Gators in Motion: Demystifying Recent Russian Amphibious Activity

By Ben Claremont

The past several weeks have seen some extraordinary Russian naval activity.1 On 17 and 18 January 2021, six Russian amphibious warfare ships sortied from the Baltic Sea, passing through the Danish straits to the North Sea. On 24 January, TASS reported that over 20 surface combatants and auxiliaries sortied from the Russian Baltic Fleet.2 Recent satellite radar imagery of Baltiysk Naval Base in Kaliningrad shows only the two Neustrashimy-class frigates in port.3 This implies that all four Steregushchiy-class corvettes and several of the 21 smaller ships assigned to the fleet are at sea.4 In addition, major portions of the Northern, Pacific, and Black Sea Fleets have sortied, nominally as part of a large exercise.5 On 4 February, the six amphibious ships stopped for resupply in Tartus, Syria.6 Currently, they have transited the Turkish Straits and entered the Black Sea.7

Due to the build-up of forces on the Russian border with Ukraine and in Belarus, Russia’s amphibious forces have received a great deal of news coverage. This includes no less than eight articles in The Drive’s The War Zone and regular reporting from USNI News, Forbes, Radio Free Europe, the French Navy, and numerous other media outlets.8 The coverage has generally focused on their progress and the viability and possible locations of amphibious assaults on Ukraine. While the capabilities, location, and destination of these ships are important, their movements and possible targets must be contextualized; the Russian Military has a distinct understanding of and approach to amphibious warfare. It also must be kept in mind that these forces only augment existing capabilities in the Black Sea Fleet and so should not be used as an indicator of readiness to initiate conflict.

Most commentary on possible Russian amphibious assaults in a war with Ukraine suggests targets such as Odessa and Mariupol or describes them as a feint.9 In November, the Chief of Ukrainian Military Intelligence suggested that amphibious assaults would target Odessa and Mariupol.10 Responding to this in the January 2022 issue of Proceedings, Col. (Ret.) Phillip G. Wasielewski, U.S. Marine Corps, suggested that such assaults would be incredibly risky.11 Still, the idea of amphibious assaults to seize major cities persists.12 However, when this scenario is compared with existing Russian amphibious warfare capabilities, the Russian theory and practice of amphibious warfare (and its Soviet antecedent), and the larger Russian deployment of forces, it becomes clear that Mariupol, Odessa, and other major urban areas or ports are unlikely targets for the Russian Naval Infantry. Conversely, it is unlikely that such forces are only a bluff, feint, or ruse.

February 9, 2022 video by  Ihlas News Agency entitled (in Turkish), “Russian Warships Advancing From The Dardanelles To The Black Sea One After One.”

Capabilities

Russia’s amphibious ships are moving in two groups with an estimated capacity of two regular battalions — one tank and one motorized infantry— with some space for artillery and air defenses. Alternatively, the groups could carry a Battalion Tactical Group.

Group 1: Baltic Fleet14

  • Пр.775/II [ROPUCHA-I] 127 Minsk
  • Пр.775/II [ROPUCHA-I] 102 Kaliningrad
  • Пр.775/III [ROPUCHA-II] 130 Korolyov

Group 2: Northern Fleet15

  • Пр.775/I [ROPUCHA-I] 012 Olenegorskii Gornyak
  • Пр.775/II [ROPUCHA-I] 016 Georgii Pobedonosets
  • Пр.11711 [IVAN GREN] 017 Peter Morgunov

A Battalion Tactical Group (BTG) is a task-organized combined arms force created by augmenting a Motor-Rifle Battalion (MRBn) with tanks, artillery, electronic warfare capabilities, air defenses, and other modern conveniences necessary for the mission at hand.16 It is the smallest regularly formed combined arms force in the Russian military capable of independent action.17 It is only the latest form of a type of unit which the Russians — and Soviets before them — have been iteratively developing and adjusting since the Second world War.18 A 1989 survey of Soviet professional literature on the topic found that only 12 of the 551 examined battalion-level actions involved a battalion acting without attachments or support, and none took place after 1972.19

