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Author Topic: Integrating genocide weapons into global airspace system for continuity of govt.  (Read 58784 times)
lavosslayer
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This is what happens after cats watch Obama...


« Reply #40 on: July 13, 2009, 10:17:46 AM »

HOLY CRAP I JUST FOUND THIS ON WIRED.COM!!



Air Force Eyes Purple Bacteria to Power Drones

    * By Katie Drummond
    * July 10, 2009



The Air Force doesn’t exactly want its drones powered by purple bacteria. Instead, the air service would like to use a synthetic dye, based one the microorganisms, to juice up its robotic planes.

Let me explain: The U.S. armed services are on a slow crawl towards environmental friendliness, investing in everything from massive solar arrays to algae-based jet fuels to trash-powered generators. Military-funded researchers are also experimenting with downright novel methods to come up with green fuel and power. Like this bacteria-and-drones project.

The Air Force is sponsoring a University of Washington research effort to generate power using a bacterial pigment that can convert solar energy to electricity, Defense News reports. The pigment, found in purple microorganisms that thrive in shallow water, harnesses sunlight to convert carbon dioxide to carbohydrates, which the bacteria then uses for energy.

Dr. Minoru Taya’s University of Washington lab has created a synthetic version of the pigment and embedded it into solar energy cells (the components of solar panels). When the dye-sensitized cells are hit by sunlight, the pigment launches an electron circuit, yielding electricity. That process can repeat over and over, so the cells rarely need replacing.

Right now, the cells are used commercially to recharge cell phones. It would take a lot more of them to charge an unmanned aerial vehicle (UAV), but the military thinks the project is feasible. Mostly because dye-sensitized cells are cheap and small compared to the silicon alternative. They’re a little less efficient, but cost a quarter as much to produce. And the cells are lightweight and thin, so they could spread across the wings of an UAV without taking up extra space.

And that’s exactly what the Air Force wants: panels of dye-sensitized cells that run along the wingspan of UAV’s, charging a battery that could power the plane’s propeller, surveillance systems, onboard computers and flight controls.

So far, the Air Force has spent $450,000 on the project, and expect to power an UAV with the mock bacterial dye within three to five years. But the cells could be used in other projects before that. The military is considering a bacteria-inspired solar “power shade” that would fit over Army tents to keep the electricity flowing inside.

[Photo:NASA]
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lavosslayer
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« Reply #41 on: July 13, 2009, 11:43:13 AM »

Alright, my article on this topic is posted at Infowars.com for those that wish to read it.
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« Reply #42 on: July 13, 2009, 12:25:51 PM »

Alright, my article on this topic is posted at Infowars.com for those that wish to read it.

KICK ASS!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

------------------------

U.S. Military to Install Global Internet Architecture Giving a “God-like” View of Planet
Chris Paine Infowars July 13, 2009


“Possibly the single most transforming thing in our force,” Defense Secretary Donald H. Rumsfeld has said, “will not be a weapons system, but a set of interconnections.”

Anyone who has ever been a fan of the Terminator mythos knows about the all seeing, all knowing global computer network known as Skynet. Well, the U.S. Military is working on the real deal! The GIG, or Global Information Grid is a worldwide surveillance network that will give anyone linked into it instant information, at the users request, about anything, anytime, anywhere in the world! This project, which began in 2003 under the guidance of Donald Rumsfeld, will give users a “God-Like” view of the entire world.   
   
   
   The Global Information Grid, which began in 2003 under the guidance of Donald Rumsfeld, will give users a “God-Like” view of the entire world.
   


Robert J. Stevens, chief executive of the Lockheed Martin Corporation, the nation’s biggest military contractor, said he envisioned a “highly secure Internet in which military and intelligence activities are fused,” shaping 21st-century warfare in the way that nuclear weapons shaped the cold war. Every member of the military would have “a picture of the battle space, a God’s-eye view,” he said. “And that’s real power.”

But wait, there’s more!

It seems the U.S. Air Force is investing huge sums of money, which began at a summit at the University of North Dakota, into the development of an Unmanned Aerial Vehicle Army! Thats right folks, and there is a flavor for everyone planned for full force deployment by 2047! Not only is their the Predator and Global Hawk that the world has grown so familiar with, but they are also developing mid- and short-range UAVs as well. All of which are currently capable of autonomously taking off, flying en route to the “mission area” and landing, allowing for minimal human interaction. The real crazy stuff comes in the form of Fly insect-shaped UAV designed for espionage. These micro-sized vehicles are capable of full audio and video transmission making secrecy a thing of the past!

As if that wasn’t enough, the payload on each of these machines vary from Infrared/Electro-optical missiles to being able to deploy nanomachine weapons engineered in various different ways. Able to infect the target(s) resulting in whatever devious malaise they are programed with and ultimately resulting in death.

There you have it folks, if they have their way, there will be a global government able to know everything your doing at anytime of the day as well as all your personal information. Able to respond to any threat instantly, allowing the elitist scum to kick back and relax while anyone defying their wishes is eradicated by an unmanned vehicle using any number of weapon types, including nanomachines, to finish the job. Include the eugenics going on today and the successful depopulation of the planet and you have a corporate elitist theme park!

Below are the main links that Prison Planet Forum Member Anti-Illuminati graciously found for our perusal:

- Download USAF UAS Symposium PDF

- Download Preliminary Agenda

- Download Session and Panel Topic Briefings

- Download United States Air Force Unmanned Aircraft Systems Flight Plan 2009-2047

Sources: New York Times

U.S. Air Force UAS Synopsium


------------------------------------------------------------

Thanks for plugging AI and the forum!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
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All eyes are opened, or opening, to the rights of man. The general spread of the light of science has already laid open to every view the palpable truth, that the mass of mankind has not been born with saddles on their backs, nor a favored few booted and spurred, ready to ride them legitimately
Anti_Illuminati
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« Reply #43 on: July 13, 2009, 12:29:47 PM »

KICK ASS!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

------------------------

U.S. Military to Install Global Internet Architecture Giving a “God-like” View of Planet
Chris Paine Infowars July 13, 2009


“Possibly the single most transforming thing in our force,” Defense Secretary Donald H. Rumsfeld has said, “will not be a weapons system, but a set of interconnections.”

Anyone who has ever been a fan of the Terminator mythos knows about the all seeing, all knowing global computer network known as Skynet. Well, the U.S. Military is working on the real deal! The GIG, or Global Information Grid is a worldwide surveillance network that will give anyone linked into it instant information, at the users request, about anything, anytime, anywhere in the world! This project, which began in 2003 under the guidance of Donald Rumsfeld, will give users a “God-Like” view of the entire world.   
   
   
   The Global Information Grid, which began in 2003 under the guidance of Donald Rumsfeld, will give users a “God-Like” view of the entire world.
   


Robert J. Stevens, chief executive of the Lockheed Martin Corporation, the nation’s biggest military contractor, said he envisioned a “highly secure Internet in which military and intelligence activities are fused,” shaping 21st-century warfare in the way that nuclear weapons shaped the cold war. Every member of the military would have “a picture of the battle space, a God’s-eye view,” he said. “And that’s real power.”

But wait, there’s more!

It seems the U.S. Air Force is investing huge sums of money, which began at a summit at the University of North Dakota, into the development of an Unmanned Aerial Vehicle Army! Thats right folks, and there is a flavor for everyone planned for full force deployment by 2047! Not only is their the Predator and Global Hawk that the world has grown so familiar with, but they are also developing mid- and short-range UAVs as well. All of which are currently capable of autonomously taking off, flying en route to the “mission area” and landing, allowing for minimal human interaction. The real crazy stuff comes in the form of Fly insect-shaped UAV designed for espionage. These micro-sized vehicles are capable of full audio and video transmission making secrecy a thing of the past!
A d v e r t i s e m e n t


As if that wasn’t enough, the payload on each of these machines vary from Infrared/Electro-optical missiles to being able to deploy nanomachine weapons engineered in various different ways. Able to infect the target(s) resulting in whatever devious malaise they are programed with and ultimately resulting in death.

There you have it folks, if they have their way, there will be a global government able to know everything your doing at anytime of the day as well as all your personal information. Able to respond to any threat instantly, allowing the elitist scum to kick back and relax while anyone defying their wishes is eradicated by an unmanned vehicle using any number of weapon types, including nanomachines, to finish the job. Include the eugenics going on today and the successful depopulation of the planet and you have a corporate elitist theme park!

Below are the main links that Prison Planet Forum Member Anti-Illuminati graciously found for our perusal:

- Download USAF UAS Symposium PDF

- Download Preliminary Agenda

- Download Session and Panel Topic Briefings

- Download United States Air Force Unmanned Aircraft Systems Flight Plan 2009-2047

Sources: New York Times

U.S. Air Force UAS Synopsium


------------------------------------------------------------

Thanks for plugging AI and the forum!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

HAHAHAHA!  DIE NEW WORLD ORDER, DIE!  HOW DOES IT FEEL YOU SONS OF BITCHES?  HAHAHAHAHAHAHAHA, YOU FAIL, YOU LOSE, YOU ARE TOO LATE IN SHUTTING THE INTERNET DOWN NOW, IT IS OVER, YOU HAVE BEEN EXPOSED.  BURN WITH THE LIGHT OF THE TRUTH YOU SCUM!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
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voodo0
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« Reply #44 on: July 13, 2009, 12:38:56 PM »

just amazing. wow A.I.
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« Reply #45 on: July 13, 2009, 12:47:53 PM »

I feel sick.  These guys are evil man.
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« Reply #46 on: July 13, 2009, 12:54:41 PM »

The climax of the NWO's zero sum game is afoot, and they are exposed.

Hey asshole members of the self-proclaimed New World Order...You will soon be something taught to children in history books about the insanity of inbred pedaephiliac psycopathic control freakazoids. Run, do not walk to the Fletcher Memorial you f**king scumbags!
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kushfiend
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« Reply #47 on: July 13, 2009, 12:57:39 PM »

Wow I think I get the jist of this now - and I wish I didn't.  I pray to God we can stop this in time - if this G.I.G. system ever became fully operational I don't see how humanity could ever be freed from it.  It's too powerful too all encompassing.

f**k you rumsfeld, you lying bastard.

I hope the CIA/Cheney/Pelosi Fued will somehow reveal all this sh*t because this is what we REALLY need to investigate - along with, of course, 9/11 which spawned all of this Orwellian bullshit
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Anti_Illuminati
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« Reply #48 on: July 13, 2009, 01:19:01 PM »

FYI:  "SUAS" = Small Unmanned Aircraft System"

Houston, we have even more problems.  We have what basically amounts to an internal suggestion as to a possible avenue for a future false flag attack, and by the way--

Do you remember Iran Contra?  Rumsfeld selling nukes to North Korea?

Quote
4.2 Small UAS FoS
AFSOC is  the USAF  lead for  SUAS.   AFSOC devised a FoS  approach with four  major subclasses  to
include: the Nano/Micro, Man-portable, Multi-mission and Air-launched UAS.  This approach includes the processes, equipment, procedures and ground control stations that should be MAC-enabled and network capable, but not constrained by either.


Figure 3: SUAS Family of Systems
Nano/Micro SUAS (Group 1): Aircraft capable of conducting a variety of indoor and outdoor reconnaissance sensing missions using micro-electronic machines (MEMs) technology.  The system provided to individual battlefield airman must be mobile and carried within his/her individual load.
Man-portable SUAS  (Group  2):  Aircraft that address  the  need of  small  Battlefield Airmen  teams  for a more robust, greater endurance, mobile, man-portable system  carried  by  the individual  team  in either mounted or dismounted operations.  These systems also have the ability to sense, engage and destroy threat targets with focused lethality at close ranges within 10km.

Air-launched  SUAS  (AL-SUAS)  (Group  2 or  3):    Aircraft  that address  the  need for off-board sensing from manned and unmanned aircraft. These can be controlled from the parent aircraft or surface teams trained to operate them.  AL-SUAS provide the flexibility to conduct off-board sensing missions, focused lethal  engagements  and multiple diverging target tracking.   Air-launched capability  includes  two basic threads – expendable and recoverable assets that provide unblinking eye coverage to maintain chain of custody.

•   35 -
 
Multi-mission SUAS (Group 3): Aircraft that close the gap between man-portable and Predator and/or Reaper mission allocation and capabilities.
 
SUAS  Game-changing  Capabilities:  The  asymmetric  game-changing  capability  of  SUAS  impacts  all levels of conflict.  The USAF must employ a FoS approach that provides capabilities which are integrated, flexible and  effective.  SUAS must be integrated to  support IW while continuing preparation for a near-peer  anti-access  threat.   SUAS  will  play  a key  role  in supporting  manned assets  in engaging more targets, providing decoys, jamming and disrupting enemy attacks.  Other nations are allocating increased resources  to develop SUAS  to counter and possibly negate expensive and more capable systems  by saturating  them  with large  numbers  of  SUAS  simultaneously.   SUAS  will  play  a key  role in warfare including emerging counter-UAS missions due to their expendability and low cost.  It is possible that the next inexpensive asymmetric threat will be a SUAS, i.e. an “airborne IED.”   Any synchronization efforts must contain key steps and milestones affecting the entire USAF UAS spectrum of capabilities.  There are DOTMLPF-P actions that are required for the normalization and integration of SUAS into the USAF manned/unmanned force mix.
_____________________________________________________________________________________________________
http://www.jpost.com/servlet/Satellite?cid=1242212449404&pagename=JPost%2FJPArticle%2FShowFull

May 24, 2009 0:32 | Updated May 24, 2009 1:07
Israel to speed up Russia's UAV order

Israel plans to expedite production of unmanned aerial vehicles for Russia after Moscow announced last week it had decided to halt the sale of advanced MiG-31 fighter jets to Syria, The Jerusalem Post has learned.
 [INSERT:  Hmm, like the reason the F-22 was killed, because UAV's can kill Americans far easier, and stealthily]

Under the $50 million deal, signed in April, Israel Aerospace Industries (IAI) will supply Russia with some of its second-tier UAVs, including the Bird-Eye 400 mini-UAV, the I-view MK150 tactical UAV and the Searcher Mk II medium-range UAV. This is the first Israeli sale of military platforms to Russia.

