Ferran Stefan Ghatti (26:48)
I should point out that I'm not in any way discussing specific tactics and plans in my book. Right. So you're not going to find like, okay, this is how I envision the United States actually defending Taiwan in stages. Right. And these are the amounts of troops that United States armed forces are, you know, going to need to defend Taiwan or actually defeat China and you know, on what specific islands on the first island chain the United States will need to deploy such and such an amount of troops and missiles and so forth and how many aircraft, Right. There are some discussions around this. I mean, my book is really mostly about trying to start a discussion on first order questions, right? That is what's really happening if you are not capable of achieving information superiority, how do you actually fight a war between two great powers under the nuclear umbrella with taking into account that this conflict could potentially escalate to the nuclear dimension. Right. Have we really thought through and have we actually, by accident or maybe even by design, created operational concepts or military doctrine that are actually accelerating escalatory trends in a military conflict? And I would argue that, I mean, that's the gist of my argument that the preferred U.S. war fighting approach actually accelerates nuclear escalatory dynamics in such a conflict. Now, specifically to your question, first off, I should also say that in terms of character of warfighting, in all of the warfighting domains, what you are going to see is at the beginning, maybe a big flash, a lot of activity, a lot of resources, capabilities being spent, whether it's missiles, offensive cyber capabilities, operations in space and so forth. And then after the initial clash, right, you're probably going to see a lot of like a period where both sides essentially are running out of ammunition of capabilities. They need to reorganize, restructure. What you see in a lot of great power wars is that in the first couple of days and weeks you tend to lose the best people in your military, as terrible as this sounds, because you do lose your best units, most likely at the beginning because they are at the forefront. You are trying to achieve decisive results at the beginning of a military conflict. So you need a phase of reconstitution, of rearmament and so forth. And it's particularly difficult in a war between China and the United States, because a war like that would be fought over long distances, primarily on the maritime, in the air domain, space domain and cyber domain. And especially for the air and maritime domains, you would use a lot of precision guided munitions over long distances. So don't think what you see in the war in Ukraine where you have thousands of FPVs, essentially first person, few drones with 40, 50 kilometer ranges, well, actually anything from 12 to, to, to 30 kilometers is more realistic. If I think about it, you, you wouldn't see that unless there would be a real invasion of the island of Taiwan and the United States actually also deploying troops to the island of Taiwan. Or you would actually have what's called a horizontal escalation fighting on the first island chain along different islands there between Chinese and American troops and, and troops allied with the United States Armed Forces. Right. But to cut it short, essentially, what do I see or like some key takeaways from the individual domains? I think for the cyber domain, what's interesting to me when I was doing research is that, and I began research on this book already in 2020, was the initial idea that cyber would actually be a much more decisive domain, as it turns out to be, I found very little evidence, frankly, that cyber could actually have a strategic impact on the fighting. So I see cyber as, or the cyber domain as principally an intelligence domain at the same time also as an enabling domain. So you do need to have strong cyber defenses But I find it unlikely that you can launch devastating cyber attacks that are going to permanently disable a lot of the Chinese critical information infrastructure. Having said that, I don't obviously know what's in the cyber arsenal of the United States and we shouldn't draw wrong conclusions from other conflicts about this. Right? Because I do think cyber is fairly individualistic and dependent on the main actors involved. Because you essentially are creating the battle space by your own networks and the capabilities that you create in that particular domain, which is a bit different from the ARC and LAND domains. Right. And the other point that I see in the cyber domain, it's also that I don't really see a huge advantage after the initial clash of the offense in cyberspace. It's going to essentially peter out after a while because both sides are going to deploy a lot of offensive cyber capabilities and it takes actually time to rearm. Right. There's this idea of cyber strikes in milliseconds and so forth. Well, it takes a long, a long of preparatory time to conduct cyber operations, really. And it's going to be much more difficult to conduct these operations in wartime for various reasons, because network operators are going to be much more alert to cyber intrusions. Right. It's going to be much more difficult to actually catch your opponent off guard. And you always need an attack vector. And these attack vectors can close fairly easily if there's an update in the software and so forth. And it's not going to be that easy. So these are sort of the key takeaways from the silo domain when it comes to the space domain. I think the most interesting change in my research over the last couple of years has actually been the privatization of the space domain and the emergence of mega constellations. And I think here the idea or my main conclusion actually from mega constellations is that you're going to have a deterrent effect in cyberspace. So this idea that you're going to have a space Pearl harbor essentially where the Chinese can launch an out of the blue lightning strike attack against US space assets, or vice versa, I think that's not something that military planners believe in any longer