From analyzing Russian exercises, it can be inferred that these two groups can carry a BTG. Zapad 2021 featured an amphibious assault exercise in which four Ropucha-class tank landing ships (LSTs) and two Zubr-class landing craft air cushion (LCACs) landed a Naval Infantry force.24 The four Ropucha-class offloaded “more than 40x BTR-80” while the two Zubr-class LCAC offloaded supporting vehicles. A Russian BTR-mounted infantry battalion has 44 BTR-80 variants, meaning that four Ropuchas can carry the entire infantry landing force of a BTG. This leaves two landing ships for whatever forces are attached — likely a mixture of tanks, artillery, and air defense vehicles. While the contents of their holds are unclear, a BTG is well within the six ships’ capacity and congruous with the Naval Infantry’s most probable mission in conflict: supporting the Russian Ground Forces.

Tank landing ship of the Russian Navy RFS Kaliningrad 102 (2012 Photo via ShipSpotting.com/Lukasz Pacholski)

Theory and Practice

Whatever its size, this amphibious force is trained to conduct what the Russians call “десант” [desant]. Desant is the task of landing troops on the enemy’s territory to conduct combat operations.25 The role of the Naval Infantry in these landings is to support the action of the Ground Forces. The Russian Navy did not consider themselves able to conduct a brigade-scale landing — what they call an Operational Desant — in 2018, and there is no indication this has changed.26 The Kavkaz 2020 and Zapad 2021 exercises included landings by battalion-sized groupings. In particular, Zapad 2021 featured 4 Ropuchas landing a Naval Infantry Battalion while two Zubr-class landed the battalion’s attachments.27 This restricts the mission profile to Takticheskii Desant (Tactical Desant), defined as: desant used in an offensive battle or operation to destroy important enemy targets in the tactical and close-operational depths, preventing the maneuver of enemy troops and ensuring the high rate of advance.28

The archetypical Soviet-Russian Tactical Desant is conducted in the tactical depth to outflank an enemy defense or insert a force acting as a forward detachment for the main forces attacking along a coastline.29 These are both viable missions for a Naval Infantry BTG. The location of such a landing is dependent on the disposition of enemy forces and the landing force mission. However, the Russians do believe that surprise (Внезапность) is a prerequisite of success.30 Whether or not it is still possible to conceal an amphibious landing, it is likely Russia would seek to conceal the beachhead and axis of the main effort.31 A common method to achieve this is by presenting the enemy with information which confirms pre-existing incorrect assessments of the time, place, and scale of a landing. Operation Fortitude is a classic example of this technique, though Soviet practice went further, often conducting a secondary landing to continue the deception or split enemy attention.32 Examples of this include the January 1943 Taman landings by the 47th Army, the April 1942 Murmansk Offensive by the 14th Army, and the October 1944 landing at Malaya Volokovaya by the 63rd Naval Infantry Brigade.33

Soviet Amphibious Assault during the Novorossiysk-Taman Strategic Offensive Operation. Click to expand. (SSRC Soviet Amphibious Warfare, p. 41)

The Soviet-Russian school of amphibious assault also heavily features vertical envelopment by airborne or heliborne forces to support the landing. This could either be in support of seizing an initial beachhead or to assist the Naval Infantry force in achieving their objectives. One of the most common uses of vertical envelopment seen in Russian amphibious assault theory and practice is an initial landing of infantry and combat engineers to clear obstacles and provide security for the beachhead.34 This initial landing may be supplemented or replaced by landings from small assault boats, such as the Pr.03160 Raptor-class.35 Four of these boats were spotted on 30 January moving on the M4 highway between Moscow and Krasnodar via Rostov-on-Don and Voronezh.36

Click to expand. (Graphic via Grau and Bartles, Russian Way of War, p. 148.)

All six amphibious ships appeared loaded in pictures captured as they transited through Denmark.37 In addition, Frederik Van Lokeren noted that when the Northern Fleet Ropucha-class LST Aleksandr Otrakovsky and Georgiy Pobedonosets and Ivan Gren-class Pyotr Morgunov entered the Baltic on 11 January, “It appear[ed] that both Ropucha class vessels are fully loaded, with the RFS Pyotr Morgunov being partly loaded,” and that on 13 January at least a company of BTR-mounted Naval Infantry was seen leaving their barracks in Baltiysk.38 It is therefore possible that the BTG consists of Baltic Fleet Infantry and supporting assets from the Northern Fleet’s Naval Infantry units.

