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They released a few photos claiming, hey, this

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is a downed drone, when in reality it was just

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a U .S. missile that crashed or blew up and they

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just got parts of it. Or you'll have them saying,

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hey, this is a U .S. drone when it's Israeli

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or something like that. And a couple of the other

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sources I really like, aside from the open source

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munitions portal. this is more of like more niche

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and more if you're trying to get some very good

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information or do more of like just a general

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visual search is i really like odin it's maintained

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by the us army training and doctrine command

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so essentially they just let you filter by different

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countries and different tracks so you can go

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to like iran you can be like all right um let's

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see what drones you have And this is all publicly

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available information. So a lot of this just

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derived from like news reporting, but it's a

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very good and quick way to go get an idea of

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how to better, like a good starting point for

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what you're looking for. Like for example, the

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Hadid tent 110, these just got announced publicly

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by Iran last year, but there's already been photos

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of them being used in conflict. One of the militia

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groups backed by Iran and Iraq just released

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photos and video of them launching them, which

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was the first time they were known to have them.

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I believe it was the Kuwait Ministry of Defense

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released photos that showed wreckage of one.

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So if you don't see it on the OSMP, there's another

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very good starting point to see if you can find

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any matches and then kind of try to do more of

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a deeper dive for starting from there. One source

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that I really like and recommend is called Bullet

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Picker. All Bullet Picker is, is they have gathered

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publicly available documents from government

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resources and like some demining organizations

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and they've hosted it here. So they have the

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raw documents in the library, but they also have

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an ordinance section where you can go and see

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ordinance and All of the information here is

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pulled directly from these government documents

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and it's linked to them. So anything here, you

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can go and see exactly where they're getting

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this information from. So they're pulling it

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from this technical manual from the US. They're

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pulling it from these manuals from the US. They

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might not have as much information, but the information

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they do have is very reliable. It's specifically

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what government sources have said, and they have

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a lot of drawings from the government that give

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you exact measurements. Sometimes it's not as

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helpful for the much newer stuff, but when it

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comes to some of the stuff that's been used for

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decades, like here's the blue 109, you're going

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to get some very good, very reliable information.

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And then, one more thing that's been a hot topic

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is the Tomahawk missile. Bellingcat was the first

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to identify that a Tomahawk missile struck near

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the Manib school. Iranian media released a photo

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or the video saying, hey, this is the missile

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that struck the school. We were able to show

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that, yes, that missile struck in the area, but

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that missile did not directly hit the school.

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When that missile impacted, smoke was rising

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in the vicinity of the school. That's a good

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indicator that that wasn't the first missile

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that had struck. Fatal eye imagery shows a bunch

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of buildings had been directly hit. We were basically

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able to identify that missile as a Tomahawk.

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One of the main things about that is that Iranian

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missiles do not have an internal rocket motor

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like the Tomahawk does. This is a tomahawk missile

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the current model since 2004 has been the block

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four with a block five and If you look at the

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bottom, you don't have any protrusion here and

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you just have a small opening Where it takes

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air to feed the engine because the engine is

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internal Ford of the fence where if you look

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at Iranian missiles, they all have a engine that's

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underneath so their engine is all external depending

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on the specific variant some of these will have

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the engine internal like the KH -55 and then

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once it's fired that missile deploys from inside

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and it stays outside as the missile travels the

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Iranian derived versions the engine just stays

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attached to the bottom the whole time it doesn't

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deploy from internally So that's a very good

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visual difference that you can see. Where you

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don't have that protruded engine on the bottom.

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In the example that hit Manab school and you

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don't have that on a Tomahawk missile. If this

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was an Iranian missile you would see that big

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protrusion that starts at the fins and continues

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forward of the fins. So that's one of the most

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clearest examples that helps you Indicate that

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hey, this wasn't an Iranian cruise missile Another

00:15:09.139 --> 00:15:14.179
thing we did is that we actually tracked a bunch

00:15:14.179 --> 00:15:22.480
of tomahawks We geolocated I think total 10 total

00:15:22.480 --> 00:15:26.940
imagery of tomahawks Related to the war we found

00:15:26.940 --> 00:15:31.700
a bunch in Iraq traveling a kind of circular

00:15:31.700 --> 00:15:36.230
path where they seemingly went southeast of Kirkuk

00:15:36.230 --> 00:15:38.690
and then they're following one of two valleys

00:15:38.690 --> 00:15:42.470
down near the Iranian border, Iran -Iraq border,

00:15:42.850 --> 00:15:46.690
before going into Iran to hit targets. And based

00:15:46.690 --> 00:15:49.090
on some experts we talked to and kind of their

00:15:49.090 --> 00:15:51.389
known range of these missiles, it's most likely

00:15:51.389 --> 00:15:53.690
they are fired from the Mediterranean. So it

00:15:53.690 --> 00:15:56.669
looks like they flew over Syria, over Iraq, and

00:15:56.669 --> 00:16:00.629
then into Iran before they hit targets. One thing

00:16:00.629 --> 00:16:04.129
to note is that Tomahawk missiles, they follow

00:16:04.129 --> 00:16:07.269
terrain guidance. So they have a GPS guidance,

00:16:07.269 --> 00:16:09.590
but they also are taking pictures of the terrain

00:16:09.590 --> 00:16:13.389
and referencing that to onboard memory to kind

00:16:13.389 --> 00:16:17.370
of help determine where they are. So more prevalent

00:16:17.370 --> 00:16:20.730
terrain features like valleys and mountains help

00:16:20.730 --> 00:16:23.190
them better determine where they're at accurately.

00:16:23.629 --> 00:16:26.409
And it helps hide them from being detected by

00:16:26.409 --> 00:16:31.220
radar or shot down from air defenses. So another

00:16:31.220 --> 00:16:35.440
claim we saw lately was that the missile that

00:16:35.440 --> 00:16:39.259
hit near Manab came from a less direct path from

00:16:39.259 --> 00:16:43.120
where the carrier group in the Arabian Sea was

00:16:43.120 --> 00:16:47.120
operating. But these missiles, by the most basic

00:16:47.120 --> 00:16:49.559
Navy information that they probably say are designed

00:16:49.559 --> 00:16:52.460
to fly at low speeds, they're designed to take

00:16:52.460 --> 00:16:57.139
evasive routes. As we've seen tracking these

00:16:57.139 --> 00:16:59.460
tomahawks and as the military has specifically

00:16:59.460 --> 00:17:02.259
stated they're designed They don't have to take

00:17:02.259 --> 00:17:05.619
direct routes They often will take indirect routes

00:17:05.619 --> 00:17:07.619
to be harder to detect and take advantage of

00:17:07.619 --> 00:17:09.839
the terrain for guidance and to protect them

00:17:09.839 --> 00:17:13.700
from being detected by air defenses and going

00:17:13.700 --> 00:17:17.039
back to one thing about the new weapons is that

00:17:17.039 --> 00:17:20.779
Especially related to tomahawks. We've seen some

00:17:20.779 --> 00:17:24.420
new stuff that wasn't publicly known before so

00:17:24.509 --> 00:17:27.009
One modification that has appeared is it looks

00:17:27.009 --> 00:17:29.809
like they're tomahawks, but that the wings are

00:17:29.809 --> 00:17:32.609
facing forward instead of back. Obviously, this

00:17:32.609 --> 00:17:36.069
wasn't known to be a modification before, but

00:17:36.069 --> 00:17:39.630
a lot of analysts, including the Warzone, have

00:17:39.630 --> 00:17:41.730
suggested that this is a modification made to

00:17:41.730 --> 00:17:44.789
make them harder to be detected by radar. Another

00:17:44.789 --> 00:17:49.450
thing that was seen was a all -black missile.

00:17:49.579 --> 00:17:52.099
All Black Tomahawk, which is believed to be a

00:17:52.099 --> 00:17:54.440
stealth coding, which also wasn't publicly known

00:17:54.440 --> 00:17:58.500
before. So, you know, sometimes there is new

00:17:58.500 --> 00:18:00.960
things. So you might not actually find an exact

00:18:00.960 --> 00:18:03.119
copy and you know, the open source munitions

00:18:03.119 --> 00:18:07.079
portal or Odin or bullet picker, but try to find

00:18:07.079 --> 00:18:10.400
what's similar and try to see like, Hey, what

00:18:10.400 --> 00:18:14.019
similar changes have been made because that Black

00:18:14.019 --> 00:18:17.359
Tomahawk is new, but other weapons have a similar

00:18:17.359 --> 00:18:19.359
stealth coding which makes people think this

00:18:19.359 --> 00:18:23.380
is also intended to be a stealth coding. And

00:18:23.380 --> 00:18:26.420
then of a more weirder one that's still a puzzle

00:18:26.420 --> 00:18:31.779
is Israel released a some photos of what fits

00:18:31.779 --> 00:18:34.700
the same form and shape of a standard Mark 84

00:18:34.700 --> 00:18:38.880
2000 pound bomb but this one has red bands and

00:18:38.880 --> 00:18:41.940
it's not known specifically if this is it but

00:18:41.940 --> 00:18:45.279
this color scheme matches what's known as a US

00:18:45.279 --> 00:18:49.180
crash pad. It's a bomb designed to destroy chemical

00:18:49.180 --> 00:18:51.920
and biological agents. And it does that by having

00:18:51.920 --> 00:18:54.779
a small amount of explosives, but a large amount

00:18:54.779 --> 00:19:00.240
of white phosphorus. So we reached out to the

00:19:00.240 --> 00:19:02.680
IDF for comment. They refused to comment about

00:19:02.680 --> 00:19:04.920
what specific munition it was or give us any

00:19:04.920 --> 00:19:07.660
details, but a couple weapons experts we talked

00:19:07.660 --> 00:19:11.450
to basically said, hey, you know, like this indicates

00:19:11.450 --> 00:19:13.730
an incendiary bomb. These are the markings they

00:19:13.730 --> 00:19:16.470
use for it. We just can't say specifically what

00:19:16.470 --> 00:19:19.970
its purpose is, but it does bear a striking resemblance

00:19:19.970 --> 00:19:22.630
to the crash pad. That's a known bomb that has

00:19:22.630 --> 00:19:25.849
these markings that looks this way. But we still

00:19:25.849 --> 00:19:28.009
don't know exactly what it is or how they're

00:19:28.009 --> 00:19:30.809
being used. And that's all I have. Or I could

00:19:30.809 --> 00:19:33.210
just keep rambling because I've gone about weapons

00:19:33.210 --> 00:19:36.089
for way too long. I know, I know, and I really

00:19:36.089 --> 00:19:39.210
appreciate it. But let's go to some questions.

