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Friday, March 21, 2008

Northrop Crafts Multimission N-UCAS

http://www.aviationweek.com/aw/generic/story_channel.jsp?channel=defense&id=news/NUCAS032108.xml&headline=Northrop%20Crafts%20Multimission%20N-UCAS

Mar 21, 2008
David A. Fulghum/Aerospace Daily & Defense Report
 
Northrop Grumman officials are promoting their unmanned strike aircraft being designed for the U.S. Navy as a “first-generation” unmanned combat aerial system (UCAS) with capabilities that include early missile defense intercepts.

The initial platform for a new strike fighter design is based on the company’s X-47B, but Northrop researchers are actually assembling an internal system that could fit into a variety of airframes, according to Scott Winship, vice president and program manager of Navy UCAS. The aircraft would incorporate “marinized low observability” and air-to-air refueling as well as advanced sensors, targeting and weapons.

However, Winship contends that a mix of fifth-generation Lockheed Martin F-35s and Northrop’s UCAS would be a far more powerful combination than Boeing Super Hornets teamed with the UCAS because of the F-35’s ability to penetrate foreign air defenses in combination with the unmanned aircraft.

Boost phase

With surprising candor, Winship identified important new capabilities for the unmanned strike aircraft including boost-phase intercept (BPI) of enemy ballistic missiles soon after launch and the carriage of new, compact, directed-energy weapons. He said options will include both laser and high-power microwave (HPM) weapons. Lasers are seen as a key BPI weapon while HPM is critical to electronic attack.

The new design also will address the U.S. military’s fading electronic-attack (EA) capability. The Air Force has failed to come up with a new EA capability for the near term, and by 2012, the Navy will retire its EA-6B Prowlers, which now provide that capability to the expeditionary air forces.

“The Navy is going to be out of the EA-6B business,” says Capt. Steve Kochman, manager of the EA-6B program. “There are ways the [Air Force need] can be filled, [but] I’m not endorsing any of them.” So, for now the program of record has the Navy stepping out of the Air Force mission and a replacement capability has not been approved. “Something will have to be worked out,” he said.

Next-gen stealth

“Broadband, all-aspect stealth is next-generation,” which is reflected in the cranked-kite, tailless X-47B design, Northrop’s Winship said. “It is also sensors – signals and electronic intelligence – and directed energy.” Conformal antenna arrays – eight on the top side of the aircraft and eight below – will also contribute to low observability and provide 360-degree coverage.

Advanced air-to-air missiles are being studied as part of the BPI mission as well as directed energy and rechargeable weapons that could be carried as palletized units sized for the weapons bays’ 4,500-pound payload carrying capability. Alternative weapons bay doors would be fitted with apertures for the directed energy weapons.

Northrop designers are looking for an aircraft that can fly 50-100 hour missions and that can go into the toughest, so-called fourth zone of enemy air defenses.

Navy and Marine Corps electronic warfare requirements officials later described the mission as “stand-in [jamming, electronic attack or strike] within a surface-to-air missile’s no escape zone.”

 
 

SIGINT battle - U.S. Navy gears up for long-awaited EPX intel aircraft competition

http://www.c4isrjournal.com/story.php?F=3146195

The U.S. Navy has asked U.S. defense contractors to design and
ultimately build a new signals intelligence (SIGINT) platform to replace
the service's aging fleet of Lockheed Martin EP-3E Aries II turboprops.
Although the number of aircraft in the potential "EPX" order is
relatively small by U.S. procurement standards - 14 to 24 is a popular
estimate - the final selection could have a significant influence on how
first-tier militaries conduct maritime surveillance for decades to come.

Not only will EPX be the newest Navy aircraft devoted to eavesdropping
on enemy communications, it also will be the first to serve as the
SIGINT element of a networked ISR system incorporating manned and
unmanned aircraft, satellites, ground stations and surface combatants.
Detailed technical requirements are closely held, although the Naval Air
Systems Command (NAVAIR) revealed the basic considerations to
prospective bidders at a recent EPX industry day conducted at Naval Air
Station Patuxent River, Md.

Kristine Wilcox, a NAVAIR spokeswoman, said EPX will be a manned ISR and
targeting aircraft capable of operating in a SatCom-constrained
environment, in concert with the P-8A Poseidon maritime patrol aircraft
and the UAV ultimately selected for the Navy's Broad Area Maritime
Surveillance (BAMS) bid. Wilcox said the competition is open to all
interested parties and is expected to attract a diverse range of
platform and sensor providers.
"Nothing is decided," she said. "We plan to work with industry to find
the best solution."

...

CONNECTING AN ISR TRIAD

Although the ability to process SIGINT data in real time may have a
strong influence on the final EPX systems configuration, forging robust
electronic links with P-8A and BAMS could have equal weight in the
hardware/software procurement arena...

MOVEMENT TOWARD MULTI-INT

Mission systems providers are conducting their own EPX trade studies on
two parallel tracks. One assumes that the Navy will seek only to
replicate EP-3E with a more modern platform, with machines replacing
humans in some on-board roles. The second - and some say more likely -
approach is that the service will regard the Aries II as merely a
launching point, with EPX emerging as the first true multi-Int aircraft,
and one with networking capability, as well...

The Growlers Are Coming Out to Play

http://www.defensetech.org/archives/004078.html

In just a few months, the first electronic attack versions of Boeing's F/A-18 fighter jet will make their way to Whidbey Island in Washington State.

The EA-18G will have state-of-the-art jammers and communications gear, as well as an arsenal of missiles and bombs, Boeing and Navy officials said this week at the Navy League conference. The Navy plans to buy about 80 Growlers, at a cost of roughly $8.7 billion, according to the official program plans.

The new jets will replace the aging EA-6B Prowler fleet, which pilots say is much harder to land on a carrier than its brand-new replacement.

This year, the Navy will hold operational evaluation testing, while also delivering planes to Whidbey Island so instructors can get ready to train the first squadron next year. The planes will come online officially in Sept. 2009, the projected date for Initial operational capability and graduation of the first class.

By then, Whidbey Island will have a four-jet training unit and a five-jet first squadron. However, the plane is already able to fulfill its duties if needed, said deputy program manager Capt. Paul Overstreet.  "In all honesty, they're operational right now," Overstreet said.

The Growlers take up about as much deck space as a Prowler, but they can carry a lot more fuel.  "For those who fly around the boat, gas is life," Overstreet said.

Right now, test planes are flying at Navy bases on both coasts, at China Lake and Patuxent River, Md., the Navy's main testing grounds. The new planes also posted strong results in a November 2007 exercise at Nellis.

Operators want to use the plane more aggressively, for more missions than ever envisioned in the planning stage.