Conclusions

While these movements are cause for concern, the initiation of armed conflict is unlikely to be contingent on these forces. The Black Sea Fleet has seven LSTs organic to its forces, three Alligator-class and four Ropucha-class.39 Each Alligator-class has double the capacity of a Ropucha-class.40 These seven ships have far more capacity than the six amphibious ships from the Baltic and Northern Fleets.

While amphibious landings could undoubtedly assist in destabilizing Ukrainian defenses, the Russians have amassed a preponderance of forces near the Ukrainian border, equivalent to 12 divisions or over 75 BTG.41 It is highly unlikely that Russian planning is reliant on whether they can put two BTG over the shore instead of the single BTG they are currently able to land, or even whether they can land one maneuver battalion when they have deployed 12 divisions.

In sum: the Russians have moved loaded amphibious ships that double their landing capacity in the Black Sea to two BTGs. If they do conduct a landing, it will almost certainly be in support of the Ground Forces, not an attempt to seize major urban areas by coup de main. It is unlikely that Russian offensive plans are contingent on the amphibious forces which just entered the Black Sea. These forces represent less than 1/75th of deployed Russian maneuver battalions and far less than one percent of deployed Russian combat power when air assets and high-level indirect fire assets are considered.

The build-up phase of the Russo-Belarussian joint exercise was scheduled to end on 9 February. This is the date by which experts such as Rob Lee have stated that Russia’s deployment of forces would likely be complete.42 At the time of publishing on 10 February the Baltic and Northern Fleet amphibious forces have arrived in the Black Sea. However, these forces would only augment existing Black Sea Fleet capability and so should not be used as an indicator of Russian readiness for offensive action. On the other hand, these amphibious forces are unlikely to be a feint; the Russians have demonstrated the capability to land battalion-scale forces in the region, and such a landing fits into their theory and practice.

Benjamin Claremont graduated with an MLitt in Strategic Studies from the University of St Andrews School of International Relations in 2021. His dissertation, Peeking at the Other Side of the Fence: Lessons Learned in Threat Analysis from the US Military’s Efforts to Understand the Soviet Military During the Cold War, explored the impact of changing sources, analytical methodologies, and distribution schemes on US Army and US Navy threat analysis of the Soviet Military, how this impacted policy and strategy, and what this can teach in a renewed era of great power competition. He received his MA (Honours) in Modern History from the University of St. Andrews. He is interested in Strategy, Operational Art, Naval Warfare, and Soviet/Russian Military Science.

References

[1] https://www.c-span.org/video/?517418-1/defense-department-briefing

[2] https://tass.com/defense/1392417

[3] https://twitter.com/RALee85/status/1485698678979538951?s=20https://twitter.com/GrangerE04117/status/1485696134278696960?s=20

[4] These comprise: 4x Nanuchka-III-, 6x Parchim-, 2x Buyan-M-, 3x Karakurt-, and 6x Tarantul-class corvettes and missile boats. The fleet flagship, the Sovermenny-class destroyer Nastoychivy is currently in refit.

[5] https://tass.ru/armiya-i-opk/13479285

[6] https://ria.ru/20220204/korabli-1770989423.html

[7] https://twitter.com/SAMSyria0/status/1490018038363664385; https://twitter.com/ethevessen/status/1489987246778466311; https://www.youtube.com/watch?v=QDFnDseNptw; https://www.youtube.com/watch?v=qmPmXkDvt5g