00:19:39.349 --> 00:19:42.450
One of the main questions, and I think we should

00:19:42.450 --> 00:19:44.410
address it to start with, because we've been

00:19:44.410 --> 00:19:47.230
asked this constantly the last few weeks, is

00:19:47.230 --> 00:19:51.670
how do you know what governments have which weapons?

00:19:52.349 --> 00:19:55.710
Obviously, Trump went out and said that lots

00:19:55.710 --> 00:19:59.210
of different countries have Tomahawks, and we've

00:19:59.210 --> 00:20:03.470
explicitly said it's a US Tomahawk. So how do

00:20:03.470 --> 00:20:07.819
we know what governments have access to and what

00:20:07.819 --> 00:20:10.539
they don't? A simple question, but with perhaps

00:20:10.539 --> 00:20:15.420
a complex answer. Well, it sort of depends on

00:20:15.420 --> 00:20:18.000
which countries you're looking at because some

00:20:18.000 --> 00:20:21.019
countries are much more open about the weapons

00:20:21.019 --> 00:20:24.519
they supply and how they do it. The US is typically

00:20:24.519 --> 00:20:27.259
a lot more open about their weapons transfers,

00:20:27.940 --> 00:20:31.220
major arm sales, unless they're classified, get

00:20:31.220 --> 00:20:33.769
published by the US government. You know, there

00:20:33.769 --> 00:20:36.109
was some recent reporting that the U .S. authorized

00:20:36.109 --> 00:20:39.529
the sale of, you know, I think it was about a

00:20:39.529 --> 00:20:41.809
total of a little over 10 ,000 more bombs to

00:20:41.809 --> 00:20:44.809
Israel. And they, you know, gave specific models.

00:20:45.410 --> 00:20:48.250
So you have some stuff like that, or you'll have

00:20:48.250 --> 00:20:52.250
media reporting. There's the Stockholm Institute

00:20:52.250 --> 00:20:54.829
of Peace has a arms transfer database where they

00:20:54.829 --> 00:20:57.329
basically collate that. And you can go back and

00:20:57.329 --> 00:20:59.630
see what publicly reported weapons have gone

00:20:59.630 --> 00:21:02.079
where. So, you know, like with the crash pad,

00:21:02.200 --> 00:21:04.920
there's no, this incendiary bomb, there's no

00:21:04.920 --> 00:21:06.920
evidence we could find publicly of Israel getting

00:21:06.920 --> 00:21:10.019
that bomb by the US. So we specifically asked

00:21:10.019 --> 00:21:12.500
the state department, hey, did, was this ever

00:21:12.500 --> 00:21:14.480
transferred? You know, they declined to comment,

00:21:14.480 --> 00:21:17.599
but that's always one thing to ask is just because

00:21:17.599 --> 00:21:19.480
it's not public doesn't mean it didn't happen.

00:21:19.900 --> 00:21:23.059
But you can make a reasonable effort to try to

00:21:23.059 --> 00:21:24.680
see if there's any evidence of that, whether,

00:21:24.799 --> 00:21:28.240
you know, publicly disclosed transfers or, you

00:21:28.240 --> 00:21:31.930
know, reporting. I think Reuters did a good one

00:21:31.930 --> 00:21:35.950
on some transfers that weren't publicly disclosed.

00:21:36.170 --> 00:21:39.190
When it comes to other stuff, sometimes governments

00:21:39.190 --> 00:21:43.670
will basically post what weapons they're seizing.

00:21:44.289 --> 00:21:47.349
An important one is the US has posted images

00:21:47.349 --> 00:21:50.250
of a lot of weapons they've seized going to the

00:21:50.250 --> 00:21:52.690
Houthis in Yemen. They have been shipped by Iran.

00:21:53.869 --> 00:21:56.369
So sometimes you'll see new stuff pop up there.

00:21:56.829 --> 00:21:59.519
It's one of those things that Just because a

00:21:59.519 --> 00:22:01.640
country hasn't been reported with it before doesn't

00:22:01.640 --> 00:22:03.599
mean they can't have something now. So there's

00:22:03.599 --> 00:22:06.720
always a element of uncertainty, but there are

00:22:06.720 --> 00:22:10.559
some things you can do to try to see if it has

00:22:10.559 --> 00:22:14.720
been known to have it before. Yeah, thanks for

00:22:14.720 --> 00:22:19.000
that. Doesn't unfortunately stop Trump making

00:22:19.000 --> 00:22:22.400
sweeping statements, however. We've had some

00:22:22.400 --> 00:22:26.099
questions about the incendiary bomb. article

00:22:26.099 --> 00:22:28.220
that you've got currently up right now. So I

00:22:28.220 --> 00:22:31.980
thought I'd ask that at the minute. If I recall

00:22:31.980 --> 00:22:34.859
correctly, white phosphorus munitions are restricted

00:22:34.859 --> 00:22:37.720
under the Geneva conventions and related protocols.

00:22:38.099 --> 00:22:39.980
Yet there have been reports that Israel has continued

00:22:39.980 --> 00:22:41.980
using these types of weapons. What does international

00:22:41.980 --> 00:22:44.500
law actually say about the use of white phosphorus

00:22:44.500 --> 00:22:47.119
and would such use violate these conventions?

00:22:49.059 --> 00:22:51.740
So we actually spoke to two different legal experts

00:22:51.740 --> 00:22:54.369
specifically about the use of an incendiary bomb

00:22:54.369 --> 00:22:57.549
and the crash pad even more specifically. And

00:22:57.549 --> 00:23:00.349
they essentially said that neither Israel or

00:23:00.349 --> 00:23:04.009
Iran are a party to the specific subsection that

00:23:04.009 --> 00:23:06.069
would make the use of incendiary weapons illegal.

00:23:06.390 --> 00:23:09.890
And that the US basically did sign it, but they

00:23:09.890 --> 00:23:11.769
signed it with reservations where they basically

00:23:11.769 --> 00:23:16.690
said, we will still use these if we deem it is

00:23:16.690 --> 00:23:20.470
necessary and in accordance with principles.

00:23:21.090 --> 00:23:24.130
There's one main thing about a crash pass The

00:23:24.130 --> 00:23:26.950
intent is to destroy chemical and biological

00:23:26.950 --> 00:23:31.309
agents by the high heat Instead of you bombing

00:23:31.309 --> 00:23:34.190
a chemical biological weapon storage area and

00:23:34.190 --> 00:23:36.569
dispersing those chemical and biological agents

00:23:36.569 --> 00:23:39.589
So that's at least the intent behind the crash

00:23:39.589 --> 00:23:44.230
pad. It's very hard to say Exactly what Israel

00:23:44.230 --> 00:23:47.250
is using this bomb for or what the intent is

00:23:48.180 --> 00:23:50.440
An incendiary weapon can mean a bunch of things.

00:23:50.640 --> 00:23:53.819
It could mean that it is a crash pad. It could

00:23:53.819 --> 00:23:56.519
mean that they just have a much smaller incendiary

00:23:56.519 --> 00:23:59.099
effect. So without knowing more that just gets

00:23:59.099 --> 00:24:02.759
into a bunch more speculation. If you want to

00:24:02.759 --> 00:24:06.039
read specifically what the two experts told us

00:24:06.039 --> 00:24:09.259
about the legality, it's an article about this.

00:24:09.960 --> 00:24:12.119
There's also some links in here that give even

00:24:12.119 --> 00:24:14.180
more details about like the US reservations.

00:24:15.820 --> 00:24:18.460
We've got a bunch of questions coming into the

00:24:18.460 --> 00:24:21.480
chat now, but before we get to them, I wondered

00:24:21.480 --> 00:24:23.960
if we could just take a step back. If I gave

00:24:23.960 --> 00:24:29.259
you, if I found a low resolution video of a missile

00:24:29.259 --> 00:24:33.019
in flight, what are the first physical features

00:24:33.019 --> 00:24:37.079
you as an analyst are looking for? What would

00:24:37.079 --> 00:24:40.000
be your first port of call if you found a video

00:24:40.000 --> 00:24:42.690
online that... was claiming to be a specific

00:24:42.690 --> 00:24:45.230
missile and you wanted to fact check that or

00:24:45.230 --> 00:24:49.109
verify it. So my thing is, is first off always

00:24:49.109 --> 00:24:53.670
to look at the video quality first because one

00:24:53.670 --> 00:24:56.450
common thing is the US strikes in the Caribbean.