"What we thought we were going to use this thing for is not what the guys who are flying today are saying," Overstreet said.

45th Annual AOC International Symposium and Convention

Date: October 19-22, 2008

Location: Reno, NV

Click here for additional information closer to the date of the event:

https://www.myaoc.org/EWEB/dynamicpage.aspx?webcode=08CONV_Preview

The AOC EW Pavilion at the Farnborough International Air Show

Date: July 14-20, 2008

Location: Farnborough International Air Show, Farnborough, UK

The global electronic warfare (EW) community will come together under the aegis of the Association of Old Crows (AOC) when the biennial Farnborough Air Show takes place next July14-20, 35 miles south of London. A special “EW Pavilion” is being organized by the Association in cooperation with Kallman Worldwide, Inc.

In announcing the Pavilion, AOC executive director Don Richetti explained that Farnborough attracts a large audience of government and military officials, some of whom are the principal decision-makers for the EW market. “The EW Pavilion will provide a showcase for EW companies to market their products and services to potential customers,” Richetti declared. The AOC is offering several ways for companies to participate in the EW Pavilion – as exhibitors, sponsors, or speakers at a dedicated presentation area within the Pavilion.

“The AOC is very excited to be able to offer the Pavilion at the 2008 Farnborough Air Show,” said Richetti. “From now until the last day of the Air Show, we’ll be promoting the Pavilion to the entire international EW community,” he added. “We think the constant stream of informative briefings we’re offering in the presentation area will draw the military decision makers and other EW professionals to the Pavilion day after day, making it a very beneficial experience for Pavilion exhibitors.

The EW Pavilion is a new and exciting opportunity for the global EW community to showcase its products and capabilities to a worldwide audience.

The concept behind the EW Pavilion is simple. It is the EW center of activity at the Farnborough Air Show, drawing EW customers, decision makers and other professionals from the larger body of Farnborough attendees.

The EW Pavilion will feature a dedicated presentation area where each day military and industry representatives will deliver briefings about the newest EW systems, technology and concepts. A limited number of exhibitors from around the world will also house their individual exhibits within the Pavilion.

Click on the following links for additional information:

https://www.myaoc.org/EWEB/dynamicpage.aspx?webcode=AOC_EW_Pavilion

http://www.farnborough.com/intro.aspx

53rd Annual Joint Electronic Warfare Conference

EW in the New Millenium

Date:  July 8-10, 2008

Location: Kelly Field Club, Lackland AFB, TX 

Electronic Warfare (EW) has always been about information—gaining information (ES), denying information (EA), and protecting information (EP). In addition to its traditional uses, EW technology is expanding into offensive and defensive control of communications, deception, and protection of intelligence.

The Joint Electronic Warfare Conference provides a forum for the presentation and discussion of technical material (both at the secret and top secret clearance levels) related to all aspects of electronic warfare. Since 1955, the Services have conducted an annual Joint Electronic Warfare Conference. The United States Army and Air Force personnel were the primary conference participants. Marine Corp participation started in 1962 and the United States Navy became an Executive Committee member in 1966. The conference agenda has been carefully selected to address current and future needs of the operational users, planners, developers, procurers, testers, and trainers of the latest EW technologies and systems.

Click on the following link for additional information:

http://www.fbcinc.com/jewc/

Air Force Research Lab 37th Annual Kittyhawk Week Conference

Date: 3-5 June 2008

Location: Dayton Conference Center, Fairborn, OH

The Air Force Research Laboratory, Sensors Directorate (AFRL/RY) and the Kittyhawk Chapter of the Association of Old Crows (AOC) will jointly sponsor its annual "Kittyhawk Week" on June 3-5, 2008 in Fairborn, OH. Similar to previous years, all sessions will be conducted "joint" - between Industry and Government.  The Customer Review will be held at the Dayton Conference Center.

Technical activities begin on Tuesday morning, 3 June with the latest threat briefings and warfighter perspective on EW trends and needs.  Day two, Wednesday, 4 June, will focus on the state of Air Force requirements across the MAJCOMs.  Thursday, June 5 will be devoted to current and future AFRL programs related to EW and ISR.

Today's top-level Government military and civilian leaders will give presentations on all three days.
The week's activities will commence with the Kittyhawk Chapter Scholarship Golf Outing on Monday, 2 June, at the Sugar Valley Country Club Golf Course.

Clearly, this Customer Review is a "must attend" for anyone involved in EW and information superiority. It will definitely be worth your time to attend.

http://www.kittyhawkaoc.org/2008Kittyhawk-1.html

World Wide EW Conference

Date: May 28-30, 2008
Location: Offutt Air Force Base, Nebraska

USSTRATCOM/J3 and the AOC present the WORLD-WIDE ELECTRONIC WARFARE CONFERENCE 2008, held at the Dougherty Conference Center at Offutt Air Force Base Omaha, Nebraska

Overall Conference objective is to surface and share EW initiatives, issues and challenges within COCOMs and components and to establish a vision and strategy for EW in the 21st Century. Primary themes for the conference may include:

        - COCOM/Services current events/initiatives updates
        - Maximizing capabilities by improving the contributions of EW warfare to Cyber warfare
        - Joint Staff/OSD current initiatives and issues

Joint EW advocacies strategies for the 21st Century.  Signup early space is limited to 130!

Conference Classification: SECRET

Click on the following link for further information:

https://www.myaoc.org/EWEB/DynamicPage.aspx?WebCode=EventInfo&evt_key=5404e15a-86de-45dc-8d95-d268746b56f8&Site=CROWS2

"Maximising EW & IO Potential - A Testing" - AOC 7th International Symposium and Exhibition

Date: 26-27 May 2008

Location: Adelaide Convention Centre, South Australia

The 2008 convention will explore the theme “Maximising EW & IO Potential – A Testing Challenge”. Throughout the program briefings will be presented from experts in the field to provide insight and promote discussions.

The Day 1 program will concentrate on strategic and policy issues. The Day 2 program will provide parallel technical streams allowing you to choose the topics which interest you most.

The convention will provide countless networking opportunities and exhibits from some of the finest organisations in the EW/IO field. If you are working in the electronic warfare and information community, you will not want to miss the EW/IO Convention.

For further information, click on the following link:

http://www.oldcrows.org.au/


"EW 2008 - New Threats Require New Solutions" conference

Date: 15-16 May, 2008

Location: Casino Kursaal, Interlaken, Switzerland

Sponsors: AOC and The Shepard Group

The Association of Old Crows and the Shephard Group of Burnham, UK, are teaming for the first time to organize Electronic Warfare 2008, May 14-16, at the prestigious Casino Kursaal in Interlaken, Switzerland. This major international EW event draws more than 450 attendees from 40 nations and over 50 exhibitors serving the global EW market.