[8] https://news.usni.org/2022/01/21/russian-navy-announces-more-major-fleet-exercises-as-drills-end-with-china-iran; https://www.forbes.com/sites/davidaxe/2022/01/18/russia-has-rehearsed-an-amphibious-invasion-of-ukraine-but-thats-the-least-of-kievs-problems/?sh=3129cb5438cd; https://www.rferl.org/a/ukraine-russia-sea-attack/31670910.html; https://twitter.com/EtatMajorFR/status/1484901686808358915?s=20&t=_Y4i8xiOZag0SdywGQsXXQ; https://www.theguardian.com/world/2022/jan/23/russian-ships-tanks-and-troops-on-the-move-to-ukraine-as-peace-talks-stall; https://www.thesun.co.uk/news/17403270/russian-warships-escorted-english-channel-royal-navy/; https://twitter.com/trbrtc/status/1486745542709317634

[9] https://www.atlanticcouncil.org/blogs/new-atlanticist/will-russia-make-a-military-move-against-ukraine-follow-these-clues/

[10] https://www.militarytimes.com/flashpoints/2021/11/20/russia-preparing-to-attack-ukraine-by-late-january-ukraine-defense-intelligence-agency-chief/

[11] https://www.usni.org/magazines/proceedings/2022/january/russia-ukraine-putins-amphibious-options-are-limited

[12] https://csis-website-prod.s3.amazonaws.com/s3fs-public/publication/220113_Wasielewski_Jones_RussiaUkraine.pdf?TnU5pXVdKLLagIkYc8.pJLT1TjucY6ew

[13] https://twitter.com/tekmic64/status/1483049987315580929; https://twitter.com/tekmic64/status/1483405897640599554?s=20

[14] https://twitter.com/COUPSURE/status/1484260688893820944

[15] https://twitter.com/COUPSURE/status/1483410761422712835?s=20

[16] Grau and Bartles, Russia’s View of Mission Command of Battalion Tactical Groups (2016), p. 5-7

[17] Grau and Bartles, Russian Way of War (2017), p. 37-40

[18] The Soviets habitually task-organized their battalions into combined arms formations throughout the Great Patriotic War. Grau, Combined Arms Battalion, p. 31

[19] Les Grau Soviet Combined Arms Battalion – Reorganization for Tactical Flexibility, p. 14.

[20] Grau and Bartles, Russian Way of War, p. 224

[21] Ibid p. 210

[22] Ibid p. 148, 267, 334

[23]As a task organized group these numbers are only loose estimates.

[24] https://russianmilitaryanalysis.wordpress.com/2021/09/14/zapad-2021-day-3-september-12/

[25] VES 1986 p. 229 Note that desant is seen as the same fundamental activity no matter the mode of transport.

[26] Bartles, Russian Naval Infantry – Increasing Amphibious Warfare Capabilities, Marine Corps Gazette, (Nov. 2018), p. 64

[27] https://russianmilitaryanalysis.wordpress.com/2020/09/27/kavkaz-2020-september-23-day-3/ ; https://russianmilitaryanalysis.wordpress.com/2021/09/14/zapad-2021-day-3-september-12/ Note that this was not described as a BTG landing. This is perhaps due to the limited support or specific mission planned.

[28] Военный энциклопедический словарь 1986 edition (VES86), p. 229.

[29] Further Reading can be found in Leavenworth Paper 17: The Petsamo-Kirkenes Operation and SSRC Report CR-57 Soviet Amphibious Operations: Implications for the Security of NATO’s Northern Flank.

[30] https://encyclopedia.mil.ru/encyclopedia/dictionary/details.htm?id=4272@morfDictionary; this is nearly unchanged from the late-soviet definition. For more discussion see: FM 100-2-1 (1990) p. 1-35:1-41 and Советская военная энциклопедия 1979 Edition (SVE79) Vol. 2, p. 161-163

[31] Soviet Amphibious Operations p. 58-59

[32] Soviet Amphibious Operations p. 59

[33] Soviet Amphibious Operations p. 59, Petsamo-Kirkenes Operation p. 89-91

[34] https://youtu.be/jzv-MnTKfdM https://youtu.be/jzv-MnTKfdM Vertical envelopment is often supplemented by personnel landed from small assault boats like the Pr.03160 Raptor-class.

[35] https://youtu.be/_dF0Db8UWZE

[36] https://twitter.com/GirkinGirkin/status/1487773497346732036?s=20&t=Q8Hrhe9cL7MioCgIpcQoxg

[37] https://twitter.com/tekmic64/status/1483049987315580929 A friend in the Danish Navy who saw them sortie confirmed they were lower in the water than typical even for exercises.