Officials said delivery of the UAVs would begin by the end of the year.


Russian Deputy Defense Minister Vladimir Popovkin is expected to visit Israel in the coming weeks to get a look at production. At a later stage, the deal is likely to include the sale of IAI's long-range Heron, which is capable of remaining airborne for over 50 hours at altitudes of up to 35,000 feet.
RELATED

    * Damascus set to receive MiG 31E planes
    * Report: Russia delivering jets to Syria
    * Russia reportedly halts sale of MiG-31s to Syria

Russia's interest in Israeli drones surfaced in late 2008 following the war in Georgia, during which Tbilisi operated Israeli-made drones. At the time, Maj.-Gen. (res.) Amos Gilad, head of the Defense Ministry's Diplomatic-Security Bureau, visited Moscow and received assurances that Russia would not sell the S300 defense missile system to Iran, and would consider halting the sale of MiG-31s to Syria.

Russia was supposed to sell eight MiG-31s to Syria, according to a report in the Kommersant newspaper. The $500m. deal was signed in early 2007, but work on the project was halted in April.

The contract was supposed to be the first export deal for the MiG-31E, a heavy twin-engine interceptor capable of flying at nearly three times the speed of sound and simultaneously firing at several targets at ranges of up to 180 km.

The aircraft was designed in the 1980s for tackling low-flying cruise missiles and other difficult targets. It was considered a key component of Russia's defense against a possible US attack and remains the backbone of the country's manned air defenses.

Syria is slated to receive a number of MiG-29M fighters, a version that features significantly improved range, has better radar and carries a broader array of weapons, compared to the basic MiG-29 model. It was not clear whether this deal was also halted.
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Satyagraha
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« Reply #49 on: July 13, 2009, 01:21:24 PM »

HOLY CRAP I JUST FOUND THIS ON WIRED.COM!!



Air Force Eyes Purple Bacteria to Power Drones

    * By Katie Drummond
    * July 10, 2009
[Photo:NASA]

Check out what MIT's been up to...

MIT Researchers Reveal Bacteria-Based Batteries
http://www.infopackets.com/news/technology/science/2009/20090406_mit_researchers_reveal_bacteria_based_batteries.htm

by Brandon Dimmel on 20090406 @ 11:33AM EST 
Filed under Technology | Science | (related terms: bacteria, technology, mit, battery, tech)
 
The solution to the age-old problem of weakening battery capacity may soon emerge thanks to tech wizzes at the Massachusetts Institute of Technology, or MIT. Scientists there have discovered an efficient way of powering electronic devices using bacteria-infused batteries.

No, this isn't a late April Fool's joke or a long-lost X-Files plot. It's true; the new batteries use a kind of bacteria that can construct an anode after being protected by a layer of cobalt oxide and gold. Once this process is complete, the bacteria batteries can be formed into a nanowire. This makes them drastically different than your regular old batteries that use a pair of anodes, one positive, one negative.

The genetically engineered battery bacteria poses no threat to human beings. (Source: crn.com)

Over 100 Charges While Maintaining Capacity
In recent tests, the MIT researchers have been able to genetically engineer the bacteria so that it first protects itself with an iron phosphate being attaching to carbon nanotubes. This process makes for a tight network that is highly conductive; according to early reports, to the point where someone can charge and discharge a battery over one hundred times without losing its original capacity.

Some have criticized the research because regular lithium-ion batteries on the market today can, in some cases, be recharged far more than just one hundred times. However, representatives for MIT believe that by the time their 'organic' batteries hit the market they "will be able to go much longer," than their competitors.

The Organic Battery
The fact that these batteries can even get close to their traditional competitors that is truly impressive.

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Satyagraha
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« Reply #50 on: July 13, 2009, 01:24:05 PM »

And this one ...from 2008...published in that journal of deception, Popular Mechanics...

Beyond Nano Breakthrough, MIT Team Quietly Builds Virus-Based Batteries
http://www.popularmechanics.com/blogs/science_news/4279923.html

CAMBRIDGE, Mass. — In a surprise development that could have implications for powering electronics, cars and even the military, researchers at MIT have created the world's first batteries constructed at the nano scale by microscopic viruses.

A much-buzzed-about paper published in the Proceedings of the National Academy of Sciences earlier this month details the team's success in creating two of the three parts of a working battery—the positively charged anode and the electrolyte. But team leader Angela Belcher told PM Wednesday that the team has been seriously working on cathode technology for the past year, creating several complete prototypes.

"We haven't published those yet, actually. We're just getting ready to write them up and send them off," says Belcher, who won a MacArthur genius grant for her work in 2004 and a Breakthrough Award from PM in 2006. "The cathode material has been a little more difficult, but we have several different candidates, and we have made full, working batteries."

Instead of physically arranging the component parts, researchers genetically engineer viruses to attract individual molecules of materials they're interested in, like cobalt oxide, from a solution, autonomously forming wires 17,000 times thinner than a sheet of paper that pack themselves together to form electrodes smaller than a human cell.

"Once you do the genetic engineering with the viruses themselves, you pour in the solution and they grow the right combination of these materials on them," Belcher says.

The team is working on three main architectures: Filmlike structures—as small as a human cell—could form a clear film to power lab-on-a-chip applications to laminate into smart cards, or even to interface with implanted medical devices. Meshlike architectures—billions of tiny nano-components all interfaced together—might one day replace conventional batteries in larger applications such as laptops and cars. And fiberlike configurations—spun from liquid crystal like a spider's silk—might one day be woven into textiles, providing a wearable power source for the military. "We definitely don't have full batteries on those [fiber architectures]. We've only worked on single electrodes so far, but the idea is to try to make these fiber batteries that could be integrated into textiles and woven into lots of different shapes," Belcher says.

The M13 viruses used by the team can't reproduce by themselves and are only capable of infecting bacteria. At just 880 nanometers long—500 times smaller than a grain of salt—the bugs allow researchers to work at room temperatures and pressures with molecular precision, using and wasting fewer hazardous materials in the process. Now that they've demonstrated the construction of such tiny electronic components is possible, the challenge facing researchers is how to make them practical.

"What we're working on is not thinking about a particular device application, but trying to improve the quality of the anode and cathode materials—using biology just to make a higher quality material for energy density," Belcher says. "We haven't ruled out cars. That's a lot of amplification. But right now the thing is trying to make the best material possible, and if we get a really great material, then we have to think about how do you scale it." — Chris Ladd

RELATED STORIES
• BREAKTHROUGH AWARDS 2006: Belcher's Virus-Based Nanomachines
• PLUS: New Nanowire Battery Life Reaches From iPods to Electric Cars
• PM NEWS: Cheap Solar, Battery-Free Devices and Nano-Energy Soon
• TECH WATCH: MIT Builds Nanowire Storage to Replace Car Batteries
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« Reply #51 on: July 13, 2009, 01:34:14 PM »

Check out the picture they used for this one at the source link ... Matrix anyone? He mentions 'when the time comes, take the red pill' in this article, but he's wrong... the time is now.

MIT builds battery from bacterial virus, humans to power machines by 2012by Thomas Ricker, posted Apr 3rd 2009 at 4:21AM
http://www.engadget.com/2009/04/03/mit-builds-battery-from-bacterial-virus-humans-to-power-machine/

We've been tracking MIT professor Angela Belcher's attempt to build batteries and nano-electronics from viruses since 2006. Scientifically speaking, the so-called "virus" is actually a bacteriophage, a virus that preys only on bacteria while leaving humans of diminishing scientific knowledge alone to doubt that claim.

Now, in a new report co-authored by Belcher, MIT research documents the construction of a lithium-ion battery (pictured after the break) with the help of a biological virus dubbed M13. M13 acts as a "biological scaffold" that allows carbon nanotubes and bits of iron phosphate to attach and form a network for conducting electricity. Specifically, MIT used the genetically engineered material to create the battery's negatively charged anode and positively charged cathode.

Best of all, MIT's technique can be performed at, or below room temperature which is important from a manufacturing perspective -- a process that MIT claims will be "cheap and environmentally benign." Already MIT has constructed a virus-battery about the size of that found in a watch to turn on small lights in an MIT lab. Belcher In time and with enough effort MIT expects to scale the technology to power electronic vehicles. Remember, when the time comes choose the red pill.
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~ Thomas Paine, A Dissertation on the First Principles of Government, 1795
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« Reply #52 on: July 13, 2009, 01:42:11 PM »

KICK ASS!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

Thanks for plugging AI and the forum!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

I thought it fitting since that is where so much info comes from and I think it goes unannounced way too often. I want to try and make an article about the NAFTA Superhighway and the control grid being implemented into that as well, which was also deeply researched by AI in the PH.D section. There is a lot in those posts he made and I think if it were condensed into a palatable format it can expose more factual information to masses of people! We will win this war no matter what!
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« Reply #53 on: July 13, 2009, 01:49:59 PM »

I thought it fitting since that is where so much info comes from and I think it goes unannounced way too often. I want to try and make an article about the NAFTA Superhighway and the control grid being implemented into that as well, which was also deeply researched by AI in the PH.D section. There is a lot in those posts he made and I think if it were condensed into a palatable format it can expose more factual information to masses of people! We will win this war no matter what!

I hope you keep it up like an energizer bunny and appreciate your taking some of this on yourself.

Thanks!
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« Reply #54 on: July 13, 2009, 02:16:23 PM »

I hope you keep it up like an energizer bunny and appreciate your taking some of this on yourself.

Thanks!

Its our fight, if we want our freedom back we all need to do our part to win the war. Stay tuned for more from me, this is only the beginning!
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"Those who would trade freedom for security deserve neither" -- Benjamin Franklin
luckee1
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« Reply #55 on: July 13, 2009, 03:06:03 PM »

A-I as always you found a minefield of info!  lavosslayer, thank you so very much for gisting that, I copy pasted and sent to all my people I hope they do the same!

There is a photo ^^^way up there of a swarm^^^^  that is the nanos isn't it.  I am saying for the last time.  I really think we ought to be reading all of Traitorous Tom Clancy novels.  Much of this has been covered in all his books except The Hunt For Red October I really do believe after the publication of that he was given carte blanche access to info to write into his subsequent books for predictive programming.

I thought all this technology was already in place being I have read much of it in these books.

BTW any ETA on Annex 2?
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Res ipsa loquitur. Let the good times roll.


« Reply #56 on: July 13, 2009, 03:10:05 PM »

This is a link to a UAV website I stumbled upon with a potential to ease you into the general topic of unmanned aviation.

http://www.barnardmicrosystems.com/L2_unmanned_air_systems.htm#roadmap

On the website is a 2005 Air Force document with 200 pages called "UAV Roadmap 2005"
I'm pretty sure AI knows most of the stuff presented in there, and still there are some good photos, graphs and even the training schedule for UAV pilots in the training. But when I saw p. 72, I really felt a chill running down my spine. In this document, there is a time frame given with the solid intention to replace every aircraft to a UAV within the next 20 years.

Not just the drones for SIGINT, force protection, real time battlefield awareness, but also for tankers, deep penetration strikes, air superiority and even airlift!

So basically there's no need for pilots anymore in the projected future. It's that insane. And the smoke&mirror introduction reason is reducing the stress level of families of pilots and a reduction of personnel in any given theater of war.

Not only is there a Terminator scenario in the making. There's also the possible - but if so then - complete restructuring of what we're calling modern air traffic. The military drones will be "peace keepers" maybe, reacting to various scenarios from organized crime to every form of criminality, which becomes important enough on their programmed priority short list and they're given a standart operating procedure and rules of engagement and basically they're all weapons hot, when they detect a 'law' violation or any other deviation from the status quo.

If the rules are set by the military, let's say after a highly unlikely outbreak of some strange illness (sic!), and the military operates within the aggressive boundaries of the concept of martial law, then a drone will maybe sweep your neighborhood and enforce a curfew. This kind of total control is obviously to 'protect' you from getting ill from the illness (they put out there). In a scenario like this the population would be totally controlled, be even more depending on what the TV and controlled media feeds them, would work from home and there would not be a need to travel via plane, because all the rest of the world is lost (TV says it) and it would be suicide to try to leave even the controlled environment of your controlled community. There would be no public life, a lot of sex would not take place, because there is fear amongst the population, that the illness is transported by intercourse (TV says it). You could study in a online university and work on a shared online platform with the few 'survivors' around the globe. Your food would be controlled and rations would be given out at a schedule once every two weeks. Fuels like petroleum would be way too expensive for the common people. So there's no transportation by cars, by planes and everything the brain washed population sees is controlled to elicit the planned kind of behavior.

I mean, if the drones are in place, the football season is over. There's just no evading and escaping from a multilayer control grid of interconnected high mobility surveillance and attack platforms. The NWO will defeat us with our own greed. The research and development costs are massive and can't be pushed without a government lump sum upfront and a guaranteed cover for all additional costs. The government pays to get a tool like the drones with tax money and credits from the banks (future tax) to develop a system, where the human being becomes obsolete. We're no longer important. Killing will become an industry even more than today.

But humans will find a way to prevail. I know it.   
 