00:24:56.890 --> 00:24:58.769
They've keep releasing videos of that, but most

00:24:58.769 --> 00:25:00.829
of the time the munitions are moving so fast.

00:25:00.849 --> 00:25:04.349
That's just a blur. And that's on high quality

00:25:04.349 --> 00:25:07.089
video. Some of these videos that people are taking

00:25:07.089 --> 00:25:11.240
are very low quality. So that The quality specifically

00:25:11.240 --> 00:25:13.700
is going to greatly affect what you can confidently

00:25:13.700 --> 00:25:18.099
say about it. But generally, I always look for

00:25:18.099 --> 00:25:20.720
the general shape and the size. It's going to

00:25:20.720 --> 00:25:23.680
vary how specific or confident you can get depending

00:25:23.680 --> 00:25:26.880
on the quality. But I want to know roughly how

00:25:26.880 --> 00:25:30.200
big is it? And what are the main characteristics

00:25:30.200 --> 00:25:34.000
I can see? Do I see wings? Because that's a big

00:25:34.000 --> 00:25:35.920
one. If you see wings, then you're looking more

00:25:35.920 --> 00:25:38.869
like a missile or a glide bomb. If it just looks

00:25:38.869 --> 00:25:41.769
like a cylindrical object, you know, without

00:25:41.769 --> 00:25:43.869
any wings, then maybe you're looking more just

00:25:43.869 --> 00:25:47.670
a more typical bomb. And the size can help you

00:25:47.670 --> 00:25:52.250
kind of get a general ballpark to look at. But

00:25:52.250 --> 00:25:54.430
again, it's going to significantly vary where

00:25:54.430 --> 00:25:57.089
you can go for more general based on the quality.

00:25:57.609 --> 00:25:59.569
But it's very important to know that objects

00:25:59.569 --> 00:26:02.950
moving fast, especially with, depending on the

00:26:02.950 --> 00:26:05.609
video, it might blur certain features and it

00:26:05.609 --> 00:26:08.450
might elongate the object. So, you know, some

00:26:08.450 --> 00:26:11.349
of those strikes in the Caribbean have been reported

00:26:11.349 --> 00:26:14.630
to be very small bombs. They're just a couple

00:26:14.630 --> 00:26:17.170
of feet long. And then, you know, I've seen some

00:26:17.170 --> 00:26:21.089
people say, oh, that's a tomahawk, which is like

00:26:21.089 --> 00:26:23.730
20 feet long. So that's just an important thing

00:26:23.730 --> 00:26:29.250
to realize. Pay attention to munitions sizes

00:26:29.250 --> 00:26:31.789
and things like that. And also look for comparable

00:26:31.789 --> 00:26:35.420
imagery as well. In terms of If you don't have,

00:26:35.480 --> 00:26:39.000
if that video isn't clear enough, what other

00:26:39.000 --> 00:26:42.059
corresponding imagery could help? For example,

00:26:42.619 --> 00:26:45.079
it's me Ian in the chat has asked, can you use

00:26:45.079 --> 00:26:47.940
photos of damage to identify munitions? Is it

00:26:47.940 --> 00:26:51.119
even possible to tell a difference? For example,

00:26:51.279 --> 00:26:54.579
looking at the crater that a bomb might have

00:26:54.579 --> 00:26:56.920
left. Yeah. So you can use photos and damage

00:26:56.920 --> 00:27:00.359
to identify munitions, but kind of similar to

00:27:00.359 --> 00:27:03.519
the quality. and what you have specifically you

00:27:03.519 --> 00:27:06.480
might be able to get in the ballpark or you might

00:27:06.480 --> 00:27:09.980
be able to identify a specific munition because

00:27:09.980 --> 00:27:14.319
some munitions have very distinct effects. One

00:27:14.319 --> 00:27:17.160
of the Israeli versions of the Mikulet bomb that

00:27:17.160 --> 00:27:20.880
they use from drones as cubic fragmentation lining

00:27:20.880 --> 00:27:23.660
the warhead so when that specific version of

00:27:23.660 --> 00:27:27.460
the Mikulet is used you see a lot of those very

00:27:27.460 --> 00:27:31.059
kind of like consistent fragmentation pattern

00:27:31.230 --> 00:27:34.170
in all directions, which can be a very good clue,

00:27:34.190 --> 00:27:38.869
and you have a very small hole of anything. So

00:27:38.869 --> 00:27:40.650
like when it comes to something like that, especially

00:27:40.650 --> 00:27:45.069
if it's in an area where only like, like in Gaza,

00:27:45.109 --> 00:27:48.210
where Israel is the only one operating drones

00:27:48.210 --> 00:27:50.250
and conducting airstrikes, then it's a lot easier

00:27:50.250 --> 00:27:53.230
to be more confident in that answer. But when

00:27:53.230 --> 00:27:55.490
you're looking at something like Ukraine, where

00:27:55.490 --> 00:27:58.250
there's an absolute ton of weapons being used,

00:27:58.289 --> 00:28:01.430
there's new stuff being developed, You have random

00:28:01.430 --> 00:28:04.109
soldiers on the front lines just kind of putting

00:28:04.109 --> 00:28:06.910
together drone munitions in haphazard ways using

00:28:06.910 --> 00:28:09.549
whatever they can find. That's going to be a

00:28:09.549 --> 00:28:11.549
lot more difficult to find out specifically what

00:28:11.549 --> 00:28:14.609
it was without a more forensic style investigation

00:28:14.609 --> 00:28:17.210
where you actually are collecting, you know,

00:28:17.470 --> 00:28:20.529
samples of explosive residue, collecting every

00:28:20.529 --> 00:28:22.490
single fragment you can find and actually seeing

00:28:22.490 --> 00:28:27.660
what you have. When it comes to craters, One

00:28:27.660 --> 00:28:29.500
thing is in a lot of reporting you might see

00:28:29.500 --> 00:28:31.920
people saying hey, this was like a 2 ,000 pound

00:28:31.920 --> 00:28:35.200
bomb or equivalent Essentially, they're just

00:28:35.200 --> 00:28:37.700
saying the damage is consistent with that explosive

00:28:37.700 --> 00:28:39.920
Those are the most kind of like common and standard

00:28:39.920 --> 00:28:42.559
weapons, but other weapons might have similar

00:28:42.559 --> 00:28:45.799
warhead strengths So another thing to note is

00:28:45.799 --> 00:28:49.359
like a 2 ,000 pound bomb That doesn't mean it

00:28:49.359 --> 00:28:52.180
has 2 ,000 pounds of explosives. That's the general

00:28:52.180 --> 00:28:55.359
weight for it almost every time you hear 2 ,000

00:28:55.359 --> 00:28:58.819
pound 100 pound 1 ,000 pounds 500 that's the

00:28:58.819 --> 00:29:02.420
general weight of the warhead or the bomb the

00:29:02.420 --> 00:29:06.220
explosive is a lot less than that um typically

00:29:06.220 --> 00:29:10.339
it's like 40 to 50 percent if even less so the

00:29:10.339 --> 00:29:14.740
the 2 ,000 pound mark 84 bomb for example has

00:29:14.740 --> 00:29:19.180
about 980 pounds of explosives but if you're

00:29:19.180 --> 00:29:21.819
looking at the blue 109 2000 pound bunker buster

00:29:21.819 --> 00:29:24.819
bomb it has even less than that I think it's

00:29:24.819 --> 00:29:28.680
more like 500 pounds. So that's an important

00:29:28.680 --> 00:29:31.779
thing to note, but people often use those, the

00:29:31.779 --> 00:29:34.700
Mark 80 series, like the 2000 pound, the 1000

00:29:34.700 --> 00:29:36.380
pound is a good reference because they're used

00:29:36.380 --> 00:29:39.700
so often. And there's a good bit of data about

00:29:39.700 --> 00:29:43.059
roughly the crater sizes that they produce. So

00:29:43.059 --> 00:29:47.039
the crater sizes can also vary based on how the

00:29:47.039 --> 00:29:51.470
soil there, the type of fusing that it is. because

00:29:51.470 --> 00:29:53.349
these bombs can be equipped to explode in different

00:29:53.349 --> 00:29:55.470
ways. They can explode in the air for air burst,

00:29:55.710 --> 00:29:57.769
they can explode on contact with hitting a building

00:29:57.769 --> 00:30:01.130
or the ground, or even if it's not a bunker buster,

00:30:01.289 --> 00:30:03.730
it might be intended to explode after a short

00:30:03.730 --> 00:30:05.750
delay on contact where it penetrates the ground

00:30:05.750 --> 00:30:08.109
a little bit. And all of those are going to increase

00:30:08.109 --> 00:30:11.130
or decrease the kind of contact with the ground

00:30:11.130 --> 00:30:14.750
and can make the crater larger or smaller. So

00:30:14.750 --> 00:30:16.890
that's basically just a roundabout way of saying

00:30:16.890 --> 00:30:20.220
it really depends. And without like, you know,

00:30:20.279 --> 00:30:22.779
a forensic or remnants of the weapon that you

00:30:22.779 --> 00:30:25.720
can verify came from the site, you're only going

00:30:25.720 --> 00:30:28.240
to be able to get within a certain ballpark generally.

