Home >> June 2017 Edition >> Addressing Military C4ISR Needs, and Trending: GEO + MEO Impact On the Feds
Addressing Military C4ISR Needs, and Trending: GEO + MEO Impact On the Feds
By Ryan Schradin, Executive Editor, GSR, and Senior Contributor


Hollywood loves to use the old cliché where an underestimated individual fights to get everyone’s attention because — as the audience is already aware — they have the solution to the big problem that has everyone in danger.

That frustrating feeling of having a viable solution — but being cast aside — was probably how many of us in the satellite industry were feeling at the recent C4ISR Conference.

The C4ISR Conference brought private industry together with the military decision makers responsible for the DoD’s Command, Control, Communications, Computers, Intelligence, Surveillance and Reconnaissance (C4ISR).

The conference featured a number of panel discussions and keynote speeches that featured a mix of representatives from both the private and public sector, and that focused on the IT, cybersecurity and communications challenges facing today’s military.

Two of the main challenges that attendees heard repeated during the course of the activities were:

• A need for a mobile communications solution that could deliver high throughput connectivity to a location quickly and without military personnel having to plug into existing transoceanic fiber.
• A need to ensure secure communications in theater, at a time when adversaries are actively working to take away one of the US military’s largest advantages — its communications and real time intelligence capabilities.

The first of these needs was expressed by Lieutenant General Alan R. Lynn, the Director of the Defense Information Systems Agency (DISA) and Commander of the Joint Force Headquarters - Department of Defense Information Networks (DODIN) out of Fort Meade, Maryland. Prior to beginning the Q&A portion of his presentation, the General discussed what the military need from its industry partners.

We need more throughput. The requirement just keeps growing. Every day we have more throughput requirements,” The General told industry partners in attendance. “But there are not bigger pipes being rolled out. So what’s next? What comes after fiber?”

What comes next could very well be satellites. Long perceived as a slower alternative to terrestrial networks and fiber, satellite communications have come a long way thanks to new satellite technologies and innovative new satellite constellations.

The Solution to More Throughput
Today, Medium Earth Orbit (MEO) and Low Earth Orbit (LEO) satellite constellations are being launched that drastically reduce latency thanks to their closer proximity to the Earth.

These constellations offer fiber-like connectivity and throughputs from space, meaning that they can deliver bandwidth similar to a terrestrial network anywhere within their constellation’s coverage area — and these constellations cover a large portion of the Earth.

Furthermore, these satellites can deliver that bandwidth to any location with the requisite satellite terminal and antennas, meaning that a bubble of connectivity can be created, even without connections back to existing fiber networks.

However, MEO and LEO constellations aren’t the only solutions that can offer high bandwidth anymore. The next-generation of satellites — known in the industry as high throughput satellites (HTS) — is capable of delivering just what its name promises — high bandwidth from geostationary (GEO) orbit.

These satellites — which use concentrated spot beams to deliver high bandwidth connectivity — are being launched across many satellite providers today, with some already in orbit, and a large number slated to launch in the very near future.

How to Best Operate in a Contested Environment
The second pain point or challenge that was mentioned numerous times at the event was the need to ensure communications at the edge, where enemy combatants and adversaries would be looking to deny or degrade them to eliminate our military’s network connectivity and IT capabilities.

There was an overarching sentiment that the military should be prepared to fight in environments where IT solutions and capabilities weren’t available in theater. This was reflected in comments by Rear Adm. Danelle Barrett, Director of the Navy Cyber Security Division in the Office of the Chief of Naval Operations, during a panel focused on security.

Fighting through the hurt, it’s becoming clear that we’re going to have to do that,” Rear Adm. Danelle Barrett, Director of the Navy Cyber Security Division in the Office of the Chief of Naval Operations.