The following passage is taken from the "UAV Roadmap 2005", which can be downloaded or accessed here:
http://www.barnardmicrosystems.com/download/uav_roadmap2005.pdf

6.2 UAS MISSIONS ROADMAP


Unmanned aviation has historically been limited to the reconnaissance (Firebee, Global Hawk) and strike
(DASH, Predator) missions. Reconnaissance is now a well-established mission for UAS, complementing
manned aircraft in this role. Lessons learned from these ISR platforms point the way to concepts of
operations (CONOPs) that, to some extent, have already brought advantages to the Services and
Combatant Commanders. Aircraft with inhuman endurance bring persistent surveillance at reduced sortie
levels. Fewer flight hours are “lost” due to reduced time otherwise needed for transit time in shorter
range/endurance aircraft.

Fewer take offs and landings mean reduced wear and tear, and exposure to
historical risks of mishaps. Ground operating tempo benefits from the reduced sortie generation. The
ability to operate in distant theaters with ground stations at CONUS garrison bases means many crews fly
operational missions without deploying forward. This, in turn, reduces forward footprints, support costs,
and demands on force-protection authorities. Crew duty periods are now irrelevant to aircraft endurance
since crew changes can be made on cycles based on optimum periods of sustained human performance
and attention. The personnel impacts can additionally ripple through the Services to positive effect.

Fewer deployments reduce family stress and mean better retention for highly trained crews reducing
pipeline-training costs. High-endurance unmanned aviation enables CONOPs attributes that can’t be
fully reflected in aircraft unit costs. But they enable a future where counter-air operations, similar to
Deny Flight, Northern and Southern Watch, may quite conceivably be supported by crews, operational
staffs and CAOCs that substantially remain in either CONUS or established headquarters far away from
the point of intended operational effects. The J-UCAS program, now focused on developing a net-centric
strike capability, will mark another step toward just such a future. As shown in the “UAS Missions
Roadmap” (Figure 6.2-1), two major ‘families of missions,’ one emphasizing payload capacity and
persistence and the other autonomy, survivability, and weapons employment, need to drive UAS design
and development over the next 25 years. A start in these two directions has been made, as shown by the
examples of ongoing UAS programs that may eventually supplement manned aircraft in the roles shown

The first family of missions (shown in the upper half of Figure 6.2-1) employs endurance UA as
communication relays, SIGINT collectors, tankers, maritime patrol aircraft, and, eventually, airlifters.
Design-wise, these roles may use one common platform or different ones, but they must provide
significant payload capacities (power as well as weight) and endurances greater than 24 hours. The
DARPA Adaptive Joint C4ISR Node (AJCN), with the potential to deploy a Global Hawk-based
communication relay payload in the 2005-2010 timeframe, represents a significant step in the “payload
with persistence” direction for UA. From there, the mission similarities of the AJCN and the Global
Hawk imagery reconnaissance UA could be combined in an unmanned SIGINT collection platform by
placing the mission crews (“backend”) of the Rivet Joint, ARIES II, and Senior Scout aircraft in vans on
the ground, as is accomplished for U-2 SIGINT missions today. The maritime patrol mission could be
transitioned to UA in much the same way as for SIGINT collectors, by relocating the mission crew to the
ground, as is planned in the Navy’s Tactical Support Centers (TSCs) for the BAMS UA.

The profile for aerial refueling, long duration orbits along the periphery of hostilities, resembles that of the SIGINT
collection mission but adds the complexity of manned (receiver) and unmanned (refueler) interaction.
Unmanned airlift hinges on overcoming a psychological and a policy barrier, the former being that of
passengers willing to fly on a plane with no aircrew and the latter on foreign countries allowing access to
their airports by robotic aircraft. An interim step to unmanned airlift could be manned aircraft that have
the option of being unmanned. The technology to fly and taxi the large robotic aircraft required for such
missions has been demonstrated; NASA flew an unmanned Boeing 720 in 1985, and Global Hawk
routinely taxies at Edwards AFB.

The second family of missions (lower half of Figure 6.2-1) for future UA employs them in weapon
delivery roles, graduating from electronic warfare to air-to-ground to air-to-air in complexity.
The
aircraft now in test for the J-UCAS program are just a start. Progress in the weapon delivery direction for
UA, because of the large number of decisions in a short span inherent in these missions, hinges on
development of increasing levels of autonomy.


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« Reply #57 on: July 13, 2009, 03:16:11 PM »

Hmmm... seems like a lot of copying and pasting of large chunks of text. I don't know how they can possibly know any piece of information about anything. That is impossible.
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« Reply #58 on: July 13, 2009, 03:20:14 PM »

No f**king way I'd ever get on a plane without a human pilot.
If you fly regularly most of your flights have likely been done on autopilot inc take off and glidescope landings Smiley human error causes more crashed than anything !

AI - mind blowing article. I am still trying to absorb it all but i guess it basically means that we will finally have something to be justifiably paranoid over. Its like that film, minority report where those robo bug things come looking for one specific person.

JESUS
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« Reply #59 on: July 13, 2009, 03:31:40 PM »

Hmmm... seems like a lot of copying and pasting of large chunks of text. I don't know how they can possibly know any piece of information about anything. That is impossible.

lavosslayer has put together some well written summaries for you so that you do not have to expend too much energy.
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« Reply #60 on: July 13, 2009, 03:37:23 PM »

If you fly regularly most of your flights have likely been done on autopilot inc take off and glidescope landings Smiley human error causes more crashed than anything !

AI - mind blowing article. I am still trying to absorb it all but i guess it basically means that we will finally have something to be justifiably paranoid over. Its like that film, minority report where those robo bug things come looking for one specific person.

JESUS

yeah, I know. I was always interested in aviation. My parents gave me voucher on my birthday in 1999. I was able to pick a destination within Europe and I was sitting between the pilots in the cockpit for the whole trip from Frankfurt to Dresden and back. The starting and landing was done manually. A computer voice gave you the altitude. It was pretty sweet. Needless to say those times are over.

But a friend of mine became a pilot and I remember a discussion, where he got really mad at me, because I said he's basically a bus driver in the air. I mean the planes are manufactured by a company by the name "Airbus". He left the discussion, because he thought I was making fun of him. But it's basically true. They start, set a course and speed, maybe adjust if air traffic or weather conditions demand some adjusting of direction, altitude or speed, and they land manually, but computer assisted. I'm glad, my eyesight didn't allow me to become a pilot. The honest commercial pilots will admit, that their job is cool in the beginning, but boring, as they do exactly the same every day. At least, they can fall back on the idea, that the chicks dig the uniform.  Grin
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« Reply #61 on: July 13, 2009, 03:42:19 PM »

yeah, I know. I was always interested in aviation. My parents gave me voucher on my birthday in 1999. I was able to pick a destination within Europe and I was sitting between the pilots in the cockpit for the whole trip from Frankfurt to Dresden and back. The starting and landing was done manually. A computer voice gave you the altitude. It was pretty sweet. Needless to say those times are over.

But a friend of mine became a pilot and I remember a discussion, where he got really mad at me, because I said he's basically a bus driver in the air. I mean the planes are manufactured by a company by the name "Airbus". He left the discussion, because he thought I was making fun of him. But it's basically true. They start, set a course and speed, maybe adjust if air traffic or weather conditions demand some adjusting of direction, altitude or speed, and they land manually, but computer assisted. I'm glad, my eyesight didn't allow me to become a pilot. The honest commercial pilots will admit, that their job is cool in the beginning, but boring, as they do exactly the same every day. At least, they can fall back on the idea, that the chicks dig the uniform.  Grin

Yeah, my ex was a pilot. got to fly up front alot. I have seen a auto take off in heavy fog cool . . .
Back OT -
Do we really think they will kill the internet as we know it?
So much of society depends on it (banking, shopping etc etc)
Or will only certainpeople be allowed on the new net? Surely if they both co-exist at the same time it will be possible to jump over onto their web? confusing and scary. More so scary because it is confusing !
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« Reply #62 on: July 13, 2009, 03:43:18 PM »

Grats Anti. After reading through most of your post it is great that you get some recognition (not that you were looking for it).  Whatever people say that is a ton of work. great post.. great job..
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« Reply #63 on: July 13, 2009, 03:48:01 PM »

any theorized dates as to when this takes off?  When are they gonna stop with their fake "cyber attacks from North Korea" and really shut everything down?
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« Reply #64 on: July 13, 2009, 03:51:11 PM »

any theorized dates as to when this takes off?  When are they gonna stop with their fake "cyber attacks from North Korea" and really shut everything down?

I believe, they need all the fear from a global flu outbreak to gain momentum for their agenda to slip it in totally unnoticed. So that would be autumn till spiring '10. Let's see.
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« Reply #65 on: July 13, 2009, 03:55:59 PM »

yeah, I know. I was always interested in aviation. My parents gave me voucher on my birthday in 1999. I was able to pick a destination within Europe and I was sitting between the pilots in the cockpit for the whole trip from Frankfurt to Dresden and back. The starting and landing was done manually. A computer voice gave you the altitude. It was pretty sweet. Needless to say those times are over.

But a friend of mine became a pilot and I remember a discussion, where he got really mad at me, because I said he's basically a bus driver in the air. I mean the planes are manufactured by a company by the name "Airbus". He left the discussion, because he thought I was making fun of him. But it's basically true. They start, set a course and speed, maybe adjust if air traffic or weather conditions demand some adjusting of direction, altitude or speed, and they land manually, but computer assisted. I'm glad, my eyesight didn't allow me to become a pilot. The honest commercial pilots will admit, that their job is cool in the beginning, but boring, as they do exactly the same every day. At least, they can fall back on the idea, that the chicks dig the uniform.  Grin

I dated a pilot, he flew for Delta I drove at the time for the Land Division of Princess Tours we compared notes:  You are right dude.  He even said the same he called it a flying bus driver.
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« Reply #66 on: July 13, 2009, 04:03:21 PM »

Bump for later. I can see I have MUCH to catch up on. Thanks again AI, and others.
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« Reply #67 on: July 13, 2009, 04:04:29 PM »

any theorized dates as to when this takes off?  When are they gonna stop with their fake "cyber attacks from North Korea" and really shut everything down?
No No NO! I figured it out ! The web will go down one day, unexplainably, and they will blame a terror attack !!!!

They will use this as an excuse, then they will say they need to work on getting the war web back up first, then govts, etc etc meanwhile ppl will adapt to no web, and manage just as they did before the web !

Yes, I really think this might be the next big thing Sad
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« Reply #68 on: July 13, 2009, 04:14:03 PM »

any theorized dates as to when this takes off?  When are they gonna stop with their fake "cyber attacks from North Korea" and really shut everything down?

No No NO! I figured it out ! The web will go down one day, unexplainably, and they will blame a terror attack !!!!

They will use this as an excuse, then they will say they need to work on getting the war web back up first, then govts, etc etc meanwhile ppl will adapt to no web, and manage just as they did before the web !

Yes, I really think this might be the next big thing Sad

Everyone needs to see this video asap.  This ties into everything.  I will try to do a separate post on this later, unless someone else wants to.  See if you can find a transcript of this.  Alex should discuss this also along with everything else.

"Admiral Gary Roughead on the U.S. Navy
Tuesday, June 30, 2009

Chief of Naval Operations Admiral Gary Roughead talks about the future of the Navy in the 21st Century and goes over military spending priorities. The event is part the National Security Strategy Lecture Series by Ogilvy’s Public Relations Worldwide. Washington, DC : 59 min."

http://www.c-span.org/Watch/Media/2009/06/30/HP/A/20321/Admiral+Gary+Roughead+on+the+US+Navy.aspx
_____________________________________________________________
Look at this, from 2004:










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« Reply #69 on: July 13, 2009, 04:20:28 PM »













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« Reply #70 on: July 13, 2009, 04:24:38 PM »

I am trying to understand this stuff.   I gather everything is pretty bad.  But meanwhile , JT Coyote needs our help.  Have you checked this out?