[38] https://russianfleetanalysis.blogspot.com/2022/01/russian-naval-infantry-january-2022.html, citing https://twitter.com/The_Lookout_N/status/1481373264471629826

[39] The Alligator-class is known to the Russians as Project 1171 Tapir.

[40] Apalkov, Landing Ships p. 8-9

[41] https://rochan-consulting.com/tracking-russian-deployments-near-ukraine-autumn-winter-2021-22/; https://twitter.com/RALee85/status/1486539799100067845?s=20; https://video.foxnews.com/v/6295567325001#sp=show-clips

[42] https://twitter.com/RALee85/status/1486398656513257479?s=20&t=ep54Rvt57aazDvjbwTAvVg

Featured image: A photograph of Russian Ropucha-class Korolev followed by the French patrol vessel Flamant while transiting the English Channel (Credit : https://twitter.com/COUPSURE/status/1484260688893820944/photo/)

Sea Control 317 – Lightning Carriers with John Bradford and Dr. Olli Suorsa

By Walker Mills

John Bradford and Dr. Olli Suorsa join the program to talk about their recent article in War on the Rocks, “’Lightning Carriers’ Could be Lightweights in an Asian War.” John is a is senior fellow in the Maritime Security Program at the S. Rajaratnam School of International Studies and a former commander in the U.S. Navy. Olli is an assistant professor at Rabdan Academy in the United Arab Emirates.

Sea Control 317 – Lightning Carriers with John Bradford and Dr. Olli Suorsa

Links

1. ‘Lightning Carriers’ Could be Lightweights in an Asian War by Olli Suorsa and John Bradford, War on the Rocks, October 29, 2021.
2. “Italian Air Force F-35B Lands on Navy Aircraft Carrier for the First Time,” by David Cenciotti, The Aviationist, November 22, 2021.
3. “Thailand’s Maritime Strategy: National Resilience and Regional Cooperation,” by John Bradford and Wilfried A. Herrmann, The Journal of Indo-Pacific Affairs, December 13, 2021.

Walker Mills is Co-Host of the Sea Control podcast. Contact the podcast team at SeaControl@cimsec.org.

Sea Control 316 – Fighter Control over Vietnam with Master Chief Larry Nowell (ret.), Pt. 2

By Jared Samuelson

In Part Two of our conversation, Master Chief Larry Nowell (ret.) joins the program to discuss his Navy career, to include his time at TOPGUN and controlling fighters over Vietnam.

Download Sea Control 316 – Fighter Control over Vietnam with Master Chief Larry Nowell (ret.), Pt. 2

Jared Samuelson is Co-Host and Executive Producer of the Sea Control podcast. Contact him at Seacontrol@cimsec.org.

This episode was edited and produced by Joshua Groover.

@Channel – A Dialogue Concerning Kill Webs

By The Naval Constellation

The Naval Constellation is an online, unofficial forum resident on the team communication application Slack. The group includes Navy, Marine Corps, and Coast Guard officers, enlisted, and civilians, and serves as a place to break down organizational silos and facilitate conversation on topics ranging from innovation to strategy, emerging technology, and more. While it has existed and grown for six years, we are now partnering with CIMSEC on an enduring public series, “@Channel,” to be published as the conversation warrants it. Contact information to join future conversations like this can be found at the bottom of the article.

The below is a discussion from the Constellation between 11 participants identified by first name. It has been lightly edited for clarity. All content is submitted with the participants’ consent.

Shane: @channel, Kyle and I are discussing how the Joint Force ought to think about warfare as disabling or breaking down kill webs rather than kill chains; that these webs should be thought of almost as complex adaptive systems (CASs), not multiple reducible chains of effects. What’s the best mental model for attacking or defending against kill webs in war?

Jason: Kill chains are single path, unidirectional, and fairly fragile. Kill webs are multipath, multi-directional, and resilient. To take out a web you have to affect the node and surrounding nodes… That means you need to affect proximal relationships, not just specific targets. Counterintuitively, precision fires don’t work on kill webs. You need an area of effect and less precise methods.