00:30:29.640 --> 00:30:32.319
Yeah, which was the case when we looked at a

00:30:32.319 --> 00:30:36.019
possible crater in a hostile blasting Gaza, we

00:30:36.019 --> 00:30:39.799
could only really suggest that it slightly ruled

00:30:39.799 --> 00:30:42.279
out some of the larger bombs because of the size

00:30:42.279 --> 00:30:45.299
of it, which I put the link of in the chat for

00:30:45.299 --> 00:30:50.579
those live listening. In terms of debris and

00:30:50.579 --> 00:30:53.900
remnants left behind, how reliable is that? If

00:30:53.900 --> 00:30:59.920
you find an image shed after the attack, how

00:30:59.920 --> 00:31:02.579
reliable can you take that information? For example,

00:31:03.220 --> 00:31:07.859
the case of the girls school in Iran, we analyzed

00:31:07.859 --> 00:31:12.779
an image that was shared by Iranian authorities

00:31:12.779 --> 00:31:15.920
with debris and remnants on the table that were

00:31:15.920 --> 00:31:18.279
found in that particular area or was said to

00:31:18.279 --> 00:31:21.079
be found in that particular area. So what can

00:31:21.079 --> 00:31:23.400
you take from this kind of imagery and what should

00:31:23.400 --> 00:31:26.160
you avoid doing? And have you seen cases where

00:31:26.160 --> 00:31:29.059
governments deliberately mislabeled debris to

00:31:29.059 --> 00:31:33.619
shape the narrative around a strike? So the important

00:31:33.619 --> 00:31:37.660
thing is when was the debris found and can you

00:31:37.660 --> 00:31:40.480
find it in the immediate aftermath? And does

00:31:40.480 --> 00:31:43.009
the debris Does the weapon the debris is showing

00:31:43.009 --> 00:31:46.150
make sense for the strike? Those are the two

00:31:46.150 --> 00:31:48.990
things like octas look at. You know, with this,

00:31:50.109 --> 00:31:52.390
we don't know when this photo was taken. It was

00:31:52.390 --> 00:31:55.750
released, you know, almost two weeks after the

00:31:55.750 --> 00:31:58.569
strike occurred. And you can very clearly see

00:31:58.569 --> 00:32:00.750
that most of the debris has been cleared. It

00:32:00.750 --> 00:32:02.589
looks much different than videos taken in the

00:32:02.589 --> 00:32:06.210
immediate aftermath. So it's very hard to say

00:32:06.210 --> 00:32:09.410
where this debris came from. You know, one thing

00:32:09.410 --> 00:32:13.049
in Gaza, particularly you'll have a lot of journalists

00:32:13.049 --> 00:32:15.549
or media influencers running into where airstrikes

00:32:15.549 --> 00:32:19.630
happen. So you'll be seeing, you know, uh, the

00:32:19.630 --> 00:32:21.509
people that were just killed by this airstrike

00:32:21.509 --> 00:32:25.269
and you might catch like, uh, glimpses of the

00:32:25.269 --> 00:32:27.190
remnants on the ground, or you might have someone

00:32:27.190 --> 00:32:29.470
picking someone up like while they're still pulling

00:32:29.470 --> 00:32:32.559
bodies out. and that makes you be a lot more

00:32:32.559 --> 00:32:34.839
confident to say like, hey, this remnant was

00:32:34.839 --> 00:32:36.759
associated with the strike because you can see

00:32:36.759 --> 00:32:39.339
it in the immediate aftermath. Whereas something

00:32:39.339 --> 00:32:44.000
like this, you know, we can't independently pie

00:32:44.000 --> 00:32:47.259
these remnants to this specific strike. We know

00:32:47.259 --> 00:32:49.319
that a tomahawk hit one of the other buildings

00:32:49.319 --> 00:32:52.180
nearby, but we can't specifically say that these

00:32:52.180 --> 00:32:56.339
remnants are from this building. So like that's

00:32:56.339 --> 00:32:58.440
important thing to acknowledge and try to assess

00:32:58.440 --> 00:33:00.519
what you can say about where the remnants came

00:33:00.519 --> 00:33:04.200
from and what's possible We can't say these are

00:33:04.200 --> 00:33:07.119
Tomahawk missile remnants We mash them up with

00:33:07.119 --> 00:33:10.160
previous remnants The New York Times did a very

00:33:10.160 --> 00:33:12.019
good piece where they tied some of the specific

00:33:12.019 --> 00:33:16.259
numbers that were visible in the photos To contracts

00:33:16.259 --> 00:33:19.559
for the Tomahawk missile from Ball Aerospace

00:33:19.559 --> 00:33:22.940
So like that's another good thing to say hey,

00:33:23.099 --> 00:33:25.880
this is a Tomahawk missile Now the next question

00:33:25.880 --> 00:33:29.740
is does it make sense? Does the weapon they're

00:33:29.740 --> 00:33:31.880
purporting to show remnants of does that fit

00:33:31.880 --> 00:33:34.480
the strike, you know? Did it do that this damage

00:33:34.480 --> 00:33:36.640
is it way too small? Is there anything fishy

00:33:36.640 --> 00:33:40.400
about that? That's always a common thing That

00:33:40.400 --> 00:33:42.279
says even if you can see that aftermath. It's

00:33:42.279 --> 00:33:46.720
like if you're trying to tell me like a small

00:33:46.720 --> 00:33:49.319
60 millimeter mortar took down this whole building.

00:33:49.319 --> 00:33:52.000
I would say absolutely not. I don't believe you

00:33:52.000 --> 00:33:56.640
for a second But, you know, Tomahawks have 300

00:33:56.640 --> 00:34:03.000
-pound warheads of explosives. They can destroy

00:34:03.000 --> 00:34:05.980
significant amount of structures. So, like, this

00:34:05.980 --> 00:34:09.019
kind of fits. We know that another Tomahawk hit

00:34:09.019 --> 00:34:11.500
nearby. We just can't say where these remnants

00:34:11.500 --> 00:34:16.710
came from specifically. Debris and remnant analysis

00:34:16.710 --> 00:34:20.090
becoming easier or harder as weapons are becoming

00:34:20.090 --> 00:34:23.389
more modular or stealth oriented. Are you finding

00:34:23.389 --> 00:34:26.789
it more difficult to identify key parts of missiles?

00:34:28.329 --> 00:34:31.489
Not really. If anything, it sort of helps because

00:34:31.489 --> 00:34:35.050
in the most simplistic terms, the more complex

00:34:35.050 --> 00:34:38.610
munition is, the more parts you will have that

00:34:38.610 --> 00:34:41.110
might survive the explosion and be identifiable.

00:34:41.519 --> 00:34:48.300
So if you look at a Mark 84 bomb, it is, or let's

00:34:48.300 --> 00:34:51.440
just use this blue 109 example. The whole green

00:34:51.440 --> 00:34:54.420
part is the bomb body. So that is just steel

00:34:54.420 --> 00:34:57.840
filled with explosives. And then the grayish

00:34:57.840 --> 00:34:59.940
parts are the parts of the bomb guidance kit

00:34:59.940 --> 00:35:03.840
that gets attached onto it. So when that bomb

00:35:03.840 --> 00:35:07.000
explodes, you're going to find fragments of the

00:35:07.000 --> 00:35:09.159
bomb body, but that's a lot harder to identify.

00:35:09.980 --> 00:35:12.039
especially if you're just looking at photos,

00:35:12.739 --> 00:35:15.840
but the guidance kits have a lot of components

00:35:15.840 --> 00:35:19.880
that are farther away from the bomb, from the

00:35:19.880 --> 00:35:22.599
explosives. So those are more likely to survive

00:35:22.599 --> 00:35:25.559
and be in a recognizable form. And also they

00:35:25.559 --> 00:35:28.500
might get sheared off on impact. You know, if

00:35:28.500 --> 00:35:30.360
this bomb hits a building and it's on a delayed

00:35:30.360 --> 00:35:32.599
fusing, the bomb might penetrate a floor or two

00:35:32.599 --> 00:35:34.800
before exploding, but the JDAM kit might get

00:35:34.800 --> 00:35:36.719
ripped off when it first hits the roof. So, you

00:35:36.719 --> 00:35:38.920
know, that gives a much better chance of that

00:35:38.920 --> 00:35:42.599
remnant surviving. And missiles are just a much

00:35:42.599 --> 00:35:45.619
more complex version of that, especially Tomahawks.

00:35:46.460 --> 00:35:50.340
So, you know, like one example here is that this

00:35:50.340 --> 00:35:52.320
blue piece right here is part of the engine.