Update: Please support the Forum Money-Bomb for a Patriot Extraordinaire! «   Just in case you guys didn't see this.... 
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« Reply #71 on: July 13, 2009, 04:46:23 PM »

NOT FOR PUBLICATION UNTIL
RELEASED BY THE
SENATE ARMED SERVICES COMMITTEE
STATEMENT OF
ADMIRAL GARY ROUGHEAD

CHIEF OF NAVAL OPERATIONS
BEFORE THE
SENATE ARMED SERVICES COMMITTEE
ON
FY10 DEPARTMENT OF NAVY POSTURE
4 JUNE 2009

NOT FOR PUBLICATION
UNTIL RELEASED BY THE
SENATE ARMED SERVICES COMMITTEE
2
Navy FY 2010 Posture Statement

Chairman Levin, Senator McCain, and members of the Committee, it is an honor to
appear before you today representing the more than 600,000 Sailors and civilians of the United
States Navy. We are making a difference around the world. We are globally deployed,
persistently forward, and actively engaged. I greatly appreciate your continued support as our
Navy defends our nation and our national interests.
Last year, I came before you to lay out my priorities for our Navy, which were to build
tomorrow’s Navy, remain ready to fight today, and develop and support our Sailors, Navy
civilians, and families. We made great progress on those priorities this past year. Sustaining our
Navy’s maritime dominance requires the right balance of capability and capacity for the
challenges of today and those we are likely to face in the future. It demands our Navy remain
agile and ready.
Our Maritime Strategy, issued by the Navy, Marine Corps, and Coast Guard over a year
ago, continues to guide our efforts. The strategy recognizes the importance of naval partnerships,
elevates the importance of preventing war to the ability to fight and win, and identifies six core
capabilities: forward presence, deterrence, sea control, power projection, maritime security, and
humanitarian assistance and disaster response (HA/DR). We have increased the breadth and
depth of our global maritime partnerships. We have engaged, more than ever, in stability
operations and theater security cooperation. Moreover, we are performing each of our six core
capabilities as part of the joint force in Operation Enduring Freedom (OEF) and Operation Iraqi
Freedom (OIF), and across the globe.
We continue to build tomorrow’s Navy. As I articulated last year, our Navy needs a
stable shipbuilding program that provides the right capability and capacity for our Fleet while
preserving our nation’s industrial base. Since I came before you last year, ten new ships have
joined our Fleet. Among them, is USS FREEDOM (LCS 1), an important addition that addresses
critical warfighting gaps. We have increased oversight and are working closely with industry to
lower LCS costs and meet program milestones. I am pleased to announce we have awarded fixed
price, incentive fee contracts for the third and fourth LCS ship. We are aggressively working to
ensure LCS is a successful and affordable program. The introduction of USS GEORGE W.
BUSH (CVN 77) earlier this year also re-affirmed the strength and power of the American
shipbuilder and our industrial base. I remain committed to a carrier force of 11 for the next three
decades. In our drive to build the future Fleet, I continue to demand that we accurately articulate
requirements and remain disciplined in our processes. As I testified last year, effective
procurement requires affordable and realistic programs to deliver a balanced future Fleet.
We reached several key milestones in Navy aviation over the last year. Recently, the first
P-8A Poseidon aircraft successfully completed its first flight. The P-8A will replace our aging P-
3 Orion maritime patrol aircraft, which we have adapted to the fight we are in by providing
critical Intelligence, Surveillance, and Reconnaissance capabilities to current operations in Iraq
and Afghanistan. We also issued our first contract for the Broad Area Maritime Surveillance
aircraft, which will provide capability to meet the challenges we are likely to face in the future.
As I identified last year, we continue to expect a decrease in the number of our strike fighters
3
between 2016 and 2020 which will affect the capacity and effectiveness of our carrier air wings.
The timely delivery of the F-35 Joint Strike Fighter is critical to meeting our strike fighter needs.
While we have been building our Navy for tomorrow, we have also been focused
intensely on today’s fight. Our Sailors are fully engaged on the ground, in the air, and at sea in
support of operations in Iraq and Afghanistan. On the ground, our Navy has more than 13,000
active and reserve Sailors in Central Command supporting Navy, Joint Force, and Combatant
Commander requirements. Navy Commanders are leading six of the 12 U.S.-led Provincial
Reconstruction Teams in Afghanistan. Our elite teams of Navy SEALs are heavily engaged in
combat operations. Navy Explosive Ordnance Disposal platoons are defusing Improvised
Explosive Devices (IEDs) and landmines. Our SEABEE construction battalions are rebuilding
schools and restoring critical infrastructure. Navy sealift is delivering the majority of heavy war
equipment to Iraq, while Navy logisticians are ensuring materiel arrives on time. Our Navy
doctors are providing medical assistance in the field and at forward operating bases. In addition,
I am thankful for the support of Congress for Navy Individual Augmentees who are providing
combat support and combat service support for Army and Marine Corps personnel in Iraq and
Afghanistan. On the water, Navy Expeditionary Combat Command Riverine forces are working
closely with the Iraqi Navy to safeguard Iraqi infrastructure and provide maritime security in key
waterways. Navy forces are also intercepting smugglers and insurgents and protecting Iraqi and
partner nation oil and gas infrastructure. We know the sea lanes must remain open for the transit
of oil, the lifeblood of the Iraqi economy, and our ships and Sailors are making that happen.
Beyond the fight in Iraq and Afghanistan, however, we remain an expeditionary force,
engaged around the world. As the dramatic capture of Maersk Alabama and subsequent rescue of
Captain Richard Phillips demonstrated, we do not have the luxury to be otherwise. We are
engaged in missions from the Horn of Africa, to the Caribbean and the Philippines. Our
operations range from tracking attempted ballistic missile launches from North Korea, to
interacting with international partners at sea, to providing medical and humanitarian assistance
from the sea. Our Sailors continue to be ambassadors for our nation. This past October marked
the first visit ever of a U.S. nuclear-powered ship, USS THEODORE ROOSEVELT, to South
Africa, the first year Navy ships were engaged in operations on both the East and West Coasts of
Africa, and the first visit ever of a U.S. CNO to South Africa. Additionally, my recent visit to
China continued a dialogue with the PLA(N) that will enhance our military-to-military
relationships. In total, we have more than 50,000 Sailors deployed and more than 10,500 in
direct support of global Requests for Forces and Joint manning requirements.
My commitment to developing and supporting our Sailors and Navy civilians in their
global operations endures. We have met overall officer and enlisted (active and reserve)
recruiting goals for 2008 and are on track for success in 2009. We are also improving the
diversity of our Navy through significant outreach and mentorship. We continue to provide,
support, and encourage training and education for our warfighters in the form of Joint
Professional Military Education, Language Regional Expertise and Cultural programs, and topnotch
technical schoolhouses. In addition, to help our Sailors balance between their service to the
nation and their lives at home and with their families, we have expanded access to childcare, and
improved housing for families and bachelors through Public Private Ventures (PPV). We also
continue to address the physical and mental needs of our Wounded and Returning Warriors and
4
their families, as well as the needs of all our Sailors who deploy. I appreciate the support of
Congress for these incredible men and women.
My focus as CNO is to ensure we are properly balanced to answer the call now and in the
decades to come. As I indicated last year, the balance among capability, capacity, affordability,
and executability in our procurement plans is not optimal. This imbalance has increased our
warfighting, personnel, and force structure risk in the future. Our risk is moderate today trending
toward significant in the future because of challenges associated with Fleet capacity, increasing
operational requirements, and growing manpower, maintenance, and infrastructure costs.
We remain a ready and capable Navy today, but the stress on our platforms and
equipment is increasing. We can meet operational demands today but we are stretched in our
ability to meet additional operational demands while taking care of our people, conducting
essential platform maintenance to ensure our Fleet reaches its full service life, and modernizing
and procuring the Navy for tomorrow. Our FY 2010 budget aligns with the path our Maritime
Strategy has set; however, we are progressing at an adjusted pace. Our budget increases our
baseline funding, yet our Navy continues to rely on contingency funding to meet current
operational requirements and remain the nation’s strategic reserve across the entire spectrum of
conflict.
Achieving the right balance within and across my priorities will be critical as we meet the
challenges of today and prepare for those of tomorrow. I request your full support of our FY
2010 budget request and its associated capabilities, readiness, and personnel initiatives
highlighted below.
Build Tomorrow’s Navy
To support our nation’s global interests and responsibilities, our Navy must have the right
balance of capability and capacity, across multiple regions of the world, to prevent and win in
conflict today while providing a hedge against the challenges we are most likely to face
tomorrow. You have provided us with a Fleet that possesses the capabilities Combatant
Commanders demand. Our budget request for FY2010 increases the capacity of our Fleet to
respond to those demands.
We are addressing our aviation capability and capacity by investing in both new and
proven technologies. Our E/A-18 G aircraft utilize the same airframe as the F/A-18 F, which
improves construction costs and efficiencies, but it is equipped for airborne electronic attack,
rather than strike missions. The E/A-18G will complete operational testing this year and
eventually replace our existing EA-6B Fleet. Our budget includes procurement and RDT&E
funding for this aircraft and for our P-8A Multi-mission Maritime Aircraft, which will replace
our aging P-3 Orion Fleet. In addition to manned aviation, our Navy is investing in unmanned
aircraft, such as Firescout, which is more affordable, can be built in larger numbers, and can do
the missions needed in the small wars and counterinsurgencies we are likely to face in the near to
mid-term. We are also investing in the Broad Area Maritime Surveillance System (BAMS),
which is the only unmanned aircraft that can provide long-range intelligence, surveillance, and
5
reconnaissance in the maritime environment. Our aviation programs increased by more than
$4.2B from FY 2009 to FY 2010 to achieve the right balance of capability and capacity.
Our Navy’s operational tempo over the past year reaffirms our need for a minimum of
313 ships. The mix of those ships has evolved in response to the changing security environment
and our investments in FY 2010 support growing Combatant Commander demands for ballistic
missile defense, irregular warfare, and open ocean anti-submarine warfare. We are also
addressing demands for high speed and intra-theater lift, as well as a variety of missions in the
littoral. Specifically, our FY 2010 budget funds eight ships: the 12th Virginia class submarine,
three Littoral Combat Ships (LCS), two T-AKE Dry Cargo and Ammunition Ships, a second
Joint High Speed Vessel (JHSV) for the Navy, and an advanced Arleigh Burke Class Destroyer
that will restart the DDG 51 program. The budget also funds the balance of LPD 26 and DDG
1002 construction, and provides third-year funding for CVN 78.
American shipbuilding is not broken, but improvements are needed. Since becoming
CNO, I have focused on our need to address and control procurement and total ownership costs.
Shipbuilding costs have been increasing as a result of reductions in number of ships procured,
overtime costs, and challenges associated with the introduction of new technologies and
sophisticated systems. We are addressing these costs by maturing new ship designs to adequate
levels before commencing production, and by pursuing common hull forms, common
components, proven designs, and repeat builds of ships and aircraft to permit longer production
runs and lower construction costs. Additionally, our shipbuilding plans incorporate open
architecture for hardware and software systems and increasingly use system modularity. These
initiatives reduce costs from inception to decommissioning and allow ease of modernization in
response to evolving threats.
In 2008, we introduced a more comprehensive acquisition governance process to better
link requirements and costs throughout the procurement process. I will work closely with the
Secretary of the Navy to grow our acquisition workforce and enhance our ability to properly staff
and manage our acquisition programs. I also enthusiastically support reviewing the overall
acquisition and procurement processes to determine how the Services can best address costs and
accountability.
A solid and viable industrial base is essential to national security and our future Navy,
and is a significant contributor to economic prosperity. Shipbuilding alone is a capital investment
that directly supports more than 97,000 American jobs and indirectly supports thousands more in
almost every U.S. state. Similarly, aircraft manufacturing provides extraordinary and unique
employment opportunities for American workers. Like the manufacturing base in other sectors of
our economy, the shipbuilding and aircraft industries depend upon stable and predictable
workloads to stabilize their workforce and maximize efficiencies. Level loading of ship and
aircraft procurements helps retain critical skills and promotes a healthy U.S. shipbuilding and
aircraft industrial base.
I seek your support for the following initiatives and programs:
6
Aircraft Carrier Force Structure
The Navy remains committed to a force of 11 carriers for the next three decades that can
respond to national crises and provide options when access is not assured. Our carrier force
provides the nation the unique ability to overcome political and geographic barriers to access
critical areas and project power ashore without the need for host nation ports or airfields.
The 11-carrier requirement is based on a combined need for world-wide presence
requirements, surge availability, training and exercises, and maintenance. During the period
between the planned 2012 inactivation of USS ENTERPRISE (CVN 65) and the 2015 delivery
of GERALD R. FORD (CVN 78), however, legislative relief is needed to temporarily reduce the
operational carrier force to 10. Extending ENTERPRISE beyond 2012 involves significant
technical risk, challenges manpower and the industrial base, and requires expenditures in excess
of $2.8B with a minimal operational return on this significant investment. Extending
ENTERPRISE would result in only a minor gain in carrier operational availability and adversely
impact carrier maintenance periods and operational availability of the force in the future. The
temporary reduction to 10 carriers can be mitigated by adjustments to deployments and
maintenance availabilities. I request your approval of this legislative proposal.
F/A-18 and Joint Strike Fighter (JSF)
Navy and Marine Corps carrier-based F/A-18 aircraft are providing precision strike in
support of forces on the ground in Iraq and Afghanistan. The F/A-18 E/F is the aviation
backbone of our Navy’s ability to project power ashore without bases that infringe on a foreign
nation’s sovereign territory. At the rate we are operating these aircraft, the number of our carriercapable
strike fighters will decrease between 2016 and 2020, which will affect our air wing
capacity and effectiveness. The F-35 Joint Strike Fighter (JSF) is essential to addressing the
Navy’s strike fighter needs. Stable funding of JSF will facilitate the on-time and within budget
delivery of the aircraft to our Fleet. I also appreciate the support of Congress for our FY 10
request that continues to fund F/A-18 E/F production while transitioning to JSF.
Littoral Combat Ship (LCS)
LCS is a fast, agile, and networked surface combatant with capabilities optimized to
support naval and joint force operations in littoral regions. LCS fills warfighting gaps in support
of maintaining dominance in the littorals and strategic choke points around the world. It will
operate with focused-mission packages, which will include manned and unmanned vehicles, to
execute a variety of missions, primarily anti-submarine warfare (ASW), anti-surface warfare
(SUW), and mine countermeasures (MCM).
LCS' inherent characteristics of speed, agility, shallow draft, payload capacity,
reconfigurable mission spaces, and air/water craft capabilities, combined with its core Command,
Control, Communications, Computers and Intelligence, sensors, and weapons systems, make it
an ideal platform for engaging in irregular warfare and maritime security operations, to include
counter-piracy missions.
I am pleased to report that USS FREEDOM (LCS 1) is at sea and INDEPENDENCE
(LCS 2) will deliver later this year. We have issued fixed-price incentive fee contracts for
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construction of the next two LCS ships based on a limited competition between the current LCS
seaframe prime contractors.
The Navy is aggressively pursuing cost reduction measures to ensure delivery of future
ships on a schedule that affordably paces evolving threats. We are applying lessons learned from
the construction and test and evaluation periods of the current ships, and we are matching
required capabilities to a review of warfighting requirements. I am committed to procuring 55
LCS, however legislative relief may be required regarding the LCS cost-cap until manufacturing
efficiencies can be achieved. Our FY 2010 budget includes funding for three additional LCS
seaframes.
DDG-1000 / DDG-51
Ballistic missile capability is rapidly proliferating and, since 1990, the pace of that
proliferation has increased markedly. Non-state actors are also acquiring advanced weapons, as
demonstrated in 2006 when Hezbollah launched a sophisticated anti-ship missile against an
Israeli ship. In addition, while DDG 1000 has been optimized for littoral anti-submarine warfare,
the number of capable submarines worldwide does not allow us to diminish our deep-water
capabilities. The world has changed significantly since we began the march to DDG 1000 in the
early 1990's and, today, Combatant Commander demands are for Ballistic Missile Defense,
Integrated Air and Missile Defense, and Anti-Submarine Warfare.
To align our surface combatant investment strategy to meet these demands, we are
truncating the DDG 1000 program at three ships and appropriately restarting the DDG 51
production line. The technologies resident in the DDG 51 provide extended range air defense
now, and when coupled with open architecture initiatives, will best bridge the transition to the
enhanced ballistic missile defense and integrated air and missile defense capability envisioned in
the next generation cruiser. In our revised plan, we are addressing the changing security
environment and the dynamic capability requirements of the Fleet, while providing maximum
stability for the industrial base.
Our FY 2010 budget requests $1.084 billion to provide the balance of incremental
funding for the third ship of the DDG 1000 class authorized in 2009. In addition, $2.241 billion
is requested to re-start the DDG 51 program. The SWAP II Memorandum of Agreement (MOA)
will align construction responsibilities to ensure shipyard workload stability, stabilize and
minimize cost risk for the DDG 1000 program, and efficiently re-start DDG 51 construction.
Research, development, test and evaluation efforts for the DDG 1000 program, will continue in