You’re never going to have an impenetrable network, that is a fool’s errand. You will have the ability to fight through the hurt, and that’s where we focus our effort in the Navy,” Admiral Barrett said. “It’s been clear that we’re not used to operating in a contested environment… so all of our branches are working on this — what does their cyber key terrain look like. Fighting through the hurt, it’s becoming clear that we’re going to have to do that.”

This is another area where satellite could be beneficial. The sheer number of satellites in orbit — between the military’s WGS satellite constellation and commercial communications satellites — delivers the redundancy and resiliency needed to ensure that essential communications aren’t lost in theater. 

The new generation of HTS doubles down on the ability to deliver assured communications through the use of harder-to-jam spot beams and other built-in security advancements.

Ultimately, even in a more contested space domain and environment, new technologies could make satellite a more resilient way to deliver fiber-like connectivity to the battlefield. Despite this, satellite seemed like an afterthought for many of the speakers and panelists, many of which were lamenting the same challenges that satellite can help the military overcome.

Fighting through the hurt, it’s becoming clear that we’re going to have to do that,” Rear Admiral Danelle Barrett, Director of the Navy Cyber Security Division in the Office of the Chief of Naval Operations.

To understand why the military may be eschewing satellite, we asked Tim Deaver of SES GS, one of the industry representatives on the conference’s lone satellite-focused panel, why this is so...

Satellite has always been essential for the military and an important part of delivering communications to the tip of the spear, but cost and concerns about bandwidth and latency may have some military technology decision makers looking elsewhere,” Deaver explained. “But those concerns really aren’t as viable or relevant today as they have been in the past. High throughput satellites and MEO constellations are offering fiber-like connectivity to practically any location on Earth, and these new technologies are lowering prices and making satellite a much more reasonable, cost-effective solution than ever before.

Paving the Way Forward

If this past C4ISR Conference was aimed at those in the satellite industry that felt overlooked, there could be some relief on the horizon in the form of the Air Force’s wideband analysis of alternatives — or AoA.

As discussed in the past, the AoA will help the Air Force establish a new path forward for the military when it comes to how it acquires and uses satellite services, and the advanced MEO and HTS satellites that are being offered by commercial satellite providers could see their role in military communications increase as a result.

Colonel George R. Nagy, the Chief of the Space Support to Operations Division within the Office of the Deputy Under Secretary of the Air Force for Space, was met following his participation on the space panel and was asked why he felt these new satellite technologies weren’t being mentioned as solutions for the challenges facing today’s military. 

According to Colonel Nagy, ”Those emerging capabilities are being looked at within the wideband AoA. That was part of that space renaissance that I mentioned (during the panel discussion). Non-GEO systems, something that gets us to a heterogeneous architecture – we have that together today with WGS and commercial transponders – but we have many more options to choose from as a lot of those systems come online. And that’s within the study timeframe of the AoA.”

In early March, there was some major news announced by satellite communications company Intelsat — the company was to receive a cash infusion from SoftBank and then combine with OneWeb in a share-for-share transaction. This deal has now dissipated.

However, the concept of a satellite communications provider with GEO satellite constellations purchasing or merging with a smaller satellite provider using satellites closer to Earth to deliver high throughput, low latency connectivity, is not really new.

SES managed this action when they invested in — and then later acquired — O3b Networks, a satellite communications provider that operates a constellation of MEO satellites. 

O3b’s satellite constellation augmented the existing GEO constellation that SES already had in orbit and gave the company the ability to offer customers fiber-like connectivity anywhere on Earth that a satellite could place a beam.

This is starting to look like a trend in the industry. But why?

Getting Down with GEO/MEO/LEO
The beauty of MEO and LEO satellite constellations is their ability to deliver extremely high throughputs and incredible bandwidth through their use of concentrated spot beams. 

Their closer proximity to the Earth also allows them to deliver that bandwidth with much less latency, in contrast to a GEO satellite constellation.

This may not seem like as big of a deal with the next generation of HTS coming on line, which also use spot beams and offer higher bandwidth. However, there are still differences between what HTS offers and what MEO and LEO constellations offer.