The Shephard Group and the AOC are working together to make EW 2008 an unforgettable conference and exhibition. The two are collaborating to develop an informative and well organized two-day conference of briefings from government, military and industry leaders. “There are several new initiatives in the EW market, from IED jammers and airborne SIGINT systems to IR countermeasures and airborne electronic attack programs,” explained Don Richetti, Executive Director of the AOC. “This event will provide participants with excellent insight into the trends and business opportunities in the $7 billion global EW market.” “Combining the expertise from two industry leaders ensures that this conference will be a huge success, attracting an impressive international audience,” added Herve Bavazzano, Events Director for The Shephard Group.

For more information, click on the following links:

http://www.shephard.co.uk/Events.aspx?Action=318025241&ID=328f90ab-f87f-4cd6-a68f-7dfdab21ad7b

https://www.myaoc.org/EWEB/dynamicpage.aspx?webcode=051408_EWWarfare

Thursday, March 20, 2008

2008 MSS Electro-Optical & Infrared Countermeasures Symposium

Date: 29 April - 1 May 2008

Location: Laurel, MD

Sessions:

        Threats
        Signatures and Suppression
        Warning and Detection Systems
        ACTIVE EO/IR Countermeasures
        Self-Protection Expendables
        Emerging EO/IRCM Concepts
        Plenary

The Electro-Optical & Infrared Countermeasures Specialty Group focuses on countermeasures and counter-countermeasures for electro-optically based sensors, seekers, and systems operating from the UV through the far-far infrared. The group focuses on the signatures of US platforms and the suppression of those signatures in order to make the job of countering enemy sensors and seekers easier. Threats are characterized including various types of missile seekers and other guided weapons, in order to develop specific means of countering them. Warning systems that inform platform crew of impending threats or automatically trigger countermeasure systems are covered, including various types of missile and laser warning systems and systems used for situational awareness. Self-protection decoys and active countermeasures systems such as jammers are treated. Finally the group also focuses specifically on hardening of sensors against enemy laser threats to those sensors.

http://www.pe.gatech.edu/conted/servlet/edu.gatech.conted.course.ViewCourseDetails?COURSE_ID=632

18th Annual ATEDS (Advanced Technology Electronic Defense Systems) Symposium

Pacing the Threat – Shaping the Future

April 8-10, 2008

Location:

Fleet Anti-Submarine Warfare Training Facility
San Diego, California

Sponsored by:   Advanced Tactical Aircraft Protection Systems Program Office (PMA 272)
Web Site:               http://www.ateds.com
 
ATEDS Symposium Objective:

Recent regional and world-wide events, including the ongoing war on terrorism, have heightened concerns regarding threat technologies which are rapidly expanding, imparting a serious negative impact on tactical crew survivability.  It is imperative that industry and the military understand the state of technology for platform protection, where it needs to go in the near and far future, and how current and planned Electronic Warfare (EW) self-protection systems fit in with the DoD Joint Warfare Concept of Operations. EW self-protection includes the critical capabilities of recognizing attempts by hostile systems to track or engage U.S. or friendly forces and initiating the appropriate countermeasures (CM) or defensive response.

During the Symposium, participants will share with the working community the latest available EW self-protection technology information from all services.  Presentations will be allowed up to the SECRET-NOFORN level. The inter-relationships among threats, warning systems, and countermeasures responses remain critical determinants of mission success and crew/aircraft survivability and must therefore reflect in current and future designs.  The ATEDS sessions will be dedicated to exploring these relationships, exchanging ideas, and informing the EW community regarding these topics.

Draft Agenda: http://www.ateds.com/atedstentativeagenda2008.doc

New Electronic Attack Systems Fly Digital Skies Over Iraq: Live at the Sea-Air-Space Expo

http://www.popularmechanics.com/blogs/technology_news/4255236.html

...there have been key changes in the invisible, electronic front lines that most observers don’t talk about. The newer systems used in combat by the U.S. Navy today are the forebears of gear that will be used on new warplanes and unmanned aircraft.

The world of electronic attack is esoteric even among defense wonks. There are three basic EA missions: protecting friendly aircraft by finding and disrupting antiaircraft radars; jamming enemy communications to support ground forces; and, most recently, serving as a communication link to provide information to commanders, other aircraft and troops on the ground.

...

Prowlers currently flying from carriers and land bases still use vacuum tubes in three separate transmitters, says Capt. Steven Kochman, head of the Naval Air System Command’s program executive office for tactical aircraft. But that’s changing as the Navy installs new electronic attack equipment. Among the improvements is a single solid-state low-band transmitter flexible enough to be used against a host of radar and communication targets. “It’s all about reliability,” Kochman says. “[The older systems] took a lot of care and feeding.”

Continuing upgrades to the Prowler include new communication links that can pass along or receive details from soldiers or other pilots about the location of friendly and enemy forces and threats from missiles and antiaircraft guns. The Marine’s Prowlers may get a targeting pod, called LITENING, that has a laser designator to guide bombs, as well as an automatic moving target tracker and infrared sensors that can see in all weather, day or night. New communications jammers, called Corporal, are also being developed. All Navy and Marine Prowlers will receive these upgrades by 2013—just before they are set to retire.

...

Kochman says the Navy is interested in giving the next-generation F-35 (aka the Joint Strike Fighter) the power to participate in electronic attack.

ITT Communications & Countermeasures Systems awarded $25M mod for 324 JCREW 2.1 RCIED EW systems

DoD News Release

ITT Communications & Countermeasures Systems, Thousand Oaks, Calif., is being awarded a $24,754,858 modification to previously awarded contract N00024-07-C-6311 to exercise an option for the production and support of 325 JCREW 2.1 Radio-Controlled Improvised Explosive Device Electronic Warfare systems to meet urgent Department of Defense requirements in support of Operation Iraqi Freedom. Work will be performed in Thousand Oaks, Calif., (87 percent) and Lancaster, Calif., (13 percent), and is expected to be completed by Nov. 2008. Contract funds will not expire at the end of the current fiscal year. The Naval Sea Systems Command, Washington Navy Yard, D.C., is the contracting activity.

Wednesday, March 19, 2008

EW Capability Gaps & Enabling Technologies Conference, 15-17 April 2008

Crane Lakeview Conference and Convention Center, Crane, IN

The conference is hosted by NSWC Crane Division in Crane, Indiana and will be held completely at the SECRET classification level.

Day 1 will be NAVNETWARCOM's US Navy EW Operational Advisory Group focusing on NNWC's 28 prioritized EW gaps and reviewing US Navy Enabling Capabilities to determine technology maturity levels.