order to deliver the necessary technology to complete the DDG 1000 class ships and support the
CVN 78 Class.
Ballistic Missile Defense
The increasing development and proliferation of ballistic missiles threatens our
homeland, our allies, and our military operations. Current trends indicate adversary ballistic
missile systems are becoming more flexible, mobile, survivable, reliable, accurate, and possess
greater range. Threats posed by ballistic missile delivery are likely to increase and become more
complex over the next decade.
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Our Navy is on station today performing ballistic missile defense (BMD) as a core
mission. Maritime BMD is a joint warfighting enabler. Aegis BMD contributes to homeland
defense through long range surveillance and tracking and Aegis BMD ships can conduct organic
midcourse engagements of short and medium range ballistic missiles in support of regional and
theater defense. Our Navy and partner nation Aegis BMD capability, proven and deployed
around the world, has an impressive record of success: 18 of 22 direct hits on target, of which 3
of 3 were successful engagements within the earth’s endo-atmosphere.
Today, Navy Aegis BMD capability is currently installed on 18 ships: three guided
missile cruisers and 15 guided missile destroyers. In response to an urgent Combatant
Commander demand, the Defense Department budget requests $200 million to fund conversion
of six additional Aegis ships to provide BMD capability. Ultimately, our plan is to equip the
entire Aegis fleet with BMD capability, to provide Joint Commanders an in-stride BMD
capability with regularly deploying surface combatants. While development and procurement
funding is covered under the Missile Defense Agency budget, Navy has committed $14.5 million
in FY 2010 for operations and sustainment of Aegis BMD systems and missiles that have
transferred to the Navy.
Modernizing Cruisers and Destroyers
Our Cruiser and Destroyer modernization programs provide vital mid-life upgrades to the
combat systems and hull, mechanical, and engineering systems. These upgrades complement our
engineered ship life-cycle maintenance efforts, which are necessary to ensure our ships maintain
their full service life. Combat systems upgrades, in particular, reduce technology risk for future
surface combatants and provide a rapid and affordable capability insertion process. Maintaining
the stability of the Cruiser and Destroyer modernization programs will be critical to our future
Navy capability and capacity. Our FY 2010 budget includes funds to modernize two Cruisers
and two Destroyers.
Joint High Speed Vessel (JHSV)
Intra-theater lift is key to enabling the United States to rapidly project, maneuver, and
sustain military forces in distant, anti-access or area-denial environments. The Joint High Speed
Vessel (JHSV) program is an Army and Navy joint program to deliver a high-speed, shallow
draft surface ship capable of rapid transport of medium payloads of cargo and personnel within a
theater to austere ports without reliance on port infrastructure for load/offload. The detail design
and lead ship construction contract was awarded to Austal USA on November 13, 2008, and
includes contract options for nine additional ships for the Army and Navy. Delivery of the first
vessel will be to the Army and is expected in 2011. Our FY 2010 budget includes $178 million
for the construction of the Navy’s second JHSV. Navy will oversee procurement of the second
Army funded vessel.
LPD 17 Class Amphibious Warfare Ship
The LPD 17 Class of amphibious warfare ships represents the Navy's commitment to a
modern expeditionary power projection Fleet that will enable our naval force to operate across
the spectrum of warfare. The class will have a 40-year expected service life and serve as the
replacement for four classes of older ships: the LKA, LST, LSD 36, and the LPD 4. SAN
ANTONIO Class ships will play a key role in supporting ongoing overseas operations by
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forwardly deploying Marines and their equipment to respond to global crises. USS GREEN BAY
(LPD 20) was commissioned in January 2009 and USS NEW ORLEANS (LPD 18) deployed the
same month. New York (LPD 21) is planned to deliver this fall. LPDs 22-25 are in various
stages of construction. Our FY 2010 budget requests $872 million for the balance of the funding
for LPD 26, which was authorized in 2009. Further, we request $185 million of advance
procurement for LPD 27 to leverage production efficiencies of the existing LPD 17 class
production line. Amphibious lift will have my highest attention as we address it in the ongoing
Quadrennial Defense Review.
P-3 Orion and P-8 Multi-mission Maritime Aircraft
Your continued support of the P-3 and P-8A force remains essential. The legacy P-3
Orion, is providing critical intelligence, surveillance and reconnaissance (ISR) to the current
fight and it is a key enabler in the execution of our Maritime Strategy. An airframe in very high
demand, the P-3 supports the joint warfighter with time-critical ISR, contributes directly to our
maritime domain awareness across the globe, and is our nation's pre-eminent airborne deterrent
to an increasing submarine threat. Thirty-nine P-3s were grounded in December 2007 due to
airframe fatigue. I thank Congress for providing $289.3 million to our Navy in the FY 2008
Supplemental to fund the initial phase of the recovery program.
Boeing has resolved labor issues with their workforce and is implementing a recovery
plan for the P-8A within fiscal resources that will restore the program schedule from delays
caused by last year’s strike.
The P-8A Poseidon will start to fill the P-3 capability in 2013. I am pleased to report the
program reached a critical milestone this April when the first P-8A test aircraft successfully
completed its first flight. I request your support of our FY10 budget request for six P-8A aircraft.
E-2D Advanced Hawkeye
The E-2D Advanced Hawkeye aircraft replaces the E-2C Hawkeye aircraft. The aircraft’s
APY-9 radar is a two-generation leap in airborne surveillance radar capability, significantly
improving detection and tracking of small targets in the overland and littoral environment when
compared to the E-2C. The E-2D improves nearly every facet of tactical air operations, maintains
open ocean capability, and adds overland and littoral surveillance to support Theater Air and
Missile Defense capabilities against air threats in high clutter, electro-magnetic interference, and
jamming environments. I ask Congress to support our FY 2010 budget request for two E-2D
Hawkeye aircraft.
Unmanned Aerial Systems
We are investing in unmanned systems to enhance our capacity to meet increasing global
demands for Intelligence, Surveillance and Reconnaissance (ISR) capability. The Broad Area
Maritime Surveillance (BAMS) UAS enhances situational awareness of the operational
environment and shortens the sensor-to-shooter kill chain by providing persistent, multiplesensor
ISR to Fleet Commanders and coalition and joint forces. Our FY 2010 budget requests
funding for continued research and development of BAMS. We are also requesting funding for
the procurement of five MQ-8 Vertical Takeoff and Landing Tactical UAVs (VTUAV). The
MQ-8 supports LCS core mission areas of ASW, Mine Warfare, and SUW. It can operate from
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all air-capable ships and carry modular mission payloads to provide day and night real time
reconnaissance, surveillance and target acquisition capabilities. VTUAV began operational
testing this March aboard USS MCINERNY (FFG Cool.
MH-60R/S Multi-Mission Helicopter
The MH-60R multi-mission helicopter program will replace the surface combatant-based
SH-60B and carrier-based SH-60F with a newly manufactured airframe and enhanced mission
systems. The MH-60R provides forward-deployed capabilities, including Surface Warfare, and
Anti-Submarine Warfare, to defeat area-denial strategies, which will enhance the ability of the
joint force to project and sustain power. MH-60R deployed for the first time in January 2009
with the USS JOHN C. STENNIS. Our FY 2010 budget requests funding to procure 24 MH-60R
helicopters.
The MH-60S will support deployed forces with combat logistics, search and rescue, air
ambulance, vertical replenishment, anti-surface warfare, airborne mine counter-measures, and
naval special warfare mission areas. Our FY 2010 budget requests funding to procure 18 MH-
60S helicopters.
Virginia Class SSN
The VIRGINIA Class submarine is a multi-mission submarine that dominates in the
littorals and open oceans. Now in its 10th year of construction, the VIRGINIA program is
demonstrating that this critical undersea capability can be delivered affordably and on time. We
have aggressively reduced construction costs of the VIRGINIA Class to $2 billion per
submarine, as measured in FY 2005 dollars, through construction performance improvements,
redesign for affordability, and a multi-year procurement contract, which provides an assured
build rate for shipyards and vendors and offers incentives for cost, schedule, and capital
expenditure for facility improvements. Not only are these submarines coming in within budget
and ahead of schedule, their performance is exceeding expectations and continues to improve
with each ship delivered. I consider Virginia Class cost reduction efforts a model for all our
ships, submarines, and aircraft.
SSBN
Our Navy supports the nation’s nuclear deterrence capability with a credible and
survivable fleet of 14 Ohio Class ballistic missile submarines (SSBN). Originally designed for a
30-year service life, this class will start retiring in 2027 after over 40 years of service life.
As long as we live in a world with nuclear weapons, the United States will need a reliable
and survivable sea-based strategic deterrent. Our FY 2010 budget requests research and
development funds for the Ohio Class Replacement, to enable the start of construction of the first
ship in FY 2019. The United States will achieve significant program benefits by aligning our
efforts with those of the United Kingdom’s Vanguard SSBN replacement program. The US and
UK are finalizing a cost sharing agreement.
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Foreign Military Sales
Our Navy also supports the development of partner capability and capacity through a
robust Foreign Military Sales (FMS) program. FMS is an important aspect of security
cooperation programs designed to improve interoperability, military-to-military relations, and
global security. Navy uses the FMS program to help build partner nation maritime security
capabilities through transfers of ships, weapon systems, communication equipment, and a variety
of training programs. Sales and follow-on support opportunities may also result in production
line efficiencies and economies of scale to help reduce USN costs. In the past year, Navy FMS
has worked with over 147 nations and international organizations, coordinating 2 ship transfers
and twenty five ship transfer requests, providing military training to over 12,000 international
military members, with total foreign military sales of roughly $6.8 billion. Congressional support
is key to the successful transfer of U.S. equipment to our partners. I thank you for your continued
support in this area.
Next Generation Enterprise Network (NGEN)
To pace the complex and adaptive techniques of potential adversaries, we need
survivable and persistent network communications that enable secure and robust means to
command and control our assets, and to use, manage, and exploit the information they provide.
These functions come together in cyberspace, a communication and warfighting domain that
includes fiber optic cables on the ocean floor, wireless networks, satellite communications,
computer systems, databases, Internet, and most importantly, properly trained cyber personnel to
execute cyberspace effects. Cyberspace presents enormous challenges and unprecedented
opportunities to shape and control the battlespace. Recent activities, such as the cyber attacks on
Georgia and Estonia last year, highlight the complex and dynamic nature of cyber threats.
Our Navy has provided cyber capabilities to the joint force for more than 11 years and we
continue to make security and operations in the cyberspace domain a warfighting priority. The
challenge we face today is balancing our need to collect and share information with our need to
protect against 21st century cyber threats. We are taking steps to effectively organize, man, train,
and equip our Navy for cyber warfare, network operations, and information assurance. We are
also working closely with Joint and interagency partners to develop offensive and defensive
cyberspace capabilities, infrastructure, experience, and access, rather than developing
independent, Navy-only capabilities.
As we move from the Navy-Marine Corps Intranet (NMCI) to the Next Generation
Enterprise Network (NGEN), the sophistication, speed, and persistence of cyber threats we
observe today makes it imperative that we continually improve our network capabilities, improve
our flexibility to adapt to changing environment, and maintain complete operational control of
the network. NGEN Block 1 is the follow-on to the existing NMCI contract that expires 30
September 2010. It replaces the services currently provided by NMCI and takes advantage of
lessons learned from that network. Future NGEN Blocks will upgrade services provided by
NMCI and the OCONUS Navy Enterprise Network. NGEN will also integrate with shipboard
and Marine Corps networks to form a globally integrated, Naval Network Environment to
support network operations. NGEN will leverage the Global Information Grid (GIG) and, where
possible, utilize DoD enterprise services. A comprehensive transition strategy is currently being
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developed to detail the approach for transition from NMCI to NGEN. I appreciate the support of
Congress as we execute a Continuity of Services Contract to assist in this transition.
Remain Ready to Fight Today
Our Navy is operating at its highest levels in recent years. As I testified last year, even as
our nation shifts its focus from Iraq to Afghanistan, our Navy’s posture, positioning, and
frequency of deployment remain high. Combatant Commanders recognize the value of Navy
forces to the current fight and to operations world-wide. We are meeting new needs for ballistic
missile defense in Europe and the Pacific, counter-piracy and maritime security in Africa and
South America, and humanitarian assistance in the Caribbean and Southeast Asia. Many of these
demands started as one-time sourcing requests and have evolved into enduring requirements for
Navy forces. As a result, we have experienced a significant difference between our budgeted and
actual Fleet operations from year to year, as well as an increase in maintenance requirements for
our Fleet as a result of its increased operational tempo.
We have been able to meet these requirements by relying on a combination of base
budget and contingency funding and the continuous readiness of our force generated by the Fleet
Response Plan (FRP). FRP allows us to provide continuous availability of Navy forces that are
physically well-maintained, properly manned, and appropriately trained to deploy for ongoing
and surge missions. Any future funding reductions or increased restrictions limit our Navy’s
ability to respond with as much flexibility to increased Combatant Commander demands worldwide.
Our bases and infrastructure enable our operational and combat readiness and are
essential to the quality of life of our Sailors, Navy civilians, and their families. I appreciate
greatly your enthusiastic support and confidence in the Navy through the inclusion of Navy
projects in the American Reinvestment and Recovery Act. The funding provided through the
Recovery Act addresses some of our most pressing needs for Child Development Centers,
barracks, and energy improvements. Our projects are prioritized to make the greatest impact on
mission requirements and quality of life. All of our Recovery Act projects meet Congress’ intent
to create jobs in the local economy and address critical requirements. These projects are being
quickly and prudently executed to inject capital into local communities while improving mission
readiness and quality of work and life for our Sailors and families.
I appreciate your support for the following initiatives:
Training Readiness
The proliferation of advanced, stealthy, nuclear and non-nuclear submarines, equipped
with anti-ship weapons of increasing range and lethality, challenge our Navy's ability to
guarantee the access and safety of joint forces. Effective Anti-Submarine Warfare (ASW)
remains a remarkably and increasingly complex, high-risk warfare area that will require
continued investment in research and development to counter the capabilities of current and
future adversaries.
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Active sonar systems, particularly medium frequency active (MFA) sonar, are key
enablers of our ability to conduct effective ASW. MFA sonar is the Navy’s most effective tool
for locating and tracking submarines at distances that preclude effective attack on our ships. We
must conduct extensive integrated training, to include the use of active sonar, which mirrors the
intricate operating environment present in hostile waters, particularly the littorals. This is of the
highest importance to our national security and the safety of our Sailors and Marines.
Over the past five years, Navy has expended significant effort and resources preparing
comprehensive environmental planning documentation for our at sea training and combat
certification activities. The Navy remains a world leader in marine mammal research, and we
will continue our robust investment in this research in FY 2010 and beyond. Through such
efforts, and in full consultation and cooperation with our sister federal agencies, Navy has
developed effective measures that safely protect marine mammals and the ocean environment
from adverse impacts of MFA sonar while not impeding vital naval training.
In overruling attempts to unduly restrain Navy’s use of MFA sonar in Southern
California training ranges, the Supreme Court cited President Teddy Roosevelt’s quote “the only
way in which a navy can ever be made efficient is by practice at sea, under all conditions which
would have to be met if war existed.” We can and do balance our responsibility to prepare naval
forces for deployment and combat operations with our responsibility to be good stewards of the
marine environment.
Depot Level Maintenance
Optimum employment of our depot level maintenance capability and capacity is essential
to our ships and aircraft reaching their expected service life. Depot maintenance is critical to the
safety of our Sailors and it reduces risk caused by extension of ships and aircraft past their
engineered maintenance periodicity. Effective and timely depot level maintenance allows each
ship and aircraft to reach its Expected Service Life, preserving our existing force structure and
enabling us to achieve our required capacity.
I have taken steps to enhance the state of maintenance of our surface combatants. In
addition to our rigorous self-assessment processes that identify maintenance and readiness issues
before our ships and aircraft deploy, I directed the Commander, Naval Sea Systems Command to
reinstate an engineered approach to surface combatant maintenance strategies and class
maintenance plans with the goal of improving the overall condition of these ships. Our Surface
Ship Life Cycle Maintenance Activity will provide the same type of planning to address surface
ship maintenance as we currently have for carriers and submarines.
Consistent, long term agreements and stable workload in both the public and private
sector are necessary for the efficient utilization of depots, and it is the most cost effective way to
keep our ships and aircraft at the highest possible state of readiness. Consistent with my intent to
drive our Navy to better articulate requirements and costs in all we do, we have rigorously
updated the quantitative models we use to develop our maintenance budgets, increasing their
overall fidelity. These initial editions of the revised maintenance plans have resulted in increased
maintenance requirements and additional costs. Our combined FY10 budget funds 96 percent of