as a real possibility. Just because you have so many constellations up there, so many space based assets in all the different layers of the space domain, that data in one way or the other is always going to get through. And that also by essentially destroying a lot of your adversary space asset at certain altitudes at least, you're also risking your own space based assets. Right? So there's a certain deterrent effect that I think would prevent the space domain from becoming this all out warfare domain. And that generally speaking, this leads to a more attritional character of the space domain. Rather than both sides trying to gain a decisive advantage by destroying the other side, you're going to see much more cyber operations in space, electromagnetic interference rather than kinetic destruction, and maybe a more careful targeting plan than we might have envisioned only a couple of years ago. When it comes to the air and maritime domains, I think I can summarize the two. I think here the essential issue is that the United States, but also China, would fairly quickly run out of precision guided munitions. And in particular, what the US Navy has as a challenge is how do you essentially rearm your ships in theater Logistics for both sides. I mean, for the maritime domain and the Navy domain, it's the logistics really that's going to be the most challenging aspect, right? How do you maintain your forces in the field, in the theater? And it's going to be much more challenging for the Americans than for the Chinese. And it's all about enabling capabilities. For the Air Force, it's strategic air refueling here. The United States has a fairly limited amount of tankers who are also not very well protected. They essentially need to conscript in the event of war, civilian tankers to support the U.S. air Force and U.S. navy aircraft. And the same is actually true for the US Navy. There are not enough resupply ships, and it's going to be very difficult for US Navy destroyers, guided missile destroyers and other outer surface warships to rearm essentially in theater, that is getting new missiles after they fired their entire arsenals. Hugely important issue in all of this is also the underwater domain, right? Submarines, unmanned underwater vehicles. And I don't want to go into too many details here, but I do see it as quite significant development and as quite probably one of the most effective US Military assets to combat the People's Liberation Army. And a lot of it will depend how quickly the United States can actually deploy submarines, where it's going to deploy submarines and what kind of other assets it can deploy underwater, such as smart mines, and prevent the People's Liberation army from breaking out from the first island chain, right, and attacking, for example, the US Merchant Marine, or try to cut off American convoys, right, going out from the west coast or going out from Hawaii to the west, right, into the western Pacific and East Asia. So I think the underwater domain is going to be quite important. I don't cover it in too much detail and there's a lot of debate happening also. What really the role of submarines is supposed to be, there's, I think, a consensus that you wouldn't likely deploy US Submarines into the, into the Taiwan Strait, for example, but I'm not so sure about that, to be honest, because there also might be political considerations in the early phase of a conflict and so forth. But in any case, so these are sort of some of my takeaways from the air and maritime domain. When it comes to the land domain, what's interesting is that the United States Marine Corps especially, and I do think when it comes to discussing the future of warfare, it's always important to look at what the US Marine Corps is doing because it's the only service branch and one of the few service branches in the world that constantly, constantly has to justify its existence. Right. I mean, in reality, you don't need the US Marine Corps, Right. You basically cover all, I mean, most other capabilities and capacity in all the other service branches of the United States Armed Forces. Right. So I think the US Marine Corps essentially always is trying to fight for its existence, and by doing so, they always identify or are early adopters to existing trends and so forth. Right. And they're constantly shape shifting every couple of years or decades. Right. And the U.S. marine Corps, again, in this instance, I think, have been spearheading an important change with a new force structure and a new force design that they've been experimenting with that really takes into account that United States may, United States Armed Forces may not be able to attain information superiority. And what that would actually mean, what the United States Marine Corps could actually do as a land force in a potential war that's really dominated by the air and maritime domains. And in combination with the U.S. army, they came up with a couple of fairly innovative concepts. How to support essentially the Navy and the Air Force and how they also can actually deploy ground based capabilities, ground ground based missiles and other weapon systems to engage the Chinese along the first island chain and if need be, also on Taiwan proper. And here I think the main takeaway for me is that the land domain obviously is traditionally the most decisive domain and that the role of the U.S. army and the U.S. marine Corps essentially is still going to be fairly limited in comparison to the U.S. navy and U.S. air Force, unless really there is going to be extensive fighting on Taiwan where the United States is actually engaging Chinese forces on the island itself. And I think I would see the U.S. army and the U.S. marine Corps in a war like that sort of as a support asset for the U.S. navy and the U.S. air Force. And I should say that this doesn't really cover the entire U.S. marine Corps. It covers certain units that are being transformed into units that would be more capable of fighting in the Pacific. But essentially what they're trying to do is become additional sensors for the army and Navy and project additional firepower onto the battle space. Essentially.