00:35:52.739 --> 00:35:55.980
And if you look at photos of Tomahawks, that's

00:35:55.980 --> 00:35:59.320
about as far back from the actual warhead as

00:35:59.320 --> 00:36:01.960
you can get. So all of those extra pieces in

00:36:01.960 --> 00:36:04.300
these like complex missiles that are very large

00:36:04.300 --> 00:36:06.119
with all these guidance kits and all these wings,

00:36:06.199 --> 00:36:08.690
it just gives you Extra remnants that have a

00:36:08.690 --> 00:36:10.690
better chance of surviving intact that you might

00:36:10.690 --> 00:36:13.530
be able to identify And the u .s. Specifically

00:36:13.530 --> 00:36:16.150
has a lot of different subcontractors and they

00:36:16.150 --> 00:36:18.449
have a lot of different um codes that they'll

00:36:18.449 --> 00:36:20.369
put on the missile and stuff that you can usually

00:36:20.369 --> 00:36:24.250
use via open sources to find What weapons it's

00:36:24.250 --> 00:36:27.690
associated with? for example, uh the hellfire

00:36:27.690 --> 00:36:30.670
missile and the the newer kind of similar version

00:36:30.670 --> 00:36:34.139
the jagum they Lockheed Martin reports that they

00:36:34.139 --> 00:36:37.800
have over 270 suppliers in the US supplying parts

00:36:37.800 --> 00:36:40.340
for that missile. And you know, the Hellfire

00:36:40.340 --> 00:36:42.880
is a lot less complex than something like a Tomahawk

00:36:42.880 --> 00:36:48.260
missile. So to keep it short, the less sophisticated

00:36:48.260 --> 00:36:50.219
munitions are usually the ones that are harder

00:36:50.219 --> 00:36:53.679
to get a conclusive ID on when you're just looking

00:36:53.679 --> 00:36:56.440
at it from photos. That's really useful to know.

00:36:57.440 --> 00:36:59.780
And for those listening back to the podcast,

00:36:59.980 --> 00:37:03.920
you can find the link to these images that Trevor's

00:37:03.920 --> 00:37:08.460
just been talking about in the podcast description.

00:37:09.820 --> 00:37:12.380
Zara's just asked a follow -up to that. How might

00:37:12.380 --> 00:37:15.480
we go about identifying those specific pieces?

00:37:15.699 --> 00:37:17.960
Will reverse image search help us to find the

00:37:17.960 --> 00:37:20.500
open sources that tell us about these individual

00:37:20.500 --> 00:37:23.440
pieces? So I haven't actually tried reverse image

00:37:23.440 --> 00:37:26.489
searching these ones just because I used to work

00:37:26.489 --> 00:37:28.670
at Ares on the open source munitions portal.

00:37:28.869 --> 00:37:32.570
So I was working there during the US strikes

00:37:32.570 --> 00:37:34.590
in Yemen. So I've spent a lot of time looking

00:37:34.590 --> 00:37:37.389
at Tomahawk missile parts, especially like relatively

00:37:37.389 --> 00:37:40.510
recently, even before this war. So I was like,

00:37:40.730 --> 00:37:43.170
okay, this is a Tomahawk missile. So I just went

00:37:43.170 --> 00:37:45.349
and like double checked, make sure I wasn't missing

00:37:45.349 --> 00:37:48.489
anything. But for stuff like remnants, my first

00:37:48.489 --> 00:37:50.349
place would be the open source munitions portal.

00:37:50.630 --> 00:37:53.440
You can either go generally, but If you're more

00:37:53.440 --> 00:37:55.099
getting new into this, I would just go to one

00:37:55.099 --> 00:37:57.400
of the war collection pages. So look, they've

00:37:57.400 --> 00:38:01.179
already added the ones from the school. All right,

00:38:01.179 --> 00:38:02.679
they haven't added any ones from that. But if

00:38:02.679 --> 00:38:08.340
we go to Yemen, there's some from here. So here

00:38:08.340 --> 00:38:12.460
is some of the same parts from Tabahag missiles

00:38:12.460 --> 00:38:16.119
that were fired in Yemen. Here's the same loader

00:38:16.119 --> 00:38:20.429
component. So that's the first place I would

00:38:20.429 --> 00:38:23.929
go. It's very easy to kind of clue in and help

00:38:23.929 --> 00:38:26.710
you know if you're on the right track. And then

00:38:26.710 --> 00:38:29.489
what the New York Times did is this fragment

00:38:29.489 --> 00:38:32.590
at the top right that actually has a visible

00:38:32.590 --> 00:38:35.449
contract code and they looked up the contract

00:38:35.449 --> 00:38:38.030
and found that it was associated with a contract

00:38:38.030 --> 00:38:40.610
that started delivering this component in 2014

00:38:40.610 --> 00:38:44.769
for Tomahawk missiles. Since then a video has

00:38:44.769 --> 00:38:47.110
come out of these same components, but it shows

00:38:47.110 --> 00:38:50.050
them in more detail So you can even get more

00:38:50.050 --> 00:38:53.710
information about the actual markings on it So

00:38:53.710 --> 00:38:55.769
it really just depends on what components you

00:38:55.769 --> 00:38:58.610
have the quality of the imagery Because if you

00:38:58.610 --> 00:39:00.929
didn't have that little gray data plate visible,

00:39:01.110 --> 00:39:02.989
then it would be a bit harder to try to find

00:39:02.989 --> 00:39:07.690
it Just based off markings Sometimes they'll

00:39:07.690 --> 00:39:10.110
have what's called a cage code, which is a five

00:39:10.110 --> 00:39:14.940
digit code And that indicates the contractor

00:39:14.940 --> 00:39:17.860
that made that component. So Raytheon's cage

00:39:17.860 --> 00:39:22.599
code is 15090. You can actually go to this website,

00:39:22.940 --> 00:39:27.139
cagedla .mil, and you can search the specific

00:39:27.139 --> 00:39:31.199
cage codes. So you search it, boom, that's Raytheon.

00:39:32.480 --> 00:39:34.920
And then it gives you details like this. So if

00:39:34.920 --> 00:39:37.199
you see something like that, the Raytheon cage

00:39:37.199 --> 00:39:40.980
code that you know Raytheon, made that component.

00:39:41.599 --> 00:39:44.539
But like I said earlier with, you know, the Hellfire

00:39:44.539 --> 00:39:48.900
example, multiple companies will work on these

00:39:48.900 --> 00:39:52.460
missiles and components. So if you see multiple

00:39:52.460 --> 00:39:55.300
different cage codes, that doesn't mean that,

00:39:55.300 --> 00:39:57.119
you know, it's like different munitions. That

00:39:57.119 --> 00:39:59.380
just means that multiple contractors made parts

00:39:59.380 --> 00:40:02.780
for that. But like that's another good indicator

00:40:02.780 --> 00:40:06.079
is There's what's called the prime contractors

00:40:06.079 --> 00:40:08.300
and they're the ones that are responsible overall

00:40:08.300 --> 00:40:11.239
for the weapon that got the contract. So, Tomahawk

00:40:11.239 --> 00:40:14.639
Missiles, Raytheon is the prime contractor. But,

00:40:14.639 --> 00:40:17.739
you know, Ball Aerospace is a subcontractor that

00:40:17.739 --> 00:40:19.840
made that GPS component that the New York Times

00:40:19.840 --> 00:40:23.179
looked at. So, there's kind of differences there,

00:40:23.179 --> 00:40:25.619
but that can also help key you in. You know,

00:40:25.619 --> 00:40:28.059
if someone's saying, hey, this is this certain

00:40:28.059 --> 00:40:30.559
weapon and there's a cage code on it and the

00:40:30.559 --> 00:40:33.659
cage code comes back to, you know, Lockheed Martin

00:40:33.659 --> 00:40:36.320
and they're saying it's a tomahawk. Well, does

00:40:36.320 --> 00:40:38.199
Lockheed Martin have anything to do with that?

00:40:39.400 --> 00:40:41.099
That's always like a good thing that can help

00:40:41.099 --> 00:40:44.699
you kind of like start looking. And there, there's

00:40:44.699 --> 00:40:46.760
a lot of good reporting about cage codes and

00:40:46.760 --> 00:40:49.280
some of the other markings, um, especially from,

00:40:49.280 --> 00:40:52.440
uh, the previous human strikes, uh, you know,

00:40:52.440 --> 00:40:54.739
like a decade ago, Bellingcat did some good stuff

00:40:54.739 --> 00:40:58.039
with, um, the paveway bomb guidance kits that

00:40:58.039 --> 00:41:01.119
were being supplied. It was even found via cage

00:41:01.119 --> 00:41:03.659
code that an Italian company was making some

00:41:03.659 --> 00:41:07.800
of the bombs that were being used. Super useful.

00:41:07.840 --> 00:41:11.480
And I've just linked that site in the chat and

00:41:11.480 --> 00:41:14.940
I'll make sure it's included in the podcast description

00:41:14.940 --> 00:41:19.199
as well. Only about 20 minutes left. So if you

00:41:19.199 --> 00:41:21.019
have questions, keep them coming in. We've got

00:41:21.019 --> 00:41:23.880
a few to get through. I wanted to ask quickly

00:41:23.880 --> 00:41:26.400
though, as we're talking about identification,

00:41:26.699 --> 00:41:32.000
in terms of new variants of familiar weapons.

00:41:32.800 --> 00:41:34.880
What kind of visual differences might indicate,

00:41:35.300 --> 00:41:38.019
what are the most common visual differences that

00:41:38.019 --> 00:41:40.159
might indicate something as a familiar weapon,

00:41:40.199 --> 00:41:43.380
but a new variant? How do you kind of spot that?