The First is Obvious — Latency
Although HTS satellites deliver higher bandwidth, they’re still positioned in GEO, far away from the Earth’s surface. The physical location — less than half the distance from Earth as GEO — ensures that MEO will always be lower latency than even HTS satellites.

There is no question an increasing proportion of defense applications — including many of the military’s mission-critical ones — are and will be based in the Cloud” said Nihar Shah, the VP of Strategy and Market Intelligence at SES. “With applications and databases now hosted in the Cloud, reducing latency and improving network performance is more essential than ever before, since fast, real-time decision making in a tactical environment has lives depending on it.”

Then there’s the issue of flexibility. Although GEO HTS satellites use spot beams — much like MEO and LEO satellites — commercial satellite communication providers don’t have same ability to navigate or ‘re-assign’ those beams to exactly where their users need them.

Ultimately, by augmenting existing GEO satellites with MEO and LEO constellations, these providers are giving their customers the benefits of one system or another — or both — based on what their particular needs are and which system will best do the job. The US government is the perfect example of a customer that can benefit from both.

Even better, thanks to the strategic mergers and acquisitions, customers can now get that flexibility all from one provider.

Who really benefits? The end user. Especially government end users.

What This Means to Government and Military
Today’s military is vastly more dependent on IT services and capabilities than ever before. High throughput, low latency COMSATCOM connections in theater are essential for the military when fiber-like connectivity and latency is required, but fiber simply isn’t available.

That being said, not all military operations and troop positions will require the same level of service and same amount of bandwidth as others.

For forward operating bases and other troop locations where a large amount of bandwidth is needed for both official military communications and operations — as well as the personal use of warfighters in theater — a MEO spot beam can be ‘dropped’ into the base and deliver high-density, fiber-like connectivity capable of handling terabytes of information.

When a smaller, lighter footprint of troops and equipment is needed — the needs are less densely aggregated and positioned, a GEO solution could be sufficient to provide the connectivity and capability necessary in that situation

Different operational requirements drive different satellite requirements – some are better addressed via GEO and some are better served by MEO or LEO, but it’s clear the future points to the importance of both,” said Shah. “Regardless of which satellite architecture the military may utilize at a given time or in a given scenario, they must integrate into a flexible and unified network so that mission-critical applications and information are shared and accessible in real time between all DoD users.”

Ultimately, when COMSATCOM providers augment their GEO fleets with MEO and LEO constellations, they give their military and federal government customers the flexibility to use the correct solution in the appropriate situation through a trusted provider and partner with whom they already have a relationship. The existing relationship is really key, as that makes it easier and faster for the government to acquire and use these services.

Then there’s the ever-important issue of security. In an era where space is an increasingly contested environment and the nation's adversaries are working to compromise space capabilities, the military now has to consider space a warfighting domain and protect satellite resources.

Disaggregating, proliferating and distributing military communications across both commercial and military GEO satellites helps provide increased resiliency and makes it harder for adversaries to target military communications. Further disaggregating military communications across both GEO and MEO can foster additional resiliency and redundancy and help ensure space capabilities are always available to the warfighter in theater.

The combination of LEO, MEO and GEO satellite systems is a trend that will most likely represent the future of the COMSATCOM industry — and the government is poised to benefit.

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The preceding articles are republished courtesy of The Government Satellite Report (GSR) and Executive Editor Ryan Schradin.

Ryan is a communications expert and journalist with more than a decade of experience and has edited and contributed to multiple, popular, online trade publications that are focused on government technology, satellite, unified communications and network infrastructure. His work includes editing and writing for the GovSat Report, The Modern Network, Public Sector View, and Cloud Sprawl.

His work for the Government Satellite Report includes editing content, establishing editorial direction, contributing articles about satellite news and trends, and conducting written and podcast interviews. Ryan also contributes to the publication’s industry events and conference coverage, providing in-depth reporting from leading satellite shows.

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