Day 2 will be focused on Department of Defense (DoD) EW capability gaps and will look at EW gap priorities.

Day 3 will open the floor to industry, DoD labs and academia partners to review solutions these organizations may have developed or in the process of maturing to determine the true state of EW Enabling Capabilities.

The overall goal of the conference is to provide a forum for professionals from the military, government, industry and academic fields, to discuss issues related to the requirements of EW programs, platforms, and operations. A 2 - 4 hour senior leadership closed session panel will be held on 16 April to review issues presented on EW and determine/develop a road ahead to resolve present and future requirements.

www.crows.org

ITT Avionics awarded $78M ALQ-211(V)4 contract for Pakistan F-16s

DoD News Release

ITT Avionics of Chandler, Ariz., is being awarded a modified firm fixed price contract for $78,172,524. This requirement is for Foreign Military Sales of the ALQ-211(V)4 Advanced Integrated Defense Electronics Warfare system to the country of Pakistan. This Electronic Warfare system will be used on the F-16 aircraft being procured under separate acquisition by the F-16 program office. Associated spares, support equipment, training, engineering services, flight test support and data are also being acquired under this contract. At this time $39,003,041 has been obligated. Kirtland AFB, N.M., is the contracting activity (FA8818-08-D-0036, FA8816-08-D-0037, FA8818-08-D-0038, and F8818-08-D-0039).

Monday, March 17, 2008

Government clears Super Hornets deal

http://www.theage.com.au/news/national/government-clears-super-hornets-deal/2008/03/17/1205602284435.html

Labor will stick with the former government's controversial decision to buy 24 Boeing Super Hornets and may even extend the deal to buy some additional, specialized versions of the fighter bomber.

...

"The analysis also highlighted additional capabilities such as specialist electronic warfare variants - the F/A-18G - that will be considered as part of the Super Hornet acquisition," he said.

"These additional capabilities will be more fully considered under the second stage of the air combat capability review."

...

Military calls on Navy specialists to defeat roadside bombs

http://www.miamiherald.com/775/story/457003.html

CORRY STATION NAVY BASE, Fla. -- Navy Lt. Mark Dye hadn't seen combat before a helicopter dropped him at the deadliest forward operating base for roadside bomb attacks in northern Iraq.

Twenty-two soldiers from the 101st Airborne at Forward Operating Base McHenry had been killed by improvised explosive devices in the previous seven months. Other Army units were suffering similar casualties in May 2006 and it was getting worse. Troops were finding an average of 18 roadsides bombs a day.

Dye and 300 other shipboard electronics warfare specialists had an urgent task: teach troops how to defuse the bombs by jamming the electronic signals the insurgents used to detonate them.

"They called on a Wednesday and told me I was leaving (for Iraq) on Saturday," said Dye, 38, who had spent his career on ships. "It was the right decision. Electronic warfare was our background, what we did for a living."

...


But the 78 soldiers and Marines from their bases who died in roadside bomb explosions during their deployments provide a grim statistic that proves the job is not done, the men said.

"I took every death very personally. There's a competitive nature in me and that's my job, to save them from IEDs. If an IED got through, I lost," Dye said.

India's Missile Revolution

http://globalpolitician.com/24274-india

Though India, perhaps is the first country in the world where missiles were used in war (by Tipu Sultan against the British), India woke up to its potential much later...Two decades ago, the then defense minister, R Venkataraman sanctioned 388 crores for India's Integrated Guided Missile Development Program (IGMDP) under which five missiles-Agni, Prithvi, Trishul, Nag and Akash were to be developed.

...

Agni was a technology demonstrator...Agni I is Pak-specific and has a 700Km range. It's a single stage solid fuel ballistic missile. Agni II covers 2000Km and Agni III is a China specific ballistic missile with a range of 3500Km...The scientists are now developing Agni IV with a range of 5500Km. Agni IV covers all the major cities of China except Beijing...All the Agni versions can carry nuclear warheads.

The Prithvi missile is a Pak-specific 350 Km shorter range N-Capable ballistic missile. It has a naval version too, called Dhanush...

Nag is a third generation anti-tank missile..

Trishul is a 9 Km range missile which was meant to replace the 1970s vintage Soviet made Osa short range SAM...the future of Trishul is still uncertain.

Akash is a medium range surface to air missile (SAM)...the system can be called to be superior to the US Patriot system. With the development of Akash the Indian scientists mastered two unique technologies-multifunction phased array system integration and integration of ram-rocket propulsion, aerodynamics, structure and control...

Astra is an air to air short range missile developed indigenously by DRDO. It is an efficient weapon released from a vital aircraft and has a striking range of 10-25 Km...

Sagarika or K-15 is a light, miniaturized and canisterised 700 Km range SLBM...It can carry nuclear warhead up to 600kg...With the launch of this missile from a submerged pontoon India has joined the select club of countries which includes Russia, the US, France, China and the UK with submarine launch capabilities.

The Indo-Russian Brahmos is the sole supersonic cruise missile in the world. With a range of 300 Km running at Mach 2.8, it can carry conventional warhead of 225 Kg...

In November 2006, India demonstrated its, air defense capabilities against incoming missile when it shot down an "enemy" missile in the exo-atmosphere, that is 50Km above the earth...

Besides, India has bought 9Km range Barak anti-missile system for the navy...

In the field of rocket launchers too India occupies a great position. On Feb.29, the Indian army has inducted Pinaka which can be fitted with nuclear warheads. It is a state of the art weapon for destroying or neutralizing enemy camp concentration areas, communication centers, air terminal complexes and gun or rocket locations. Besides the Russian Smerch mobile multiple rocket launcher, which carpet bombs targets 90 Km away is also with the Indian army. The army needs this for destroying targets spread over a wide area.


The Future of India's Missile Development Program


...India, till date has made an astonishing advancement in the field of command and control system. In some ways or the other, it has stridden ahead even of Russia, the US and China. If such a pace continues, India will outperform China in all the missile related technologies and radar systems.

...

The submarine version of the Brahmos supersonic cruise missile is to be tested soon...Furthermore, the Indo-Russion Brahmos Aerospace Private Ltd. Plans to field a hypersonic Brahmos running at Mach 8 by 2010. It will be 1000Km. range...

The UPA govt. last year cleared a gigantic Rs. 10,000 crore project with Israel to develop an advanced medium range surface to air (MR-SAM) missile system capable of detecting and destroying hostile aircraft, missiles and spy drones at a range of 70Km. In reality the MR-SAM project is an extension of the ongoing DRDO-IAI project launched in Jan.2006 to develop a supersonic 60Km. Barak NG (Next Generation) missile defense for the navy.

