Small Units Need Big Data Pipes

Small Units Need Big Data Pipes

I came across an interesting Marine Corps Gazette article, by retired Marine Col. Vincent Goulding, on their experimentation with a company-sized rifle team as the primary expeditionary maneuver unit. We’ve written before about how the Marines are leading innovation and experimentation with small units optimized to battle hybrid enemies –- state and non-state armed groups that mix guerrilla tactics with advanced weaponry.

The Marine Corps Warfighting Laboratory has been trying to right size its company level headquarters to provide command and communications equivalent to what’s typically found on the large and bandwidth-friendly forward operating bases (FOB) but in more remote and austere expeditionary environments. In an article he wrote this summer, Goulding said the mantra for the company level headquarters was simple: “if it couldn’t come off the ramp of an MV-22 [Osprey], it was not part of the package.”

It’s a tall order. But the Marines view it as vital to its emerging warfighting concept that emphasizes distributed operations: the ability of small units to operate independently, at a fast and fluid tempo when either dispersed or concentrated. Think here of German sturmtruppen tactics from World War I developed to infiltrate heavily defended trench lines, or, more recently, Hezbollah fighters that operated in small dispersed, yet highly lethal, groups in the 2006 Lebanon war.

Hezbollah of course is the hybrid enemy archetype and there is certainly emulation if not outright imitation in the Marines effort. As Dakota Woods, a super smart analyst and retired Marine at the Center for Strategic and Budgetary Assessments (CSBA), put it: “perhaps to beat Hezbollah you must fight like Hezbollah.”

The key to making distributed operations work is pushing down to the company and platoon level the high-tech computer based command and control and key “enablers,” such as aerial drones for surveillance and on-call artillery and bombers. Now, all that good stuff is usually kept under the firm grip of zealous field grade officers at the brigade or battalion level.

The Marines realize that getting a rifle company ashore, either by Osprey or amphibs, is the easy part. The hard part is fighting the company across large, complex battlefields. Getting that FOB quality communications to a small headquarters will be a huge challenge. As Goulding writes, getting drone video feeds and other data sharing to small units, “will require robust pipes that currently do not exist in on-the-move tactical systems.”

Existing tactical military satellite linked communications systems are too cumbersome and don’t provide near enough bandwidth: “There is no place for generators and satellite dishes in the MV-22 or expeditionary fighting vehicle,” he writes. Yet, without the big data pipes, distributed operations won’t work. “Viable on-the-move, over-the-horizon tactical communications is a nonnegotiable requirement on distributed expeditionary battlefields.”

While a fifth Advanced Extremely High Frequency (AEHF) satellite has been commissioned since Defense Secretary Robert Gates killed the Transformational Satellite — the ultimate secure on-the-move communications solution — the first AEHF bird has not yet flown, though the program appears now to be on course. And, while it will provide the military with bigger pipes, AEHF will not provide secure, on-the-move communications.

While industry lags in providing the needed communications architecture, the Marines are plowing ahead experimenting with fighting the rifle company. Next summer, the company landing team will be dropped into the “rugged” Kahuku training areas on Oahu, Hawaii, for four days of tests against a “hybrid threat.”

The company will be beefed up with aerial drones and unmanned vehicles for resupply, a platoon of 155mm towed howitzers and a large scout section for reconnaissance and calling in indirect fires. The tests will look for capability gaps and whether the company headquarters can handle calling in fires, handling logistics and directing the company’s platoons. CSBA’s Wood told me he thinks these company level units will need a major as commanding officer instead of a captain.

One thing that stands out in the company table of organization is the glaring lack of direct fire weapons; it doesn’t even include a Javelin anti-tank missile section. Perhaps the idea is that on-call fires will substitute for direct fire capability. It’s hard to see how that pans out though. Engagement ranges in complex urban battlefields are often too close to effectively use artillery or air strikes. One of the things that made Hezbollah so lethal when they battled the Israeli military in 2006 was their prolific use of anti-tank guided missiles as portable artillery.

These ideas are still in the experimental stage so organizationally the company will certainly change. It will be interesting to see where the Marines go with the small unit, distributed operations concept. This trend of configuring ever smaller units into ever more lethal packages is likely to continue.

