It’s a bit of a long shot, but it’s a start.

It’s also one that has a lot of potential to benefit the Department of Defense.

For starters, the U.S. Navy has a network of satellites that can transmit information over long distances.

They can be deployed for the defense of a large number of ships, as well as be used to provide security for important locations in the ocean, including naval air stations and other locations in deep water.

But there’s one problem: While satellites can be used for military purposes, they can also be used by criminals and terrorists to spy on each other.

The problem with satellite spy stations is that they’re not designed for military use.

Satellite spy stations aren’t designed for the purpose of being able to monitor and track the location of an entire city.

They’re designed for spying on a single location, like a military installation, and that location can be located anywhere in the world, including countries with no law or regulation governing spy activity.

So while the satellite spy station may be useful for surveilling the location and movements of a specific military facility, it can also spy on anyone.

And that could easily be someone on the Internet, or someone operating a cellphone that’s not connected to a military network.

The military has been testing wireless wireless surveillance systems, and one of the main systems is the Aegis system, a system designed to intercept and intercept threats.

But the military has yet to deploy the Aegi system to a single military location, nor has it launched the system to any military installations.

And while there’s some promise in the idea that it could be used as a surveillance tool, the Pentagon’s been unable to make it work.

For a long time, the Defense Department and the Air Force have been working to develop a wireless spy system that would be able to intercept a target from a distance and be able send out data to a location.

It could be the ability to get a signal to a specific location.

And it could also be the capability to collect data from a specific device, like an Internet-connected smartphone or laptop, and then use that data to track an individual.

So what makes this so important to the Defense Dept.?

Well, it’s one of those things that’s really important because it’s the keystone of the military’s ability to protect itself.

So if you have a wireless system, the ability for you to communicate with people, to conduct reconnaissance, to do surveillance, to have a very real ability to be able intercept communications and to track communications, it makes the Defense Secision a lot more effective.

And that is something that has been a long standing goal of the Department.

And in this case, that’s because the Aegas system has been around for a very long time.

There have been a number of systems developed that have been around since the 1960s, but nothing that has stood the test of time, and is a lot harder to change than a satellite.

For the past 10 years, the military and the Navy have been building the system that will be used at a range of locations around the world.

It will be able be deployed anywhere in-flight, and it’s designed to work on a number different platforms.

It can be a wireless receiver that can be connected to satellites, or it can be the Aegin system, which can be installed in a ship, and can be sent to a particular location.

So there’s a lot going on there.

And in this system, there’s the ability, in addition to the satellite technology, to be used in conjunction with other technologies.

And as you can imagine, there are other possibilities that could come to fruition, as we continue to explore and refine the capabilities.

And there’s also a lot about the technology that makes it very interesting.

It has the capability of being integrated with all of the other technologies, from communications satellites, to radio communications, to GPS, and to a variety of other technologies that have existed in military applications for a long, long time without really being used.

In addition, this is something the DefenseSecision has been trying to get off the ground for a number years.

It was first put on the table as a part of the Advanced Technology Vehicles (ATV) Program in 2009.

That program, which is the Department’s version of the Joint Venture program, is designed to develop technologies that can operate in a range for missions beyond the conventional defense market.

And this is one of many capabilities that have never been seen in a defense system before, and has never been used before in a fleet.

So we are really working on this as a military technology, and as part of our efforts to build the Aegir system, we’re looking at how do we make it better.

And so we’re working on making it a more reliable system that is more secure, and more secure and more versatile.

And this is a critical component of that effort.

What’s next for the U.-S