...

If the policy planners and strategists follow their course with unwavering resolve, the country, in the field of missile, will be a pioneer. There is no doubt about it. Besides if a direct and fruitful Indo-US joint venture in this field fructifies, India will certainly be a missile superpower.

White Sands Testing New (Directed Energy) Weapons to Counter IEDs

Army News Release

WHITE SANDS MISSILE RANGE, N.M. (Army News Service, March 10, 2008) - Science fiction is becoming reality at the Joint Directed Energy Test Site at White Sands Missile Range.

The site, currently undergoing an expansion and enhancement, is being used to test and evaluate new directed energy weapons designed to detect and destroy Improvised Explosive Devices like the ones being used in Iraq and Afghanistan. Systems being tested use different types of directed energy, including microwaves, lasers, and even bolts of electricity, to disable or destroy IEDs before the vehicle they are mounted on get too close.

Since counter IED systems are of such critical importance to protecting servicemembers in the field, the JDETS mission is a very high priority one at WSMR and in the Army. "I've briefed the Developmental Test Command commander and the U.S. Army Test and Evaluation Command commander, (they) said that this is our number-one priority and they want us to press it and push it as hard as we can," said Brad King, project director for JDETS development, with the System Engineering Development Directorate.

Many counter IED systems use an omni-directional system that can affect other electrical systems in the area.

"The idea (behind those systems) is to provide a bubble of protection around either a civilian or military convoy," King said. By switching to directed-energy weapons, Service members in the field can disable or destroy IEDs without disrupting nearby systems, services or utilities.

The JDETS timetable for programs is very rapid, with systems being tested and evaluated so that they can be ready for deployment as soon as possible, officials said. Some systems need to have their testing complete in as few as 30 days.

"(Higher headquarters) want us to execute as quickly as we can, for obvious reasons. Every one of these systems that we test that gets out in theater will hopefully counter these devices," King said.

Speed is not just important in getting new systems to the troops in the field, but also in keeping up with new weapons and tactics insurgents might be developing.

"It's a dynamic environment; the insurgents are pretty innovative about the things they are trying to do to kill people or to make (IEDs) more effective," King said.

Even though IEDs have appeared in Iraq and Afghanistan, King believes the systems being tested at JDETS will continue to see use in future theaters of operation.

"Unfortunately we think this is going to be a growth industry, we think there are IEDs being put in place in a lot of places," King said. But the future of JDETS isn't just in the defeat of IEDs in Iraq and Afghanistan, but to look to the future of ambush weapons. "Part of our mission from DTC says we are supposed to look at future and emerging technologies, and some of those include airborne mechanisms as well," King said.

To further enhance the capabilities of the test site, JDETS is expanding. Future plans include the construction of roads with sharp turns, a small section with buildings that can simulate an urban environment, enhanced observation and monitoring equipment, and even a small freeway overpass. "We're trying to emulate some of the conditions and some of the structures that might be seen in theater," King said.

In addition to counter IED work, the site enhancement is also seeing interest from other programs to test their systems at the site.

"Some (Air Force programs) are interested in doing testing in an environment where the structures accurately represent what's in Iraq and Afghanistan. So while that's not the primary purpose why we're building it, (the site) has applications in those areas," King said.

Directed energy testing isn't a one-man show though, it takes many different people and organizations to make it all happen.

"The Material Test Directorate: Robert Reynolds, Jim Eubanks, Eduardo Contreras; the System Vulnerability Assessment Directorate: Edwin Dunlap, Russ Blundell, Stephanie Jesson; the System Engineering Development Directorate: Hector Gurrola, Jose Gonzalez; the Directorate of Public Works: Sam Morris, Sam Sanchez; Range Operations: Anthony Blea, Ray Lozano and many others across WSMR have been key to the support of JDETS testing. Truly lots of folks across several major directorates at WSMR have worked hard to make this program a success," King said.

http://www.army.mil/-news/2008/03/10/7848-white-sands-testing-new-weapons-to-counter-ieds/

Friday, March 14, 2008

US military admits 'limited' understanding of Chinese aims

http://afp.google.com/article/ALeqM5hN0UZrbK_8nS-bzz7mhTW6JK4s6Q

WASHINGTON (AFP) — A top US military leader on Tuesday admitted the United States has a limited understanding of Chinese military aims and is concerned about Beijing's lack of transparency.

"The growing PLA (People's Liberation Army) military capability remains a concern, and our understanding of PLA intentions is limited," said Admiral Timothy Keating of the US Pacific Command.

...

Keating said that among US concerns were Chinese surface-to-air capabilities and Chinese electronic warfare development.

"We have state-of-the-art equipment that we can deploy if we need to," Keating said. "The electronic countermeasures we enjoy are in most cases sufficient and in some cases insufficient."

...

The report highlighted Chinese development of cruise and ballistic missiles capable of striking aircraft carriers and other warships at sea, anti-satellite weapons and intercontinental ballistic missiles.

It also cited numerous cyber intrusions into US and other computer networks around the world over the past year, apparently from within China.

"We are concerned about Chinese electronic warfare development and it is a topic of discussion," Keating told the senators, specifying that "informationization" is a topic "they study ... in the war colleges."

"They acknowledge they are pursuing these subspecialties. They do not acknowledge if they are engaging in these activities. It is obvious to me that they are engaging in these activities," Keating said...

Unready For This Attack

http://www.washingtonpost.com/wp-dyn/articles/A57774-2005Apr15.html

By Senator Jon Kyl

Recently a Senate Judiciary subcommittee of which I am chairman held a hearing on a major threat to the American people, one that could come not only from terrorist organizations such as al Qaeda but from rogue nations such as Iran and North Korea.

An electromagnetic pulse (EMP) attack on the American homeland, said one of the distinguished scientists who testified at the hearing, is one of only a few ways that the United States could be defeated by its enemies -- terrorist or otherwise. And it is probably the easiest. A single Scud missile, carrying a single nuclear weapon, detonated at the appropriate altitude, would interact with the Earth's atmosphere, producing an electromagnetic pulse radiating down to the surface at the speed of light. Depending on the location and size of the blast, the effect would be to knock out already stressed power grids and other electrical systems across much or even all of the continental United States, for months if not years...

The Electronic Peacekeeper

http://www.strategypage.com/htmw/htun/articles/20080306.aspx

The recent Taliban violence against rural cell phone facilities in Afghanistan is yet another example of how much the Taliban depend on a lack of communication in rural areas. The Taliban can afford to give their combat units (of a few dozen to a few hundred armed men) a satellite phone. But in most of rural Afghanistan, there is no quick way to communicate. No landline phones, no shortwave, no nothing. This is great for the Taliban, because it means local villagers, shepherds or whatever, cannot report Taliban movements. At least not quickly enough to have any effect...This has led to some creative thinking on the part of civil affairs and Special Forces troops. One idea is a takeoff on the successful campaign by an NGO to sneak cheap radios into North Korea...A similar plan for Afghanistan is to drop cheap cell phones, that can also receive radio broadcasts, in Taliban dominated areas...