Throw a rock through the spider web, don’t clip individual strands.

 DARPA’s Adapting Cross-Domain Kill-Webs (ACK) Program
Figure 1 – Depiction of DARPA’s Adapting Cross-Domain Kill-Webs (ACK) Program. 

Chris: I think of kill chains as being the decision process. We are hindered by the chain of command and decision process that is fragile effect and does have a single path. Kill webs are what Jason described above, but they are aspirational right now. I’d argue that most of our systems are not part of kill webs and are still really fragile. Are we that adaptive? Do our systems actually work that way outside of a very structured exercise?

And if they are, will our Command and Control (C2) process actually let us operate like that?

Jason: Kill webs take a lot of energy to maintain. They are resilient, but if disrupted are more difficult to restore. I recommend a hybrid approach.

Kyle: Would you describe China’s A2AD networks as kill webs? Is there any difference?

Jason: Certainly. Highly resilient, taking out a single node won’t affect the web, but a significant enough, broad disruption, and the system would be hard to reconstitute.1

Figure 2 – An interpretation of the kill web-centric Mosaic Warfare concept for a Chinese audience, published in the April 2021 edition of the PLA journal Aero Weaponry.

Chris: Jason, do you design a kill web so that it fails to a chain? Or do you choose what systems are part of a web and which are a chain? 

Jason: It needs to fail to chains. That’s essentially what graceful degradation is… The reduction of nodal complexity until the issue is solved. Isolate the system, identify the problem, and reconstitute the system. For example, we should actually practice moving from battlegroup, coordinated operations to a unit, disconnected independent ops, and back again. The back again shouldn’t be “the network is back.” That’s unrealistic.

Instead, its independent ops, becoming two ships talking, becoming a group of ships coordinating, becomes battlegroup operations.

We actually do this in damage control. Think about engineering redundancy. We make the system more complicated than it has to be by building redundant systems. Two of the same system with a series of crossovers and disconnects. If something leaks in the system, you can isolate a portion without fully shutting down the system. You may have some penalties to efficiency… Can only operate with a 50% flow rate for example… But the system keeps working and furthermore… The degradation makes the system simpler to troubleshoot and operate.

Shifting back to the more complex operations should be deliberate – just because you fixed one thing, doesn’t mean there aren’t secondary issues you will find when you bring it back up to a higher level of complexity… Open the isolation valves too fast and you end up with 100% flow against potential unknown issues you haven’t fixed yet.

Shane: Do we do enough to train the Information Warfare Community (IWC) in how to understand and potentially disrupt, degrade, deny or destroy complex systems like kill webs?

Ryan: We absolutely do not do enough to train the IWC in this.

That’s the issue with webs and warfare at the liminal edge. We believe that shooting a few multimillion-dollar surface-to-air missiles (SAM) at an ISR (Intelligence, Surveillance and Reconnaissance) drone is Distributed Maritime Operations (DMO), or that mixing up a CVW (Carrier Air Wing) composition enables more resiliency. Neither are webs – they are chains – and we think of warfare in a chain mentality.

The Navy fundamentally lacks the ability to see outside the cave and assess how cyber or info ops might result in degraded C2 from a geographic node in the web. Or space-based effects. Nor would JFMCCs (Joint Force Maritime Component Commanders) know how to employ that kind of stuff at the Fleet or AOR (Area of Operations) level.

Kurt: I’d argue no one in the USG (United States Government) can assess cyber ops, and no one in the US military (except maybe the bubbas at CYBERCOM) trust that cyber can reliably deliver the right effect at the right time for cyber to be selected before a traditional kinetic option is selected.

Ryan: I think breaking up kill webs requires a truly joint effort. That’s not something we can expect our CSGs (Carrier Strike Groups) or single DDGs (Guided Missile Destroyers) to determine and execute alone.2

China, on the other hand, does this really well with its joint structure and national technical means. We would do well to think on how that can be broken down, and how a similar construct “with American characteristics” might be developed to serve attacking CASs.3

Kyle: So as much as I understand the concepts we’re applying here, what I struggle with is assigning the WHAT to invest in and WHO needs WHAT training.