the projected depot ship maintenance requirements necessary to sustain our Navy’s global
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presence. Our budget funds aviation depot maintenance at 100 percent for deployed squadrons
and at 87 percent for aviation maintenance requirements overall. I request the support of
Congress to fully support our baseline and contingency funding requests for our operations and
maintenance to ensure the safety of our Sailors and the longevity of our existing ships and
aircraft.
Shore Readiness
Our shore infrastructure enables our operational and combat readiness and is essential to
the quality of life and quality of work for our Sailors, Navy civilians, and their families. For
years, increased operational demand, rising manpower costs, and an aging Fleet have led our
Navy to underfund shore readiness and, instead, invest in our people, afloat readiness, and future
force structure. As a result, maintenance and recapitalization requirements have grown and the
cost of ownership for our shore infrastructure has increased. At current investment levels, our
future shore readiness, particularly recapitalization of our facilities infrastructure, is at risk.
In an effort to mitigate this risk in a constrained fiscal environment, we are executing a
Shore Investment Strategy that uses informed, capabilities-based investment decisions to target
our shore investments where they will have the greatest impact to our strategic and operational
objectives. I appreciate the enthusiastic support and confidence of Congress in the Navy through
the inclusion of Navy projects in the American Reinvestment and Recovery Act. Through the
Recovery Act, you allowed our Navy to address some of our most pressing needs for Child
Development Centers, barracks, dry dock repairs, and energy improvements. These Navy
projects are located in 22 states and territories and fully support the President’s objectives of
rapid and pervasive stimulus efforts in local economies. I am committed to further improvements
in our shore infrastructure but our Navy must balance this need against our priorities of
sustaining force structure and manpower levels.
Energy
Our Navy is actively pursuing ways to reduce our energy consumption and improve
energy efficiency in our operations and at our shore installations. Our emerging Navy Energy
Strategy spans three key areas, afloat and on shore: 1) an energy security strategy to make certain
of an adequate, reliable and sustainable supply; 2) a robust investment strategy in alternative
renewable sources of energy and energy conservation technologies; and 3) policy and doctrine
changes that are aimed at changing behavior to reduce consumption.
I will be proposing goals to the Secretary of the Navy to increase energy independence in
our shore installations, increase use of alternative fuels afloat and reduce tactical petroleum
consumption, and to reduce our carbon footprint and green house gas emissions. We are
leveraging available investment dollars and current technological advances to employ technology
that reduces energy demand and increases our ability to use alternative and renewable forms of
energy for shore facilities and in our logistics processes. This technology improves energy
options for our Navy today and in the future. Our initial interactions with industry and academic
institutions in public symposia over the past few months have generated an enthusiastic response
to our emerging strategy.
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United Nations Convention on the Law of the Sea
The Law of the Sea Convention codifies navigation and overflight rights and high seas
freedoms that are essential for the global mobility of our armed forces. It directly supports our
National Security interests. Our current non-party status constrains efforts to develop enduring
maritime partnerships, inhibits efforts to expand the Proliferation Security Initiative, and elevates
the level of risk for our Sailors as they undertake operations to preserve navigation rights and
freedoms, particularly in areas such as the Strait of Hormuz and Arabian Gulf, and the East and
South China Seas. Accession to the Law of the Sea Convention remains a priority for our Navy.
Develop and Support Our Sailors and Navy Civilians
Our talented and dedicated Sailors and Navy civilians are the critical component to the
Navy’s Maritime Strategy. I am committed to providing the necessary resources and shaping our
personnel policies to ensure our people are personally and professionally supported in their
service to our nation.
Since 2003, the Navy’s end strength has declined by approximately 10,000 per year
aiming for a target of 322,000 Active Component (AC) and 66,700 Reserve Component (RC)
Sailors. While end strength declined, we have increased operational availability through the Fleet
Response Plan, supported new missions for the joint force, and introduced the Maritime Strategy.
This increased demand includes maritime interdiction, riverine warfare, irregular and cyber
warfare, humanitarian and disaster relief, an extended individual augmentee requirement in
support of the joint force, and now, counter-piracy.
To meet increased demands, maintain required Fleet manning levels with minimal risk,
and minimize stress on the force, we have transitioned from a posture of reducing end strength to
one of stabilizing the force. We anticipate that we will finish this fiscal year within two percent
above our authorized level.
The FY10 budget request supports an active component end strength of 328,800. This
includes 324,400 in the baseline budget to support Fleet requirements, as well as increased
capacity to support the individual augmentee missions. The budget also supports the reversal of
the Defense Health Program military-to-civilian conversions as directed by the Congress. The
FY 2010 budget also requests contingency funding for individual augmentees supporting the
joint force in non-traditional Navy missions. To maintain Fleet readiness, support Combatant
Commanders, and to minimize the stress on the force, our Navy must be appropriately resourced
to support this operational demand.
I urge Congress to support the following manpower and personnel initiatives:
Recruiting and Retention
Navy has been successful in attracting, recruiting, and retaining a highly-skilled
workforce this fiscal year. The FY10 budget positions us to continue that success through FY10.
We expect to meet our overall officer and enlisted recruiting and retention goals, though we
remain focused on critical skills sets, such as health professionals and nuclear operators.
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As demand for a professional and technically-trained workforce increases in the private
sector, Navy must remain competitive in the marketplace through monetary and non-monetary
incentives. Within the health professions, Navy increased several special and incentives pays,
and implemented others, targeting critical specialties, including clinical psychology, social work,
physician assistant, and mental health nurse practitioners. We are also offering mobilization
deferments for officers who immediately transition from active to reserve status. We have
increased bonuses and other incentives for nuclear trained personnel to address an increasing
demand for these highly-trained and specialized professionals in the private sector.
We continually assess our recruiting and retention initiatives, taking a targeted
investment approach, to attract and retain high-performing Sailors. We appreciate Congressional
support for the Post-9/11 GI Bill. Navy’s goal is to maintain a balanced force, in which seniority,
experience, and skills are matched to requirements.
Total Force Integration
Navy continues to invest in Navy Reserve recruiting, retention and training while
achieving Total Force integration between active and reserve components. The Navy Reserve
Force provides mission capable units and individuals to the Navy and Marine Corps team
through a full range of operations. Navy’s goal is to become a better aligned Total Force in
keeping with Department of Defense and Department of the Navy strategic guidance, while
providing fully integrated operational support to the Fleet. Navy continues to validate new
mission requirements and an associated Reserve Force billet structure to meet future capability
requirements. Navy has leveraged incentives to best recruit Sailors within the Total Force and is
developing and improving programs and policies that promote a continuum of service through
Navy Reserve affiliation upon separating from the active component. Navy is removing barriers
to ease transition between active and reserve components and is developing flexible service
options and levels of participation to meet individual Sailor ability to serve the Navy throughout
a lifetime of service.
Sailor and Family Continuum of Care
Navy continues to provide support to Sailors and their families, through a "continuum of
care" that covers all aspects of individual medical, physical, psychological, and family readiness.
Through an integrated effort between Navy Medicine and Personnel headquarters activities and
through the chain of command, our goal is reintegrating the individual Sailor with his or her
command, family, and community.
Our Navy and Coast Guard recently signed a memorandum of agreement for the Coast
Guard to share the services provided by the Navy Safe Harbor Program. The program is
currently comprised of approximately 375 lifetime enrollees and 217 individuals receiving
personally-tailored care management. It provides recovery coordination and advocacy for
seriously wounded, ill, and injured Sailors and Coast Guardsmen, as well as a support network
for their families. We have established a headquarters support element comprised of subject
matter expert teams of non-medical care managers and recovery care coordinators, and Reserve
surge support to supplement field teams in mass casualty situations.
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We have also developed the Anchor Program, which leverages the volunteer services of
Navy Reserve members and retirees who assist Sailors in reintegrating with family and
community. Navy recently institutionalized our Operational Stress Control (OSC) Program
which provides an array of initiatives designed to proactively promote psychological resilience
and sustain a culture of psychological health among Sailors and their families. We are
developing a formal curriculum which will be integrated into the career training continuum for
all Sailors throughout their Navy careers.
Active and Reserve Wounded, Ill and Injured
Navy Medicine continues to assess the needs of wounded, ill and injured service
members and their families. In 2008, Navy Medicine consolidated all wounded, ill and injured
warrior healthcare support with the goal of offering comprehensive implementation guidance, the
highest quality and most compassionate care to service members and their families. As of
October 2008, 170 additional clinical care managers were assigned to military treatment facilities
(MTFs) and ambulatory care clinics caring for approximately 1800 OIF/OEF casualties. Over
150 clinical medical case managers at Navy MTFs advocate on behalf of wounded warriors and
their family members by working directly with the multi-disciplinary medical team caring for the
patient.
The Navy recognizes the unique medical and administrative challenges faced by our
Reserve Wounded Sailors when they return from deployment, and we know their care cannot
end at the Military Treatment Facility (MTF). In 2008, we established two Medical Hold Units
responsible for managing all aspects of care for Reserve Sailors in a Medical Hold (MEDHOLD)
status. Co-located with MTFs in Norfolk and San Diego, these units are led by Line Officers
with Senior Medical Officers supporting for medical issues. Under their leadership, case
managers serve as advocates who proactively handle each Sailor's individualized plan of care
until all medical and non-medical issues are resolved. We have reduced the numbers of Sailors in
the MEDHOLD process and the length of time required to resolve their cases. The RC
MEDHOLD program has become the single, overarching program for providing prompt,
appropriate care for our Reserve Wounded Sailors.
Traumatic Brain Injury (TBI)
TBI represents the defining wound of OIF/OEF due to the proliferation of improvised
explosive devices (IED). The Department of the Navy has implemented a three-pronged strategy
to increase detection of TBI throughout the deployment span, which includes mental health
stigma reduction efforts, lowering the index of suspicion for TBI symptoms and improving
seamless coordination of screening, detection and treatment among line and medical leaders.
Navy Medicine continues to expand its efforts to identify, diagnosis and treat TBI. The traumatic
stress and brain injury programs at National Naval Medical Center (NNMC) Bethesda, Naval
Medical Center San Diego (NMCSD), Naval Hospital (NH) Camp Pendleton, and NH Camp
Lejeune are collaborating to identify and treat service members who have had blast exposure.
Furthermore, Navy Medicine has partnered with the Line community to identify specific
populations at risk for brain injury such as front line units, SEALS, and Navy Explosive
Ordinance disposal units.
18
Psychological Health
The number of new cases of Post Traumatic Stress Disorder (PTSD) in the Navy has
increased in the last year, from 1,618 in FY 2007 to 1,788 in FY 2008 and we have expanded our
efforts to reach out to service members. We continue to move mental health providers closer to
the battlefield and remain supportive of the Psychologist-at Sea program. Incentives for military
mental health providers have also increased to ensure the right providers are available. We are
actively working to reduce the stigma associated with seeking help for mental health. Our
recently established Operational Stress Control (OSC) program implements training and tools
that line leadership can use to address stigma. Since inception, OSC Awareness Training, which
included mental health stigma reduction, has been provided to over 900 non-mental health care
givers and 16,000 Sailors including over 1,395 at Navy's Command Leadership School and
Senior Enlisted Academy.
Diversity
We have had great success in increasing our diversity outreach and improving diversity
accessions in our ranks. We are committed to a Navy that reflects the diversity of the nation in
all specialties and ranks by 2037. Through our outreach efforts, we have observed an increase in
NROTC applications and have increased diverse NROTC scholarship offers by 28 percent. The
NROTC class of 2012 is the most diverse class in history and, with your help through
nominations, the U.S. Naval Academy class of 2012 is the Academy’s most diverse class in
history. Our Navy is engaging diversity affinity groups such as the National Society of Black
Engineers, Thurgood Marshall College Fund, Society of Hispanic Professional Engineers,
American Indian Science and Engineering Society, Mexican American Engineering Society, and
the Asian Pacific Islander American Scholarship Fund to increase awareness of the opportunities
for service in the Navy. Our engagement includes Flag attendance, junior officer participation,
recruiting assets such as the Blue Angels, direct Fleet interaction. We have also established
Regional Outreach Coordinators in Atlanta, Chicago, Houston, Los Angeles, and Miami to build
Navy awareness in diverse markets.
As we continue to meet the challenges of a new generation, the Navy is already being
recognized for our efforts through receipt of the Work Life Legacy Award (Families and Work
Institute), the Work Life Excellence Award (Working Mother Media), Most Admired Employer
(U.S. Black Engineer and Hispanic Engineer Magazine), and Best Diversity Company
(Diversity/Careers in Engineering and IT).
Life-Work Integration
Thank you for your support of our Navy’s efforts to balance work and life for our Sailors
and their families. You included two important life-work integration initiatives in the FY 2009
National Defense Authorization Act (NDAA) in which our Sailors have consistently expressed
strong interest. The NDAA authorized 10 days of paternity leave for a married, active duty Sailor
whose wife gives birth to a child, establishing a benefit similar to that available for mothers who
receive maternity leave and for parents who adopt a child. The NDAA also included a career
intermission pilot program, allowing participating Sailors to leave active duty for up to three
years to pursue personal and professional needs, while maintaining eligibility for certain medical,
dental, commissary, travel and transportation benefits and a portion of basic pay. In addition to
these new authorities, Navy is also exploring other life-work integration initiatives, such as
19
flexible work schedules and telework in non-operational billets through use of available
technologies such as Outlook Web Access for e-mail, Defense Connect Online, and Defense
Knowledge Online for document storage and virtual meetings. The Virtual Command Pilot,
implemented within the Total Force Domain for an initial group of officers, will allow
individuals to remain in their current geographic locations while working for parent commands
located elsewhere within the U.S.
Education
We recognize the importance both to the individual and to our mission of providing a
life-long continuum of learning and development. Education remains a critical component of this
continuum. The Navy’s Professional Military Education Continuum, with an embedded Joint
Professional Military Education (JPME) component, produces leaders skilled in maritime and
joint planning. Additionally, we offer several college-focused incentives. Tuition assistance
provides funds to individuals to pay for college while serving. The Navy College Fund provides
money for college whenever the Sailor decides to end his or her Navy career. The Navy College
Program Afloat College Education (NCPACE) provides educational opportunities for Sailors
while deployed. Furthermore, officers are afforded the opportunity to pursue advanced education
through the Naval Postgraduate School (NPS), NPS distance learning programs, the Naval War
College, and several Navy fellowship programs. In addition, our Loan Repayment Program
allows us to offer debt relief up to $65,000 to recruits who enlist after already earning an
advanced degree. The Advanced Education Voucher (AEV) program provides undergraduate
and graduate off-duty education opportunities to selected senior enlisted personnel as they pursue
Navy-relevant degrees. The Accelerate to Excellence (A2E) program, currently in the second
year of a three-year pilot, combines two semesters of education completed while in the Delayed
Entry Program, one semester of full-time education taken after boot camp, and college credit
earned upon completion of “A” school to complete an Associates Degree. The Navy
Credentialing Opportunities Online (COOL) program matches rate training and experience with
civilian credentials, and funds the costs of credentialing and licensing exams. As of the end of
March 2009, there have been more than 35 million visits to the COOL web site, with more than
13,000 certification exams funded and approximately 8,500 civilian certifications attained.
Conclusion
Despite the challenges we face, I remain optimistic about the future. The men and
women, active and reserve, Sailor and civilian, of our Navy are extraordinarily capable,
motivated, and dedicated to preserving our national security and prosperity. We are fully
committed to the current fight and to ensuring continued US global leadership in a cooperative
world. We look forward to the upcoming Quadrennial Defense Review, which will address how
we can best use our military forces to meet the complex and dynamic challenges our nation faces
today and will face in the future. We have seen more challenging times and emerged prosperous,
secure, and free. I ask Congress to fully support our FY 2010 budget and identified priorities.
Thank you for your continued support and commitment to our Navy, and for all you do to make
the United States Navy a force for good today and in the future.
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"He that would make his own liberty secure must guard even his enemy from oppression; for if he violates this duty he establishes a precedent that will reach to himself."