The Future of Electronic Warfare

From House Armed Services Committee Roles and Missions Report:

THE FUTURE OF ELECTRONIC WARFARE

The wars in Iraq and Afghanistan are forcing our services to adapt to new asymmetric threats in new urban environments that require a higher level of jointness and inter-service cooperation. In these new environments the use of the electromagnetic spectrum, or more importantly the ability to obtain dominance of that spectrum, has quickly emerged as an essential tactical capability.

Dominating the spectrum through Electronic Warfare (EW) in recent years has been centered on the EA-6B Prowler squadrons of the Navy and Marine Corps (and soon to be Navy Growler Squadrons), and our military’s primary communications jamming aircraft, the Air Force EC-130H Compass Call. The Prowler’s ability to engage in electronic attack, electronic support, and electronic protection in support of our strike packages has earned the Prowler the status of a Go-No-Go asset. If a Prowler isn’t with an air squadron, the squadron doesn’t go. Additionally, both Prowlers and the Compass Call platform have stepped out of their traditional responsibilities to play key supporting roles in Operation Iraqi Freedom (OIF) and Operation Enduring Freedom (OEF)

Through the heroic work of these EW communities in OIF and OEF it has become apparent that the need for EW capability has grown beyond the air and on to the ground as we have faced new threats such as Improvised Explosive Devices (IED). This need has reinforced the importance of developing and maintaining joint EW capability, forced other services to step up to the plate, and raised serious questions about the sustainability and endurance of the EW community in the future.

Joint EW Capability:

In the new environment EW has emerged as a key capability that has both saved lives and defeated the enemy. However, in order to succeed the EW community had to rapidly adapt new tactics and operate outside of its standard mission areas. This adaptation primarily occurred at the operational level where the military quickly realized that successful EW operations and tactics required an ability to climb out of traditional missions and to break traditional service stovepipes.

It is essential that EW is seen at all levels as a core mission area of the Department of Defense that will continue to be important in the future. The recent lessons learned in combat theaters must be extended from the operational level to the policy and programming level at the Pentagon. As commanders on the ground adapt their EW capabilities to the threat, the planners at the Pentagon still do not seem to understand the value of joint EW, or maintaining capabilities across this entire mission area. As services such as the Army begin to ramp up core EW capability again, there is little assurance that EW will remain a core, sustained capability supported jointly by the services.

Other Services:

It has been the Navy and Marine Corps, and within those services primarily their Prowler communities, that have stepped up to the plate to identify new capabilities and to train the Army in Iraq and Afghanistan. While this has put significant strain on the EW community, the Army is doing its part by initiating its own EW core competency effort.

A target date of March 2008 has been set by the Army to replace Navy Electronic Warfare Officers in Iraq and Afghanistan and assume the primary ground EW mission. This represents a reacquiring of EW capability within the Army that had previously atrophied, reminding us of the importance of maintaining a balanced mix of complementary capabilities and skill sets across the services.

Sustaining EW Capability:

While the commanders on the ground in OEF and OIF quickly realized the value of sustaining joint capabilities in the EW mission area, serious questions remain about the Pentagon’s commitment at the policy and planning level.

The short history of the Air Force’s B-52 Stand-Off Jammer program provides a case study on how important mission areas that cut across the services are often not well coordinated. In 2002, the Department of Defense published an Analysis of Alternatives for Airborne Electronic Attack. It identified a mix of capabilities necessary to meet the Department’s airborne EW needs after 2009 when the Department’s Prowler fleet begins to retire. The Navy, Marine Corps, and Air Force signed a Memorandum of Agreement outlining their respective contributions to fulfilling this mission, and in November 2003, the Air Force formally embraced a return to the EW mission when Air Combat Command issued a concept of operations for Airborne Electronic Attack defining the Air Force role. In October 2004, the Joint Requirements Oversight Council approved an Initial Capabilities Document, “Denying Enemy Awareness Through Airborne Electronic Attack (AEA),” defining requirements for an Airborne Electronic Attack (AEA) System of Systems.

To fulfill its role, the Air Force designed a program to add a jamming capability to the venerable B-52 bomber, and initiated a B-52 Stand-off Jammer (SOJ) program beginning with FY05. The original plan was to take an existing jamming pod and integrate it onto the B-52’s airframe, however, the Air Force soon discovered that this arrangement would not provide the power required to satisfy many requirements incorporated into the program. Costs ballooned well in excess of the Air Force’s programmed budget, reportedly by as much as $6 billion. The program was terminated in the FY07 budget and a new study initiated. The Air Force is currently pursing a concept for a Core Component Jammer (CCJ) capability on an as yet unidentified platform. The cost of this program is reportedly expected to be about $3 billion, but has yet to become a program of record.

Because of these set backs, the earliest we can expect to see an operational CCJ platform is 2015-2017. This creates a capability gap beginning in 2012, when the Air Force had committed to begin performing part of the airborne EW missions under the memorandum of agreement signed with the other services.

The Air Force must also address emerging shortfalls and readiness concerns in the Compass Call program. The aircraft has the highest utilization rate of any C-130 aircraft and it is approaching 20,000 hours of service in OIF and OEF alone. The 14 Compass Call aircraft in the fleet are aging and rely on decades-old technology that is rapidly becoming obsolete. While it achieved initial operational capability in 1983, the airframe is 35 years old and much of the technology dates back to the 1960s. If the Compass Call is expected to play an important role in joint EW for the next 10-15 years, it is important that the Air Force dedicate necessary funding to sustain the airframe and upgrading its mission and operating systems.

Increased focus within DOD on the joint EW mission area is needed to avoid these situations. The Air Force needs to step up with its role and commit to an AEA solution, but more oversight from Pentagon planners is required to support and enforce joint requirements in critical mission areas. The Pentagon needs to create a joint structure capable of ensuring that we don’t end up, once again, in a situation where EW expertise is in demand but the expertise is largely confined to one community.

Access full report at http://armedservices.house.gov/pdfs/Reports/HASCRolesandMissionsPanelReport.pdf
Access press release at http://armedservices.house.gov/list/press/armedsvc_dem/RMrelease030708.shtml

Aging Aircraft

http://news.nationaljournal.com/articles/080314nj2.htm

...