Is this Fleet staffs? Individual ships or units? Everyone? What are we buying that would turn our chains into webs, and is that even feasible with our current acquisition process? Isn’t a “Cloud of Fire Control Data” sort of what you want?4

Kurt: I think the Navy can’t do it alone.

Alex: Kurt, because the Navy doesn’t have the assets to populate a web, i.e. “this is inherently ‘Joint’”? Or because culturally the Navy is resistant to implementing the organizational changes to exploit a web should it exist?

Ryan: Yes to both.

Kurt: Maybe I don’t know what you all mean by “web.” I’m assuming you mean some ultra-resilient system (like a mesh network) exists that can absorb significant damage before a worrisome degradation of capability occurs. And if that damage isn’t adequately and appropriately applied, the system would shrug off the attack with very little actual impact to the overall system.

Kurt: I said the Navy can’t do it alone because the Navy almost assuredly doesn’t have the fielded capabilities to unilaterally destroy what I (perhaps incorrectly) am assuming is a multi-domain, multi-modal “kill web.” Ignoring everything else, the way the DoD (Department of Defense) allocates (or doesn’t, as it happens) cyber forces would preclude Navy cyber from having a major role in fights occurring outside certain geographic boundaries.

Alex: Ah, the Navy can’t attack/dismantle an adversary kill web alone. I think there’s a parallel discussion about implementing and using blue force kill webs.

Louis: I like the term “ecosystem”, which brings to mind perhaps “full-spectrum ecological attack” or something. Military eco-collapse.

Matt: I think that the idea of webs will require different C2 and ways to think about sensor/weapon/target pairings. We can’t allocate a set of assets for a single or small set of targets unless we want a very narrow web.

I think that chains can be a way to test and think about paths through the web but they’ll always need to have follow-up analysis as a web. In aerospace engineering (AE) we used to have a joke that you know you’re an AE if you’ve represented a wing as a plane, the plane as a line, and the line as a point (to simplify the calculation). The same holds, you can test paths through the web exquisitely using analysis and might have to run exercises as exquisitely planned chains or small webs, but we should war game and do larger [Modelling and Simulation] as webs. I worry about webs though, if we need the always-on comms to make them work. That means they’re fragile and our already targeted comms infrastructure will be an easy point of failure.

Mike: In my mind, having multiple comms channels is part of what would make a web a ‘web’.

Matt: I agree, but those might be very low bandwidth or short duration or one way rather than bi-directional. We don’t just turn on “Uber comm path 1” and know that will link everyone with the same protocols.

Mike: It worked in World War Two, some of the naval battles in the Slot [during the Guadalcanal campaign] came down to real-time unencrypted bridge-to-bridge radio to share info across the Fleet rapidly.

Matt: Absolutely think of them as complex adaptive systems, but if you do then you have to accept that any given path through the web might not give you the same performance twice, or that the assets you thought you’d have for a given mission might be taken over by another use of the web. This is where the joint piece comes in, the bigger the web the more possible elements in any given role/roles.

Practicing as a web will be hard though. We need MMO (massively multiplayer online) wargaming that is always on. I should be able to log in with the rest of my DDG or on my own, and should be able to find other players online. We would also need some way to figure out classification so we could play red as accurately as possible without giving up methods and sources. We should have stats that we can download and leader boards and tutorial sessions that are always available. Have practice where people can try out ideas free of criticism and then have more serious competitions where people are graded and that data-rich environment is plumbed to find out how to do better.

This is going to be expensive, in terms of dollars and resources, but would be well worth it. We could/should have layers of detail, so someone can play a simpler game against

Others in one on one or play in very detailed complex many on many battles.

Nick: Agreed, and you can’t benefit from AI-enabled reinforcement learning (think AlphaGo)5 to make tactical and operational recommendations without building a robust modeling and simulation environment first.

So, this virtual environment has to essentially mirror the real-world COP (Common Operational Picture), or at least have exposed APIs (Application Programming Interfaces) that are formatted similarly, so you can train a model in a simulated environment and immediately deploy that same model into an operational context.