00:41:44.940 --> 00:41:50.079
So generally it's a lot harder. Cause you know,

00:41:50.079 --> 00:41:53.019
you might say you have like a Hellfire missile

00:41:53.019 --> 00:41:56.219
is a great example. People will just say a hellfire,

00:41:56.360 --> 00:41:59.280
but there are an absolute ton of variants of

00:41:59.280 --> 00:42:01.239
the hellfire with a bunch of different changes

00:42:01.239 --> 00:42:05.179
It's been in use for decades So, you know, you'll

00:42:05.179 --> 00:42:07.940
have different small differences into the rocket

00:42:07.940 --> 00:42:09.539
motor to give it a little bit of extra range

00:42:09.539 --> 00:42:12.159
or like the actual components and you also have

00:42:12.159 --> 00:42:16.340
different warheads, so When someone says a hellfire

00:42:16.340 --> 00:42:18.920
or like a small diameter bomb like a gbu -39

00:42:19.360 --> 00:42:21.500
It's important to realize that usually those

00:42:21.500 --> 00:42:23.840
are more general terms and there's a bunch of

00:42:23.840 --> 00:42:26.900
different versions within that. So trying to

00:42:26.900 --> 00:42:30.880
find out usually like what is a new variant is

00:42:30.880 --> 00:42:34.380
going to be very difficult unless it's very specific.

00:42:35.460 --> 00:42:38.400
You know like the Hellfire R9X like Ninja missile

00:42:38.400 --> 00:42:41.539
that's a very good example because that's a very

00:42:41.539 --> 00:42:44.380
distinctly different modification that wasn't

00:42:44.380 --> 00:42:47.760
known before and there's no prior information

00:42:47.760 --> 00:42:50.469
about that. So it's very clearly like, it's pretty

00:42:50.469 --> 00:42:53.769
easy to say, yes, this is new. This is different.

00:42:54.190 --> 00:42:56.829
And you have a marking on that. Some of the debris

00:42:56.829 --> 00:42:59.409
when that came out specifically says Hellfire

00:42:59.409 --> 00:43:02.110
on or R9X on it. So you can say, Hey, this is

00:43:02.110 --> 00:43:08.469
new. Or like the, the Tomahawk, apparent Tomahawk

00:43:08.469 --> 00:43:10.090
missile with like the four swept wings. Like

00:43:10.090 --> 00:43:12.849
that is a very obvious, visibly different missile.

00:43:13.700 --> 00:43:16.679
But a lot of the times it's not going to be very

00:43:16.679 --> 00:43:19.480
easy to determine without a lot of work or like

00:43:19.480 --> 00:43:22.860
very good quality photos or maybe even like several

00:43:22.860 --> 00:43:27.300
different examples of remnants. Good to know.

00:43:28.260 --> 00:43:30.300
Jake Golden, our colleague, has also written

00:43:30.300 --> 00:43:33.079
in the chat a useful point. It's also useful

00:43:33.079 --> 00:43:35.440
to know what you can find out via numbers on

00:43:35.440 --> 00:43:38.119
non -US munitions like Russian cruise missiles.

00:43:39.409 --> 00:43:41.630
ConflictArmentResearch did a good field investigation

00:43:41.630 --> 00:43:47.150
on the KH101 here and he's linked to a story

00:43:47.150 --> 00:43:50.829
map. So I will make sure that that's also featured

00:43:50.829 --> 00:43:55.389
in the description of the podcast. A few questions

00:43:55.389 --> 00:43:59.429
here in general about the conflict with Iran.

00:43:59.610 --> 00:44:02.230
I'm not sure how much you know about this Trevor,

00:44:02.369 --> 00:44:04.900
but perhaps we can kind of address it. Someone's

00:44:04.900 --> 00:44:08.159
asked, because of the widespread internet shutdown,

00:44:08.440 --> 00:44:11.099
what methods can OSINT researchers use to identify

00:44:11.099 --> 00:44:14.119
and obtain reliable sources or information from

00:44:14.119 --> 00:44:16.920
inside the country? And another person's asked

00:44:16.920 --> 00:44:19.059
if you can talk a little bit more about the ways

00:44:19.059 --> 00:44:21.920
some of the missiles and drones are being intercepted

00:44:21.920 --> 00:44:24.199
in the region. Are you able to talk to that?

00:44:24.559 --> 00:44:27.920
Yeah, so as far as the kind of like OSINT methods

00:44:27.920 --> 00:44:30.829
we can use to obtain and reliable sources of

00:44:30.829 --> 00:44:33.849
information. I think the Manab school video showing

00:44:33.849 --> 00:44:36.110
the tomahawk is a good example because that was

00:44:36.110 --> 00:44:39.730
released by Iranian state media amidst an internet

00:44:39.730 --> 00:44:43.389
shutdown. So it's important to assess what these

00:44:43.389 --> 00:44:46.250
videos are showing and how you can verify them.

00:44:46.730 --> 00:44:48.929
The specific video was released saying that it

00:44:48.929 --> 00:44:50.610
showed the school being struck specifically.

00:44:51.050 --> 00:44:53.210
We were able to show that no the school isn't

00:44:53.210 --> 00:44:55.969
being struck specifically in that video but it

00:44:55.969 --> 00:44:59.500
is of the same area and that there's doesn't

00:44:59.500 --> 00:45:01.440
appear to be any AI tampering, it appears to

00:45:01.440 --> 00:45:04.940
be legitimate. There is damage in the area where

00:45:04.940 --> 00:45:10.900
the missile hit. So that's one good way of just

00:45:10.900 --> 00:45:13.059
taking in information that you're finding with

00:45:13.059 --> 00:45:15.820
a critical lens and seeing what you can actually

00:45:15.820 --> 00:45:20.579
say about it. The other good one is satellite

00:45:20.579 --> 00:45:24.639
imagery. There's been Some satellite services

00:45:24.639 --> 00:45:26.900
are delaying publications, but some still doing

00:45:26.900 --> 00:45:29.159
it but even then that's a great way to verify

00:45:29.159 --> 00:45:34.000
what's happening because Iran is releasing what

00:45:34.000 --> 00:45:38.840
they want just like Israel and the DOD is releasing

00:45:38.840 --> 00:45:41.599
video they want showing strikes. So, you know,

00:45:41.619 --> 00:45:43.420
like they've said they the US said they carried

00:45:43.420 --> 00:45:47.559
out over 5 ,000 strikes now, but the image the

00:45:47.559 --> 00:45:49.599
videos and images they really showing those strikes

00:45:49.599 --> 00:45:52.019
is substantially less than 5 ,000, you know,

00:45:52.019 --> 00:45:55.510
so it's It's important to kind of keep in context

00:45:55.510 --> 00:45:58.389
in your frame of mind what you're actually seeing

00:45:58.389 --> 00:46:01.050
in comparison to how big this scale is. We're

00:46:01.050 --> 00:46:03.190
seeing a very small proportion of everything

00:46:03.190 --> 00:46:06.630
that's happening. So I'd say just verifying what

00:46:06.630 --> 00:46:09.769
you can and acknowledging what you can't say

00:46:09.769 --> 00:46:13.110
or how limited your view is. But I'd say satellite

00:46:13.110 --> 00:46:15.489
imagery is probably like one of the best things

00:46:15.489 --> 00:46:18.010
we can use right now just because you can get

00:46:18.010 --> 00:46:20.690
the best view on what's happening at a more general

00:46:20.690 --> 00:46:27.119
level. Um, as far as the interceptions go, so

00:46:27.119 --> 00:46:29.320
there's a lot of different systems being used.

00:46:29.619 --> 00:46:33.659
Um, so the iron dome and some of the other systems

00:46:33.659 --> 00:46:36.699
are more designed to take out like drones and

00:46:36.699 --> 00:46:38.579
smaller rockets, but then you have ballistic

00:46:38.579 --> 00:46:41.659
missile defenses, you know, like the U S thad,

00:46:41.820 --> 00:46:47.280
the, um, the Patriot. So some of these work by

00:46:47.280 --> 00:46:49.320
you're essentially firing a missile and that

00:46:49.320 --> 00:46:51.639
missile explodes and tries to blow up. You know

00:46:51.639 --> 00:46:54.019
the drone or the rocket like that's how the iron

00:46:54.019 --> 00:46:57.260
dome works a lot of the ballistic missile defenses

00:46:57.260 --> 00:47:03.179
um, like the the patriots and um the fad and

00:47:03.179 --> 00:47:06.519
the arrow They work by what's called hit to kill

00:47:06.519 --> 00:47:10.099
where they're trying to hit the incoming Missile

00:47:10.099 --> 00:47:12.500
directly and that's how they destroy it by the

00:47:12.500 --> 00:47:17.119
kinetic impact You can see some of the remnants

00:47:17.119 --> 00:47:19.860
of those, as you mentioned earlier, falling as

00:47:19.860 --> 00:47:23.440
well into across the regions as they try to defend

00:47:23.440 --> 00:47:27.340
some horrific imagery coming out across the region.

00:47:27.940 --> 00:47:29.639
A question that we had at the very beginning

00:47:29.639 --> 00:47:32.179
of the talk, which I think kind of fits now.