Navy Capt. Mark Darrah, chief of fighter modernization for the Naval Air Systems Command, acknowledges that the Super Hornet is not stealthy. "We know that," he said, but "when we look at survivability, it's a multifaced issue, and the observability of an airplane is just one aspect."

The Navy's problem with stealth is Moore's Law, referring to the rapid improvement in computer chips. Because stealth has to be built into the basic structure of an aircraft, the degree to which a plane reflects radar beams back to enemy receivers remains essentially the same throughout its 20-plus years in service. The computing power available to those radar receivers to distinguish faint signals from background noise, however, doubles every 18 months. "Signal processors are getting faster all the time," said Norman Friedman, a military analyst and historian who is a leading critic of stealth. "There may be some reason to believe Moore's Law is going to top out, but how much money do you want to bet on that?"

The Air Force's problem with jammers is that by definition they emit energy. If the jamming does not blind the enemy, it gives away your location instead. The F-22 and F-35 will actually have significant electronic warfare capacity built in, but as long as their jammers are on, their stealth is effectively off. Still, F-22 and F-35 pilots will at least have a choice between passive stealth and active jamming; their Super Hornet colleagues have jamming, or nothing...

The Scope of Air Force Cyber Command

http://www.afcyber.af.mil/units/
 
AFCYBER proposes to be the lead command for:
--network defense;
--warfare support and exploitation;
--computer security issues (information assurance);
--network attack;
--electronic warfare and directed energy;
--Information Operations;
--overall network operations;
--global command and control integration;
--expeditionary (deployable) communications networks such as satellite communications (not to include satellite control or missile warning networks);

--data links;
--electromagnetic spectrum operations;
--data integration, common communication and information functions;
--engineering and installation of communications support; and
--electronic maintenance and evaluations such as satellite communications, weather radar, cryptological, Air Traffic Control and Landing Systems and network infrastructure.

 

Air Force releases proposed Organization Chart for Cyber Command

by AFCBYER (P) Public Affairs

http://www.afcyber.af.mil/units/

This is the propsed structure for the AFCYBER wings. Activation or realignments won't occur until AFCBYER declares Initial Operations Capability. This list is subject to change until then.

688th Information Warfare Wing
*formally the AF Information Operations Center
38th Information Operations Group
     273rd Information Operations Squadron (TX ANG)
39th Information Operations Group
     229th Information Operation Squadron (VT ANG)
346th Test Squadron
453rd Electronic Warfare Squadron
92nd Information Operations Squadron
     262nd Information Warfare Aggressor Squadron (WA ANG)
Information Operations Directorate
Mission Support Directorate

67th Network Warfare Wing
*Network attack, defense, security
26th Network Operations Group
     26th Operations Support Squadron
     561st Network Operations Squadron (I-NOSC West)
     83rd Network Operations Squadron (I-NOSC East)
     299th Network Operations Support Squadron (KS ANG)
     690th Network Security Squadron
     310th Communications Flight (AFR -Peterson)
     622nd Communications Flight (AFR - Langley)
     917th Communications Flight (AFR - Barksdale)
     33rd Network Warfare Squadron
     102nd Information Warfare Squadron (RI ANG)
67th Network Group
     67th Operations Support Squadron
     352nd Network Warfare Squadron
     68th Network Warfare Squadron
     426th Network Warfare Squadron
     610th Information Operations Flight (AFR - Offutt)
     710th Information Operations Flight (AFR - Brooks)
     91st Network Warfare Squadron
     315th Network Warfare Squadron
     6th Intelligence Squadron
    166th Network Warfare Squadron (DE ANG)
    175th Network Warfare Squadron (MD ANG)

689th Cyberspace Wing
*Installation comm, deployed comm, comm & info functions
     689th Operations Support Squadron
     38th Engineering and Installation Group
     85th Engineering and Installation Squadron
     5th Combat Communications Group
     3rd Combat Communications Group
     84th Radar Evaluation Squadron
     254th Combat Communications Group (TX ANG)
     252nd Combat Communications Group (WA ANG)
     251st Combat Communications Group (OH ANG)
     162nd Combat Communications Group (CA ANG)
     201st Combat Communications Group (HI ANG)
     226th Communications Group (AL ANG)
     281st Combat Communications Group (RI ANG)
     253rd Combat Communications Group (MA ANG)
     35th Combat Communications Squadron (AFR-Tinker)
     55th Combat Communications Squadron (AFR - Robins)
     224th Joint Communications Support Squadron (GA ANG)
     290th Joint Communications Support Squadron (FL ANG)
*Plus lead command functions formally with the Air Force Communications Agency and the Global Cyberspace Integration Center

450th Electronic Warfare Wing
*Electronic attack, protection
55th Electronic Communications Group
     755th Operations Support Squadron
     754th Aircraft Maintenance Squadron
             *EC-130J, EA-6B
     41st Electronic Communications Squadron
     43rd Electronic Communications Squadron
     42nd Electronic Communications Squadron
     388th Electronic Communications Squadron
     76th Space Control Squadron
     4th Space Control Squadron
     16th Space Control Squadron
     18th Intelligence Squadron
53rd Electronic Warfare Group
     16th Electronic Warfare Wing *proposed unit
     453th Electronic Warfare Wing
     36th Electronic Warfare Wing
     68th Electronic Warfare Wing


Air Force releases its strategic vision for Cyber Command

by AFCBYER (P) Public Affairs

3/3/2008 - BARKSDALE AIR FORCE BASE, La.  -- Because warfighters rely on cyberspace to conduct the command and control of its forces, officials have outlined the strategic vision for the new Air Force Cyber Command. "Mastery of cyberspace is essential to America's national security," said Maj. Gen. William T. Lord, AFCYBER (provisional) commander who's charged with bringing the command to operational status later this fall.

"Controlling cyberspace is the prerequisite to effective operations across all strategic and operational domains--securing freedom from attack and freedom to attack. We will develop and implement plans for maturing and expanding cyberspace operations as an Air Force core competency. We will provide decision makers with flexible options to deter, deny, disrupt, deceive, dissuade, and defeat adversaries through a variety of destructive and non-destructive, and lethal and non-lethal means. Finally, we will do this in friendly cooperation with our professional partners and teammates in other major commands, Services, combatant commands, and U.S. government agencies."

He said the "Air Force Cyber Command Strategic Vision" lays the foundation for the work that is ahead and postures the command to be fully operational in 2009. The document also details the meaning behind its vision statement: "Secure Our Nation by Emplying World-Class Cyberspace Capabilities to Control Cyberspace, Create Integrated Global Effects and Deliver Sovereign Options."