Matt: Use peoples’ play to train the AI as you go?

Nick: You could do it either way. You have a rewards/punishments system, where let’s say people play China, and fight to China’s tactics and capabilities. A model can then iterate through millions of blue force responses to find the one with the highest probability of success and make those as recommendations. Another method is you can program China’s tactics in as broad rules, but have it be an AI instead of people, so the two models learn from each other. The reason for machine learning is that there are so many exponentially complex scenarios in the responses, you can’t necessarily try all of them every time, so you train a model that can estimate the best response without needing to try every scenario. That was the significance of the AlphaGo achievement in beating the world champion at Go.6

Once a model is trained though, you can deploy it to look at real-world situations and make recommendations for blue force actions based on its training in the simulated environment. 

Google's AlphaGo beats Go master
Figure 3 – Google’s AlphaGo beats Go master Lee Se-dol in 2016.

Alex: I think this is the end state that LVC (Live, Virtual, Constructive) training should aim for. Imagine if off each coast there was a persistent virtual battlespace that you could “log” into, either with a ship, aircraft, or submarine (not sure how LVC is thought to work for subs, if at all).

Nick: Also, having no experience or interaction with JADC2 (Joint All-Domain Command and Control), would someone mind explaining how that initiative relates to the kill web concept?[7] I was under the impression that the JADC2 initiative was trying to help solve that problem.

Shane: JADC2 should, in theory, give you the technical ability to link together currently non-compatible networks, sensors, and weapons systems. But from what I can gather JADC2 is pretty much only about that technical ability. There’s no attempt to get people to conceptualize attacking webs as opposed to just attacking a series of chains. That’s not really a technical thing, it’s more a doctrine, training, and TTPs (Tactics, Techniques, and Procedures) thing.

That half seems to be sorely lacking.

If you would like to join the conversation at the Naval Constellation, please email: navalconstellation@gmail.com

Endnotes

1. “Military and Security Developments Involving the People’s Republic of China 2020, Annual Report to Congress.” Office of the Secretary of Defense. https://media.defense.gov/2020/Sep/01/2002488689/-1/-1/1/2020-DOD-CHINA-MILITARY-POWER-REPORT-FINAL.PDF 

2. Captain Carmen Degeorge, U.S. Coast Guard, Commander Nathaniel Schick, U.S. Navy, and Lieutenant Colonel Jimmy Wilson And Majors Chad Buckel And Brian Jaquith, U.S. Marine Corps. “Naval Integration Requires A New Mind-Set”. 2021. U.S. Naval Institute. https://www.usni.org/magazines/proceedings/2021/october/naval-integration-requires-new-mind-set-0.

3.” Military and Security Developments Involving the People’s Republic of China 2020, Annual Report to Congress.” Office of the Secretary of Defense. https://media.defense.gov/2020/Sep/01/2002488689/-1/-1/1/2020-DOD-CHINA-MILITARY-POWER-REPORT-FINAL.PDF

4. Shelbourne, Mallory. 2020. “Navy’s ‘Project Overmatch’ Structure Aims To Accelerate Creating Naval Battle Network – USNI News”. USNI News. https://news.usni.org/2020/10/29/navys-project-overmatch-structure-aims-to-accelerate-creating-naval-battle-network.

5. “Google AI Defeats Human Go Champion”. 2017. BBC News. https://www.bbc.com/news/technology-40042581

6. Ibid.

7. “Joint All-Domain Command and Control (JADC2)”. Congressional Research Service. July 1, 2021. https://crsreports.congress.gov/product/pdf/IF/IF11493 

Featured Image: PHILIPPINE SEA (Jan. 22, 2022) An F-35C Lightning II, assigned to the “Black Knights” of Marine Fighter Attack Squadron (VMFA) 314, and an F/A-18E Super Hornet, assigned to the “Tophatters” of Strike Fighter Squadron (VFA) 14, fly over the Philippine Sea. (U.S. Navy photo by Mass Communication Specialist 2nd Class Haydn N. Smith)

Fostering the Discussion on Securing the Seas.