~ Thomas Paine, A Dissertation on the First Principles of Government, 1795
Satyagraha
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« Reply #72 on: July 13, 2009, 04:49:31 PM »

This MIGHT be the transcript - didn't see on on CSpan... but same date...

Chief of Naval Operations
Adm. Gary Roughead
Ogilvy Public Relations Worldwide “Thought Leaders Breakfast”
June 30, 2009

Thanks. It really is a pleasure to be here with you today and I really look forward to getting to your questions. For me in some recent events to include the session up in Newport, our Current Strategy Forum, that Rob was referring to, I mentioned the need for naval debates to enter the public discourse and little did I know that my very efficient public affairs officer would have me in front of a PR firm about two weeks after I said that.

But one could think that simply the things that we have and what we do globally would be enough to tell our story -- Movies like “Top Gun,” which I know when it came out the Secretary of the Army made a comment to the Secretary of the Navy. He said “Gosh, I don’t know what you guys are doing right – you get “Top Gun” and I got “Full Metal Jacket.”

But to many of our citizens our oceans are really transparent, and they don’t seem to play much of a role in every day lives. Paradoxically, while the oceans may seem unimportant and invisible – they really are essential to everything we do. If you walk into a Wal-Mart or I would venture to say even the shop that’s just outside the entrance to this building, if you were to walk in there and scan around, almost everything in there, in whole or in part, had to come from across the seas. And I’ve often said that the oceans are like air: they’re essential until you don’t have them and then it becomes a problem. And for me I sum up the importance of the oceans really in three words: It’s commerce, it’s communications and it’s resources.

It’s commerce because about 90 percent of all the trade that takes place in the world is moving on the oceans and it’s communications because about 95 percent of intercontinental communications move on the ocean floor -- not off the satellites that you often see in the PowerPoint slides of lightning bolts moving around. And that communication that’s on the ocean floor represents about $3.2 trillion of trade that’s taking place. And it’s resources because about 65 percent of the known oil reserves and about 35 percent of the known gas reserves are resident or exist in the littoral area of the continents of the world and that’s not to even mention things like tidal power and wind power and power that I believe in the future will be derived from things such as algae. And unfortunately, although while we may agree that the oceans are important for the reasons I listed, I think the American people don’t have a full or a good appreciation of what that the Navy is doing every day. And I’d like to just talk about that a little bit if I could.

We still have the fire power that people can conjure up from the old Victory at Sea movies. Our Navy is still quite capable of doing that. But everyday, our Sailors are out carrying out what I call the six core capabilities that we set forth in our maritime strategy almost two years ago. And those capabilities are in some ways much of what we’ve been doing over the years, but there have been some additions. The capabilities that I planned for and think about all the time for our Navy and that we’ve called out for our Navy to be: to be a forward Navy, to be globally deployed, to be out and about in this vast maritime domain that you see up here. To be a Navy that has the capability and the capacity to be a deterrent force. To deter potential adversaries but also to assure friends and partners. To be a Navy that can project power; and that power projection can come from airplanes off  of our aircraft carriers, it can be missiles off of our combatants and our submarines, or it can be in the form of Marines off of our amphibious ships. To be able to provide for sea control, to control areas of ocean of the size and place where the Commander in Chief may call for that to be done. It’s also to be able to provide for maritime security, much as what you see happening off the coast of Somalia. But it’s also to respond to disasters as we have done throughout our history. And, in recent years a new addition to our capability -- that’s to provide proactive humanitarian assistance, much like we’re doing with our hospital ship that’s operating in Central America today. So those are the missions and that’s what our Sailors do. That is a very flexible force. That is the United States Navy today.

In a way as I said, many of those things we’ve been doing as a Navy for almost two centuries. In our history, quite frankly, is less the cataclysmic sea battles than it is being out and about, looking out for our nation’s interests. Today 62,000 Sailors are deployed around the world and 51 percent of our ships are at sea. Four of our aircraft carriers are deployed: three in the Pacific and one in the Central Command area of operations. Each one of those ships is 97,000 tons of American sovereignty, a sovereign American base, able to be moved anywhere in the world. And it’s more than a floating runway – it’s a floating base, a sovereign base from which that instrument of American power is equipped and maintained. It’s from that ship that is operating in the Indian Ocean, that 46 percent of the fixed-wing sorties, fixed-wing airplane sorties, flying over Afghanistan in support of our troops are coming off that aircraft carrier. It’s also a floating base that can flex from that type of power projection to being a base that can be the foundation of the largest humanitarian relief operation that has ever taken place in history. And that’s exactly what happened in December of 2004 when the tsunami swept through Southeast and South Asia. It was the aircraft carrier Abraham Lincoln that was quietly at port in Hong Kong on a routine visit over the Christmas holidays, on a Sunday. And by Saturday she was providing 50,000 pounds of food and water a day into the tsunami affected area in Indonesia.

That event also led us to adjust our strategy I think in a very significant way. As I’d said we had been responding to disasters throughout our history but we said, “Well let’s see what we can do proactively.” And we began a series of humanitarian missions that to date, in the four years in which we have been conducting them, have touched 409,000 patients from our ships. That’s in South America, the Pacific and in Africa. And if you consider the 409,000 patients – that’s like going to the Verizon Center, packing the house and then having doctors treat each one of the people in the Verizon Center 20 times. That is not an insignificant contribution that our people are making. But it’s not just our aircraft carriers. It’s our cruisers and destroyers who are out and about – the workhorses of our fleet as I like to call them, and they’re flexing from the high end of warfare to the low end of warfare. They’re in the Gulf of Aden patrolling an area that’s four times the size of Texas against pirates. And there are destroyers like the USS Bainbridge which took a sizeable detachment of SEALs aboard, complete with all their equipment, staged them at sea and enabled the perfect save of Captain Phillips from the Maersk Alabama.

There are the cruisers and destroyers that are in the Western Pacific and in the Middle East providing ballistic missile defense. It’s the destroyers that simultaneously for the last couple of weeks have been operating off the East and the West coast of Africa as part of our Africa Partnership Station delivering aid, and working with other nations there on maritime security issues. They are in the South Pacific participating in the 15th Cooperation for Afloat Readiness and Training Exercise with Singapore, the Philippines, Malaysia, Thailand and Indonesia. They’re in the Arabian Gulf protecting the sea lanes that are so critical there. And indeed the world’s most important choke point, the Strait of Hormuz, which is the passage through which so much of the world’s crude passes. Below the surface are our submarines doing some of the most sensitive and important intelligence work for our nation and maintaining a stealthy and reliable and potent striking power for the nation should it be called upon. And above the water, our very capable and flexible airplanes. Not unlike the old venerable P-3, an antisubmarine warfare plane, that we are literally flying the wings off; not chasing submarines, but rather chasing insurgents who are planting improvised explosive devices in Iraq and in Afghanistan.