Colin Clark contributed to this story.

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Seems that the Marines think the key to fighting like Hezbolla is to have a bunch of toys that Hezbollah did not have. For me that does not compute.

Perhaps the Marines can copy a page of the Rangers TOE manual; the old RNGR TOE had 3 pltns of 40 plus a wpn pltn (21), which included a sniper sec, mortars and an AT sec, all at Coy level. That’s better for these distributed ops than concentrating Javelins at battalion or higher.

It is kinda strange that the west never could copy a variant of the RPG-7, to be used as artillery. Chechnya proved that a dug in force using a generious amount of RPGs can wreak havoc on a conventional mechanised force.

It’s kind of funny that the Marines are saying they need high-rate comm-on-the-move, when Marine Gen. Cartwright was a staunch opponent of TSAT (which had COTM as a centerpiece, along with packetised radio.)

Why not use UAVs such as Global Hawk to enable higher bandwidth? Basically use the aircraft as a wireless access point of sorts. Having a UAV as the access point also allows you to increase bandwidth as necessary simply by putting another plane overhead at 60,000 ft. All of the comms hardware can be installed on the aircraft instead of on the ground.

Also, I know there are commercially available Line Of Sight and Non-Line Of Site networking equipment that creates a wireless mesh. That way bandwidth gets spread out and data transfers over the path of least resistance.

DC2

What happened to the organic vehicles in the old DO platoon? Added as needed?

The fact that they can’t come up with a high bandwidth over the horizon system for small units is just sad. The 20watt version of 802.11a has a range of around 5000m or just over 3miles. Jump that to 100watts and you could be looking at dozens of miles. Then use the standard for 802.11r (Mesh networking) and the add 802.11n standards for MIMO (multiple input, multiple output antennas). You end up with a system capabity of self assembling mesh networks carring 100+Mb of data over dozens of miles between units. Drop off a few ballon lifted antena for high gain base stations running a few hundred watts and you have a quick and dirty high bandwith network that could be put in someones backpack.

It looks like the ECO company still has an MG Section, and each Platoon has two SMAWs in the first squad.

Good Evening Folks,

It sounds like the Marines should look at the RATS. It is an iPhone type device that functions on the “Distributed Common Ground System” and integrates with “Backbone”.

ALLONS,
Byron Skinner

It’s more than just running down to Best Buy and grabbing all the Cisco routers off the shelf; it has to be jam-proof and hardened against snooping, because the bad guys can buy Cisco routers too.

I must have missed something during my 33 yrs. I t would seem most of this is already here/there.
God Bless the Fire Eaters
Semper Fi

Why use the big hog for indirect fire, use the 105 instead. Will a field grade officer really be needed, maybe for the chain of command thing. Instead of asking for ID fireing it would be an order, instead of a request. The smaller foot print and ease of movement would make it a good choice. It seems like we are always trying to reinvent the wheel , the small units for recon etc: are already in place. The enemy we are fighting is not stupid and will hack into our systems over a very short period of time, if it is used for extended periods of time. It has been done before and will again. It would be nice to stop being PC and use only Marines or such instead of in country types. I think we all remember Viet Nam and some of the expericenes with indiginous troops, some good, some not so good, so lets keep it to our selfs and let the bad guys find out the hard way what we have and how good it is.
Semper Fi

DC2 and Cenobyte have both addressed existing technology that could allow distributed, high bandwidth access from lightweight, handheld devices. Commercial mesh products used by first responders in use today has implemented limited antijam and encryption to protect the networks and hide the data, and further improvements could be added for military applications without adding seven years for acquisition and tons of weight that only a MEF Headquarters could haul around. Think of the UAV or ballon supported mesh networks as an extension of existing tactical and operational networks that provide our small units one more advantage over the sturmtruppen and Hezbollah model, and the idea makes sense.

If the explanation is too technical, think of this as radio retrans for a modern force. In this case, the system provides more than single channel voice (though it could support voice) without having to put stationary radio teams at risk on a poorly defended hilltop.

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