00:47:32.519 --> 00:47:35.559
is with the rapid rise of AI -generated content

00:47:35.559 --> 00:47:38.460
and deepfakes, what steps should OSINT investigators

00:47:38.460 --> 00:47:40.679
take to verify that the information they are

00:47:40.679 --> 00:47:43.179
analyzing is authentic rather than AI -generated

00:47:43.179 --> 00:47:47.260
or manipulated? You mentioned just then the fact

00:47:47.260 --> 00:47:51.579
that we do see manipulated and recycled imagery

00:47:51.579 --> 00:47:57.019
actually as well in any conflict. So how do you

00:47:57.019 --> 00:48:02.039
avoid being tricked by AI, for example? I mean,

00:48:02.159 --> 00:48:04.519
I think the best example when it comes to like

00:48:04.519 --> 00:48:07.619
munition remnants as a first image search, all

00:48:07.619 --> 00:48:10.320
the AI stuff I've seen like claiming to specifically

00:48:10.320 --> 00:48:13.119
be weapons or like remnants has been pretty bad

00:48:13.119 --> 00:48:16.559
so far. But, you know, there is always like people

00:48:16.559 --> 00:48:19.119
trying to reuse debris. There is a very popular

00:48:19.119 --> 00:48:20.920
example that didn't make it into our article,

00:48:20.980 --> 00:48:24.300
but someone was reusing a video from Ukraine.

00:48:25.110 --> 00:48:28.130
saying it was a drone that hit Cyprus and Russia

00:48:28.130 --> 00:48:31.329
was supplying Iran with their version of the

00:48:31.329 --> 00:48:34.210
Shahed. So that was a very important thing that

00:48:34.210 --> 00:48:37.469
people fact checked and were able to say like,

00:48:37.469 --> 00:48:40.349
no, this wasn't. And as far as I know, I still

00:48:40.349 --> 00:48:43.469
haven't seen the original video, but a photo

00:48:43.469 --> 00:48:46.389
from that video of the remnant matched an article

00:48:46.389 --> 00:48:49.730
from 2024, which is how people were able to identify,

00:48:50.329 --> 00:48:54.550
hey, this is reused. So like, My biggest thing

00:48:54.550 --> 00:48:58.469
would be, you know, extreme claims. I would definitely

00:48:58.469 --> 00:49:00.949
be a lot more cautious of, and, you know, would

00:49:00.949 --> 00:49:03.650
want to spend a lot more time looking into to

00:49:03.650 --> 00:49:07.289
validate that it's actually real, you know, and

00:49:07.289 --> 00:49:09.289
also looking at the source of where it's coming

00:49:09.289 --> 00:49:16.050
from. Like, Hey, um, why is this, uh, for example,

00:49:16.050 --> 00:49:18.849
like I saw it being shared by Ukraine account,

00:49:19.030 --> 00:49:20.789
like pro -Ukraine accounts saying, Hey, this

00:49:20.789 --> 00:49:23.809
is a Shahed and Cyprus. Well. Where did this

00:49:23.809 --> 00:49:26.449
come from? Is this actually being posted by media

00:49:26.449 --> 00:49:29.650
in Cyprus? Where are you claiming you got it

00:49:29.650 --> 00:49:32.070
from? And this kind of goes back to one of my

00:49:32.070 --> 00:49:35.130
biggest beefs with the current information space

00:49:35.130 --> 00:49:37.190
around open source is that a lot of people don't

00:49:37.190 --> 00:49:40.230
cite their sources, which makes everyone have

00:49:40.230 --> 00:49:43.289
to waste a lot of time trying to verify where

00:49:43.289 --> 00:49:46.269
this information is from. If everyone cited their

00:49:46.269 --> 00:49:49.309
sources, then you could very quickly find out

00:49:49.309 --> 00:49:52.460
who's spreading this information. or better evaluate

00:49:52.460 --> 00:49:58.460
how reliable the sources. Always link your sources

00:49:58.460 --> 00:50:02.639
guys in here and on other social platforms, please.

00:50:03.840 --> 00:50:09.099
In terms of our latest report in which you showed

00:50:09.099 --> 00:50:12.940
it in your talk where we had mapped out tomahawks

00:50:12.940 --> 00:50:17.139
flying over Iraqi airspace, possibly Syria and

00:50:17.139 --> 00:50:23.440
also how did we kind of get an estimate about

00:50:23.440 --> 00:50:26.380
the actual missiles, the number of missiles flying

00:50:26.380 --> 00:50:29.760
over. How can you distinguish between multiple

00:50:29.760 --> 00:50:33.260
missiles versus kind of the same missile captured

00:50:33.260 --> 00:50:35.500
from different angles or in different clips?

00:50:35.900 --> 00:50:38.539
Is it possible to get an accurate estimate of

00:50:38.539 --> 00:50:41.860
how many you might be seeing in a given area?

00:50:42.620 --> 00:50:45.480
So we went with the most conservative estimate

00:50:45.480 --> 00:50:48.599
if we could more reliably be confident in the

00:50:48.599 --> 00:50:51.380
exact times that the videos were filmed then

00:50:51.380 --> 00:50:54.539
we could Better assess that but we weren't able

00:50:54.539 --> 00:50:57.820
to be confident enough that the video showed

00:50:57.820 --> 00:51:01.539
different or unique waves So what we did was

00:51:01.539 --> 00:51:03.900
is we just went with the minimum tally we could

00:51:03.900 --> 00:51:09.000
in each area. So just in these seven or eight

00:51:09.000 --> 00:51:11.570
videos alone The total tally was something like

00:51:11.570 --> 00:51:16.329
70 missiles spotted. But since we couldn't determine

00:51:16.329 --> 00:51:19.610
for sure if they showed different waves at different

00:51:19.610 --> 00:51:23.130
times or what, we just went with the number of

00:51:23.130 --> 00:51:24.969
tomahawks we could identify in a single video,

00:51:25.010 --> 00:51:28.269
which one video showed 20. We just went with

00:51:28.269 --> 00:51:31.230
at least 20 tomahawks. And then we had a crash

00:51:31.230 --> 00:51:34.050
one here, which if it crashes in Syria, it won't

00:51:34.050 --> 00:51:37.409
be able to be flying in Iraq. So we counted 21

00:51:37.409 --> 00:51:41.719
here. in Iraq and Syria. And then we counted

00:51:41.719 --> 00:51:47.360
one in Manab and then 13 flew over. We passed

00:51:47.360 --> 00:51:50.039
a ship a few days later. So our total count we

00:51:50.039 --> 00:51:54.380
went with was 35 at least. And we counted six

00:51:54.380 --> 00:51:57.000
over Tehran, but again, we couldn't determine

00:51:57.000 --> 00:51:59.699
for sure that it wasn't six of the ones we saw

00:51:59.699 --> 00:52:02.619
over here. So we went with the most conservative

00:52:02.619 --> 00:52:05.880
count we could just because we couldn't reliably

00:52:07.220 --> 00:52:11.039
determine anything more specific than that. And

00:52:11.039 --> 00:52:14.260
you can see the specific locations in that interactive

00:52:14.260 --> 00:52:17.639
map made by our brilliant colleague Logan Williams

00:52:17.639 --> 00:52:21.320
as well, if you click into the link. Cyber has

00:52:21.320 --> 00:52:23.980
put in the chat, I think the open source information

00:52:23.980 --> 00:52:27.420
would be reduced by about 80 % once you remove

00:52:27.420 --> 00:52:30.179
copied plagiarized content and only leave genuine

00:52:30.179 --> 00:52:33.179
original content. Somebody else has just asked,

00:52:33.219 --> 00:52:35.300
do we know whether any of these munitions incorporate

00:52:35.300 --> 00:52:38.099
GPS guidance or tracking systems? If so, is it

00:52:38.099 --> 00:52:40.579
possible to identify the manufacturers or vendors

00:52:40.579 --> 00:52:43.260
and determine technical details such as the frequencies

00:52:43.260 --> 00:52:46.059
of communication bands those systems might use?

00:52:48.260 --> 00:52:50.960
I don't know if you can determine the frequency

00:52:50.960 --> 00:52:54.039
or communication bands. That's outside my knowledge.

00:52:54.579 --> 00:52:58.400
But you can see who makes the GPS systems and

00:52:58.400 --> 00:53:01.130
stuff like that. There's another great remnant

00:53:01.130 --> 00:53:05.090
that shows one from a JASM missile, and it also

00:53:05.090 --> 00:53:08.329
shows that the GPS system, at least in part,

00:53:08.469 --> 00:53:11.510
is made by Ball Aerospace. Sorry, my tabs are

00:53:11.510 --> 00:53:16.389
a mess, but yeah, right here. JASM slash GPS

00:53:16.389 --> 00:53:19.650
antenna, so Ball Aerospace and Technology Corporation,

00:53:19.849 --> 00:53:22.789
and then there's their CAGE code. So you have

00:53:22.789 --> 00:53:25.809
13993, and that's something you could plug into

00:53:25.809 --> 00:53:29.000
CAGE .dll .mil. And then here's the contract

00:53:29.000 --> 00:53:31.719
number, here's the part number. Those are all

00:53:31.719 --> 00:53:34.760
good things you can look up. Say if you had a

00:53:34.760 --> 00:53:37.659
similar remnant that the ball thing was obscured,

00:53:37.960 --> 00:53:40.099
you could get a good idea who made it with all

00:53:40.099 --> 00:53:43.239
that other information. We've been asked if you

00:53:43.239 --> 00:53:45.860
could link that in the chat. It's amazing what

00:53:45.860 --> 00:53:50.420
detail remains after explosions. Hey, really

00:53:50.420 --> 00:53:52.739
useful. Oh, I see Jake's already done it. Thank

00:53:52.739 --> 00:53:57.400
you, Jake. Amazing. We're coming close to time

00:53:57.400 --> 00:53:59.400
actually. A couple of people in the chat have

00:53:59.400 --> 00:54:01.139
said that they could listen to you speak for

00:54:01.139 --> 00:54:05.119
hours. But I wanted to just start to wrap up

00:54:05.119 --> 00:54:08.260
the talk a little, talking about how, for example,

00:54:08.380 --> 00:54:09.780
if someone's listening and they want to kind

00:54:09.780 --> 00:54:13.460
of really become an expert in this space, what

00:54:13.460 --> 00:54:19.079
kind of skill sets do you need to become a specialist

00:54:19.079 --> 00:54:22.579
in munitions analysis? What kind of things do

00:54:22.579 --> 00:54:26.539
you need to train on? To get where you are, Trevor.