Now that’s the stuff that we have that is so important to us, but that’s not our most important resource. The most important thing we have are our Sailors, our people. And one aspect of our operations today is the fact that we have 14,000 Sailors on the ground in the Middle East: in Iraq, Afghanistan, and the Horn of Africa. That’s more Sailors than we have at sea; we have 10,000 at sea today. Since 9-11, we have deployed individually 78,000 Sailors into Iraq and Afghanistan. Sailors who had been serving on ships, submarines and airplanes but who are now into the fight, supporting our ground forces there. Clearly our SEALs have a large presence in the Middle East, in Iraq and Afghanistan. But as you saw it was the SEALs that performed the rescue of Captain Phillips. We have construction battalions, we call them Seabees, who not only are in the fight in Iraq and Afghanistan but they’re also part of our humanitarian missions around the world. Our Sailors are serving in Provincial Reconstruction Teams. In fact, last December I was in Afghanistan on a very cold mountain talking to a Provincial Reconstruction Team leader who happened to be a nuclear submariner, and who had been driving a nuclear submarine around a few short months before. We have Navy doctors who are distributed on the ground with our ground forces, but they’re also on ships around the world with our Sailors, and they’re also key in our humanitarian assistance efforts around the world.

In every ocean, on every continent, you will find American Sailors in our ships, in our aircraft, or sometimes operating by themselves alone. Or even in Operation Deep Freeze in Antarctica and I can attest personally of the Sailors that were under the ice on the USS Annapolis in the Arctic when I visited them a couple of months ago. So in a way you can see that we’re a little bit of an everything force and what some I think have called a hybrid force. It’s conventional, it’s irregular, but most importantly, it’s both at the same time wherever the nation needs it to be.

We must be flexible we must be able to operate in that way. The world is more interconnected than it ever has been before. The time and pace of operations today, compared to when I began my career, are lightning fast and they’re only going to get faster. And it isn’t good enough that we get there. We in this very interconnected world have to be there when things happen. And that interconnectedness is also going to become increasingly fragile. And it’s going to be easily disrupted in what I believe is going to be a more disordered world. And we can see the disruption that’s just caused by a few teenage pirates operating off the coast of Somalia. I refer to them as our old foes because if you look back at history it was the pirates in Africa that were the reason for the founding of the United States Navy. So what goes around comes around and we’re back at it again.

Demographic pressures are also going to add to some of the challenges of the future. If you consider that the population in the urban areas in 2050 will be the same as the world population in 2004. So you can see that just the urban areas are going to grow. Seven of the 10 largest cities are going to be on or near the coast. And you’re going to see that demographic press down near the coastal areas. Resource competition is going to heat up for water, fish and arable land. Climate change is going to affect our weather patterns and it’s going to affect the ice caps which in turn will affect transit routes and so all that is going to change. And beyond all of that we also face the challenges of proliferation and as I mentioned that no conflict will ever again in my mind be high-end or low-end, hybrid really is the word du jour, but it’s more than a word du jour. It really is what our future will be.

We see proliferation of advanced weapons, submarines – the population of world submarines is expected to increase 280 in the next two decades. We’ve seen how a group like Hezbollah can have an advanced anti-ship cruise missile. So again I’m not sure that we will ever be able to get into an environment and say that it’s either low-end or high-end anymore. What was once kind of remote and not of great interest as far as battlefields go, they’re opening up. I talked about the littoral areas – they will become more important as the demographic presses in as there is a competition for resources, and as maritime trade continues to connect the world together. We’re going to see cyberspace open up very quickly and then the undersea domain where the competition for resources I believe will become more important.

The ability to influence world events, therefore, is going to be more important that we do that from the sea and it clearly is an important option for our country to have. Especially because in the future a small footprint on someone else’s sovereign soil will become even more sensitive. Between 2001 and 2010, one-third of permanent overseas military personnel are planned to return to the continental United States. And when those forward bases and those folks go away, American presence can not go away with it. And it will go from a land-based presence to a maritime-based presence.

All of this, our strategies and operations, and the growing trends and the importance of the maritime option will affect the shape and structure of our force. What I want to do is just pop up a slide here. While the dots appear to be fairly large, it’s just a representation of where our ships are today. Each one of those dots represents the ships. We’ve clustered the submarines because we never show where those submarines are. But if you look at that, there are about 142 of them there and that’s a pretty good spread. But you can also see the global reach that that fleet provides the nation. But if you look at the yellow dots, those are areas where combatant commanders have asked for more capacity or more numbers. And we simply don’t have the force structure to provide that. So it will be increasingly important that as we move forward we look at ways to be able to meet the capacity demands that are being called for and as you can also see 14,000 Sailors on the ground in Iraq and Afghanistan. Because even as you look at this and you can talk about increases in capabilities on the ships that we have. One ship can be in one place at one time. Those are the laws of physics as best as I can tell. I think about the capacity of our carriers. As I said we have four deployed, but in order to keep those four deployed there have to be others in the pipeline ready to move, training, preparing, outfitting, repairing, getting ready to go forward. I think about that. I think about the capacity of Naval aviation. I talked about the fact that we're using our antisubmarine warfare planes very effectively in the hunt for improvised explosive devices and insurgents, but they're also in demand for antisubmarine warfare needs globally. I think about amphibious lift and the reason I believe that’s important is because of this issue of the sensitivity of sovereignty. And the need to be able to be there, but not be there will become increasingly important. And I think about the capacity of the workhorses: the combatants, the cruisers and the guided missile destroyers that I talked about earlier. And the littoral combat ship which I’m very pleased to say we’ve turned the corner on that important capability for our Navy. But capability will become important, will remain important and that capability will be how do you address and how do you work in this hybrid environment in which we will live and operate?

I believe that the high-end capability can go low but the low-end can’t go high all the time. We saw the range of the guided missile destroyer from providing ballistic missile defense to rescuing Captain Phillips. That’s a pretty good spread and a pretty good investment and a versatile investment that we have. But we see demands from our combatant commanders for increased maritime ballistic missile defense, increased numbers of submarines and increased intelligence, surveillance and reconnaissance. And as I mentioned before, for us flexibility while we’re deployed, while we’re spread globally is very important because when a situation develops, you don’t go home to get your gun. You have to be there, ready to respond with the kit that you have and the training that you have provided your Sailors before they go forward.

The challenges to get to a force structure that can service the world that we’re going to live in is going to be challenging -- there’s no question about that. It’s going to require solutions that gives our Sailors the advantage in any fight. I often say that I never want an American Sailor in a fair fight. They always have to be in the advantaged position. And as Secretary Gates has said the solutions will not always be exquisite. And for that reason, you’ve seen some discipline and some decisions that we have made recently in our program. For example truncating the DDG 1000 destroyer – an extraordinarily well-run program, a technologically advanced ship, but that’s not what the combatant commanders are asking for or where we see the trends developing. We made the difficult decision early in the LCS program to cancel two ships. That was important because I believe had we not done that it would’ve jeopardized the rest of the program. I recently made the decision to cancel a weapons development program that we had been pumping money into for years and had nothing to show for it. We’ve recently cancelled an unmanned underwater vehicle that was following the same pattern. A lot of money in and no capability out and I will not hesitate for an instant to make those types of decisions to deliver the force that our Sailors need for tomorrow.

And more important than all of the stuff that I talk about are our Sailors. They are the key ingredient as to why we are the effective Navy that we are. For the first time we have used the all-volunteer force in a protracted fight and we are learning a lot from it. But I will tell you that the Navy that I serve in today is the best Navy in which I have ever served because of the men and women who are out and about doing the types of things that I’ve mentioned.

And operating and compensating that force is very different than it was when I came in the Navy. We can’t compel service as we did back in the days of the draft. We can attract, we can encourage and we can convince -- and it’s important because only 28 percent of young people in the United States qualify for military service. So the importance of being able to attract, and recruit and retain those fine Americans is increasingly important.

And retaining and recruiting that force is much more expensive. If you consider in the period between 1990 and 1995 a midgrade petty officer, an E-5 is what we call them, the pay scale for that petty officer between 1990 and 1995 increased $85 in five years. Between 2000 and 2005, that pay raise was $11,000. So the nature of the force that we’re dealing with today and the compensation that is required, and that doesn’t even get into covering things such as medical, and housing and retirement costs, is a very different set of issues than we’ve had in the past. But that is what we must do to have the type of Navy that we have today.

And I think what you can see from these brief remarks is that your Navy is out and about, it is busy, it is global, it is delivering on those six capabilities that we addressed in our maritime strategy. The strategy is just not a piece of shelf ware. Look around the world and you can see your Navy doing that. The decisions that we’re going to make in the future are going to be key to the type of Navy the nation has to protect its interests globally. I look forward to being involved in that discussion and that debate and I welcome the opportunity today to have that discussion with you and hear your thoughts and questions that you may have. I thank you for your time.

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"He that would make his own liberty secure must guard even his enemy from oppression; for if he violates this duty he establishes a precedent that will reach to himself."

~ Thomas Paine, A Dissertation on the First Principles of Government, 1795
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« Reply #73 on: July 13, 2009, 04:59:32 PM »


There is a photo ^^^way up there of a swarm^^^^  that is the nanos isn't it.  I am saying for the last time.  I really think we ought to be reading all of Traitorous Tom Clancy novels.  Much of this has been covered in all his books except The Hunt For Red October I really do believe after the publication of that he was given carte blanche access to info to write into his subsequent books for predictive programming.


Are you familiar with Tom Clancy's net force series? I have not read any of them but just looking through the descriptions of a lot of them it seems as though there is some definite cyber-security predictive programming
Like these,
"Russian hacker Vladimir Plekhanov is wreaking havoc using computers, to gain money from security contracts. With the money, he plans to buy governments so he will be rich and powerful. Net Force eventually track him down and capture him in a daring mission to Chechnya. As Director Steve Day was assassinated, Alex Micheals is made as Commander of Net Force." (Tom Clancy's Net Force)

"Peter Bascoomb-Coombes, a brilliant scientist, has created a quantum computer capable of breaking into supposedly secure places. He puts Net Force's best programmer, Gridley, out of action by inducing a stroke over the 'Net. The action takes place in England and Net Force eventually apprehend or kill the people involved." (Tom Clancy's Net Force Book #3 Night Moves)

"Morrison, another great scientist, uses Extremely Low Frequencies (ELF) to turn large groups of people mad, so they start attacking each other. The Chinese are prepared to pay $400 million for his information and Morrison is prepared to deal. He hires Ventura, an assassin turned bodyguard, to protect him. In a tense finale, both Morrison, Ventura and the Chinese negotiator die, and the secret is lost forever." (Tom Clancy's Net Force Book #4 Breaking Point)

"CyberNation is an online world where people live and pay taxes. A controversial idea, it needs a lot more support before Congress will recognise it as a "real" state. Using a team of programmers, they launch attacks on the web that convince people that their ISP is unreliable, thus convincing them to join CyberNation. Net Force stop them before their main attack, but CyberNation does not go down." (Book #6 Cybernation)

"A top secret Pentagon wargame is hacked. Only Net Force has the expertise to track down the culprit, but they are tied up with other priorities. Due to shifting budget priorities, Net Force is moved onto the DoD budget. That means that as a military operation, they can now give top priority to the Pentagon's problem. They soon make a connection between the attack and a Chinese general in Macau." (Tom Clancy's Net Force #9 Springboard)

There is also a young adult Netforce series.
more info here http://en.wikipedia.org/wiki/Tom_Clancy%27s_Net_Force
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luckee1
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« Reply #74 on: July 13, 2009, 05:04:07 PM »

Ok,

A-I, Pilikia, Ironbot, Jesqueal, Sane, Biggs, and those whose names do not come immediately to mind (sorry brain hurts) All Y'all who have all this damning evidence:  Do you all keep copies in files of all your postings? 

This is what I am after:  I want to down load all of this evidence (not the random speculation from members like me)  that has been posted.

I want copies of all this.  I will need to know how big each file is of course.  As Alex does with his documentaries 'copy share' I want to do with these files.  I will stay enslaved to this f**king job to get a pay check so as to buy flash drives so as to copy and send to those who will be able to understand and use the information in it to prosecute these murdering bastards.  I do anticipate the net being taken down.  I want to prepare for that eventuality. 

My forwarding this via email to friends and relatives will not cut it.  PM me so we don't cloud this thread?
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ridebmx
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« Reply #75 on: July 13, 2009, 05:09:09 PM »

Cant wait to get my Implantable wireless brain interface Angry
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« Reply #76 on: July 13, 2009, 05:35:36 PM »

Not to get off topic and go all crazy and what not... but could these Canadian's have spotted one of the "Family of Expendables" drones, the yellow disc looking one with the list of "Close-in ISR" and "Expendable Jammers" "Lethal" etc. listed next to the picture of it. In this video, the thing flying by them pretty much almost exactly resembles whats in the image on that chart A_I posted. Just curious is all... http://www.youtube.com/watch?v=6Y-q5JwlDvQ
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« Reply #77 on: July 13, 2009, 06:18:47 PM »

I imagine that absolute chaos would ensue if the internet was taken down. Think of how integrated every level of our society has become with the internet. What a nightmare that would be.

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JesusItrustinYou
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« Reply #78 on: July 13, 2009, 06:26:48 PM »

Cant wait to get my Implantable wireless brain interface Angry
Just in time for Christmas.  Ordered two for the kids! Grin
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« Reply #79 on: July 13, 2009, 07:28:45 PM »

Thank you for the info.
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