00:54:28.559 --> 00:54:32.019
Um, I would say one thing is just, um, look a

00:54:32.019 --> 00:54:36.179
lot, like look at the OSMP try to find out if

00:54:36.179 --> 00:54:37.940
you're unsure how they're getting to an answer,

00:54:38.039 --> 00:54:41.159
try to find out why. But at the most basic level,

00:54:41.219 --> 00:54:43.739
I would say it helps a lot if you can kind of

00:54:43.739 --> 00:54:47.460
get a, even a basic understanding of what types

00:54:47.460 --> 00:54:50.579
of weapons are delivered by what systems. So,

00:54:50.579 --> 00:54:53.500
you know. Some are like like the tomahawk is

00:54:53.500 --> 00:54:57.000
fired by ships Some bombs are dropped by aircraft

00:54:57.000 --> 00:54:59.579
and then you have like artillery so if you kind

00:54:59.579 --> 00:55:01.539
of look into that and understand like what makes

00:55:01.539 --> 00:55:05.659
a rocket or a missile versus a bomb and how those

00:55:05.659 --> 00:55:08.019
are delivered there's kind of a logic to weapons

00:55:08.019 --> 00:55:09.800
and the more you can understand that kind of

00:55:09.800 --> 00:55:12.760
like the faster you can find the right line of

00:55:12.760 --> 00:55:17.460
inquiry to follow and just I've heard some people

00:55:17.460 --> 00:55:22.130
say that like geolocations are vibes based sometimes

00:55:22.130 --> 00:55:24.130
munitions can be the same way when you get started

00:55:24.130 --> 00:55:25.849
where you can look at something and just be like

00:55:25.849 --> 00:55:28.889
this kind of feels like this and you know you

00:55:28.889 --> 00:55:30.550
can kind of just use that as a starting point

00:55:30.550 --> 00:55:32.909
and see if you can find something that actually

00:55:32.909 --> 00:55:35.429
reinforces that vibe you'd be like this kind

00:55:35.429 --> 00:55:37.309
of looks like more sophisticated more complex

00:55:37.309 --> 00:55:39.869
like maybe it's a missile this country operates

00:55:39.869 --> 00:55:42.369
there like maybe i can start looking at that

00:55:42.369 --> 00:55:46.889
way whereas oh you know this looks very cheap

00:55:46.889 --> 00:55:50.469
it has um Maybe not as good construction. Maybe

00:55:50.469 --> 00:55:54.630
that's you know, like an Iranian drone that they're

00:55:54.630 --> 00:55:57.570
firing or supplying to their the militia groups

00:55:57.570 --> 00:56:00.690
they support so There's kind of a lot of just

00:56:00.690 --> 00:56:02.969
time you have to spend learning the basic logic

00:56:02.969 --> 00:56:04.849
of how these weapons work. They're all bound

00:56:04.849 --> 00:56:09.210
by you know Scientific constraints so all of

00:56:09.210 --> 00:56:11.150
them kind of do some of the same things to achieve

00:56:11.150 --> 00:56:14.590
desired weapons effects To maximize like range

00:56:14.590 --> 00:56:17.920
versus what they can carry So there was kind

00:56:17.920 --> 00:56:19.840
of a weird logic you can kind of learn and you

00:56:19.840 --> 00:56:22.840
can just kind of get used to what certain types

00:56:22.840 --> 00:56:27.800
of components look like. Jake has said in the

00:56:27.800 --> 00:56:29.980
chat, when looking at Russian munitions in Ukraine,

00:56:30.019 --> 00:56:32.280
it was very useful personally to collect and

00:56:32.280 --> 00:56:34.559
follow every source where images of munitions

00:56:34.559 --> 00:56:36.780
were showing up, such as Ukrainian emergency

00:56:36.780 --> 00:56:39.840
service pages for each oblast or even the police

00:56:39.840 --> 00:56:42.340
prosecutor's offices for the oblast. They tended

00:56:42.340 --> 00:56:44.260
to show ammunition remnants to show damage from

00:56:44.260 --> 00:56:46.539
attacks on civilians infrastructure and whatnot.

00:56:46.800 --> 00:56:48.840
And that was useful for finding more imagery

00:56:48.840 --> 00:56:53.039
to compare slash analyze. Just to finish, Trevor,

00:56:53.159 --> 00:56:56.619
as we're coming to time, what's been your kind

00:56:56.619 --> 00:56:59.699
of proudest moment as an analyst? What kind of

00:56:59.699 --> 00:57:02.699
detail did you spot that others didn't, that

00:57:02.699 --> 00:57:05.280
led to an identification or something surprising

00:57:05.280 --> 00:57:09.579
that you found? Honestly, I'd say probably one

00:57:09.579 --> 00:57:12.519
of my proudest would be Al Maghazi. There was

00:57:12.519 --> 00:57:16.300
a strike in April, 2024 that hit on a street

00:57:16.300 --> 00:57:18.380
where a bunch of children were playing foosball,

00:57:18.719 --> 00:57:22.760
and killed a bunch of children and two men. And

00:57:22.760 --> 00:57:26.079
Israel denied operating in the area, or carrying

00:57:26.079 --> 00:57:28.320
out a strike in the area, and there were some

00:57:28.320 --> 00:57:31.219
remnants. And I didn't have good reference imagery

00:57:31.219 --> 00:57:34.980
of the remnants at the time, so I went to geoconfirmed

00:57:34.980 --> 00:57:37.139
and I looked through every single airstrike that

00:57:37.139 --> 00:57:40.500
they had geolocated, and I marked out the ones

00:57:40.500 --> 00:57:43.360
that were too big of an explosion for the munition

00:57:43.360 --> 00:57:46.550
that was used. And the ones that fit, I spent

00:57:46.550 --> 00:57:48.349
more time digging into each of those strikes

00:57:48.349 --> 00:57:51.309
to try to find remnants. And I was able to basically

00:57:51.309 --> 00:57:54.510
match components from those strikes to Mikulet.

00:57:54.670 --> 00:57:56.769
And those components matched the one at Almagazi.

00:57:56.889 --> 00:57:59.489
So I basically was able to determine, hey, this

00:57:59.489 --> 00:58:01.849
matched an Israeli Mikulet, even after saying

00:58:01.849 --> 00:58:03.909
that they didn't carry out a strike in that area.

00:58:05.369 --> 00:58:07.630
And it was really time consuming because it was

00:58:07.630 --> 00:58:09.289
earlier into the conflict and I hadn't spent

00:58:09.289 --> 00:58:11.780
a lot of time. learning about that munition or

00:58:11.780 --> 00:58:13.659
like saving a bunch of reference images didn't

00:58:13.659 --> 00:58:16.559
have as much, but I think that was probably the

00:58:16.559 --> 00:58:19.739
practice for me. Wow. Yeah. Important work. If

00:58:19.739 --> 00:58:21.800
you have a link to that, please pop it in the

00:58:21.800 --> 00:58:26.260
chat. And thank you so, so much for going, going

00:58:26.260 --> 00:58:29.300
into detail about your process and also how other

00:58:29.300 --> 00:58:31.159
and the resources that you use and how other

00:58:31.159 --> 00:58:34.380
people can make use of them too. Really, really

00:58:34.380 --> 00:58:38.199
useful talk, especially at the moment as everyone's

00:58:38.199 --> 00:58:41.539
got their eyes on the conflict. in the Middle

00:58:41.539 --> 00:58:44.860
East. And yeah, we'll be back in two weeks time

00:58:44.860 --> 00:58:47.579
with another Stage Talk. But for now, thank you

00:58:47.579 --> 00:58:50.820
very much, Trevor. I can't wait to see what you

00:58:50.820 --> 00:58:53.340
put out next. And thank you everybody for listening.

00:58:55.280 --> 00:58:57.300
Yeah, thanks everyone for showing up. Have a

00:58:57.300 --> 00:59:00.139
good one. Thank you for listening to the Stage

00:59:00.139 --> 00:59:03.860
Talk. If you'd like to catch a Stage Talk live...

00:59:03.550 --> 00:59:06.510
where you can ask the guest questions. Join the

00:59:06.510 --> 00:59:11.289
Bellingcat Discord server by visiting www .discord

00:59:11.289 --> 00:59:15.630
.gg slash Bellingcat. The music you've heard

00:59:15.630 --> 00:59:19.289
is titled Dawn by Newer Self and is courtesy

00:59:19.289 --> 00:59:20.210
of Artlist.