The document outlines the strategic environment the United States faces and how the changing battlefield requires cyberspace dominance. It also states that the command plans to achieve this vision through a holistic, agile, and evolutionary approach to science and technology, research and development, systems acquisition, operations, force structure, education, training, and doctrine.

Link to full document:

http://www.afcyber.af.mil/shared/media/document/AFD-080303-054.pdf

Pentek's Quad 200 MHz, 16-bit A/D Data Converter Combined with Two Powerful Xilinx Virtex-5 FPGAs Delivers High-Speed, Enhanced Resolution and Extraordinary Processing Power

http://www.pentek.com/whatsnew/ViewRelease.cfm?Index=105

Pentek News Release

Pentek, Inc., one of the pioneers of VME board-level technology, today released its Model 7150 High Speed Data Converter (http://www.pentek.com/products/Detail.cfm?Model=7150), featuring four 200 MHz, 16-bit A/Ds and a pair of high-performance Xilinx Virtex-5 FPGAs. The 7150 connects directly to the RF or IF inputs of a communications system, delivering the industry's highest resolution A/Ds and enhanced processing power in a single PMC/XMC module. The 7150 is the first in the 715x series, which with sampling rates to 200 MHz and 16 bits of resolution, fulfills the market demand for products with both wider bandwidths and improved dynamic range.

The Pentek 7150 stands apart from competing products on the market because its unique architecture combines the faster and higher precision DSP slices in the two Xilinx Virtex-5 FPGAs with four 200 MHz, 16-bit A/D converters offering increased resolution and wider signal bandwidths. This combination is ideal for anyone seeking to detect very small signals across a wide range of frequencies.

"The boost in sampling rate to 200 MHz means that users will be able to directly digitize nearly 100 MHz of bandwidth - invaluable for engineers working on wideband radar and wideband communication systems," says Rodger Hosking, vice-president, Pentek. "The innovative design of the 7150 assigns strategic functions to both Virtex-5 FPGAs for optimum performance. One is dedicated to interface connectivity and the other towards real-time signal processing, and both FPGAs are available in different sizes and types. As a result, the 7150 makes an ideal platform for adding custom IP cores to provide outstanding overall system performance over a wide range of applications."

...

Cyber Weapons and e-Bombs

http://www.defensetech.org/archives/004060.html

Recently NATO's Chief of Cyber Defense stated that cyber terrorism/cyber attack poses as great a threat to national security as a missile attack. Strong words for sure.

Most people do not equate cyber war with explosives, but that is short sighted. Ever heard of TEDs or EPFCs? If you haven’t, you are not alone. In a recent briefing of 85 individuals responsible for business continuity in a major U.S. city, no one had ever heard of the two terms either.

TEDs and EPFCs are two weapons that create an EMP - electromagnetic pulse (similar to that nuclear explosion but less powerful) that destroy electronic circuitry. Both of these devices use conventional explosives to push an armature through and electromagnetic field.

The resulting pulse generated by a van size device could destroy electronics in an area up to a couple city blocks...

Thursday, March 13, 2008

India's Fighter Modernization: Add MiG-29s to the List (updated)

http://www.defenseindustrydaily.com/indias-fighter-modernization-add-mig29s-to-the-list-updated-01879/

December 2006 reports from MosNews et. al. indicated that a contract has been signed, but it wasn’t until March 2008 that a deal was finalized...Upgraded electronic warfare systems round out the package, to improve survivability against modern threats...

Finland Looks To Replace Russian SAM System

http://www.defensenews.com/story.php?i=3420681&c=EUR&s=AIR

HELSINKI - Finland's Ministry of Defense (MoD) is considering applying for special funding to finance a new surface-to-air missile (SAM) to protect the Helsinki area and strategic locations near the Finnish capital.

The timing of the MoD's appraisal follows several tests and reports undertaken by the Armed Forces Command (AFC) indicating that the present Russian-designed BUK-M1's guidance system (called the SA-11 Gadfly by NATO) may be liable to scrambling and susceptible to hostile electronic warfare...

Integrated defence: DAS evolves to warn aircraft of emergent threats

http://www.janes.com/news/defence/systems/idr/idr080313_1_n.shtml
In a world where advances in military technology are often taken for granted, it is easy to forget that a truly integrated - rather than federated - defensive aids suite (DAS) for an air vehicle is a relatively new phenomenon that is continuing to push the boundaries of possibility...


Monday, March 10, 2008

Military Power of the People’s Republic of China 2008 - DoD Report to Congress

http://www.defenselink.mil/pubs/pdfs/China_Military_Report_08.pdf

...The PLA is investing in electronic countermeasures, defenses against electronic attack (e.g., electronic and infrared decoys, angle reflectors, and false target generators), and CNO. China's CNO concepts include CNA, computer network exploitation (CNE), and computer network defense (CND). The PLA sees CNO as critical to achieving "electromagnetic dominance" early in a conflict. Although there is no evidence of a formal PLA CNO doctrine, PLA theorists have coined the term "Integrated Network Electronic Warfare" (wangdian yitizhan - 网电一体战) to prescribe the use of electronic warfare, CNO, and kinetic strikes to disrupt battlefield network information systems that support an adversary's warfighting and power projection capabilities....

Pentagon Report Plays Down Chinese Military Threat

http://www.washingtonpost.com/wp-dyn/content/article/2008/03/09/AR2008030901741.html?nav=rss_nation/special

...Intelligence agencies have long believed that China has never had the transport capability to carry enough troops across the Taiwan Strait to invade its tiny neighbor. That is one reason for its emphasis on threatening the Taipei government with missiles and asymmetric electronic warfare...

EA-18G Program: The USA's Electronic Growler

http://www.defenseindustrydaily.com/ea18g-program-the-usas-electronic-growler-02427/

This is Defense Industry Daily’s focus article for the USA’s EA-18G Program, describing the aircraft and key systems, outlining the program, and keeping track of ongoing developments, contracts, et. al. that affect the program. New items will be highlighted via green type. The latest items involve facilities upgrades at a key base, as the USA gets ready to open the throttle on EA-18G production…

Friday, March 7, 2008

Electronic warfare system for Indian Army nearing completion

http://www.thehindubusinessline.com/2008/03/05/stories/2008030552601000.htm
Hindu Business Line - Chennai,IndiaThe Indian Army's electronic warfare (EW) capabilities in the rugged and exacting semi-desert and border areas is close to get a decisive edge soon. ...

EW News for 7 Mar 08

Mercury Computer Systems Receives US Government Research ...
<http://www.mil-embedded.com/news/db/?10651>
Military Embedded Systems (press release) - St Clair Shores,MI,USA
Through collaboration with ITT's Electronic Warfare Systems business
area, the strengths of each organization shall be leveraged to
demonstrate algorithm ...

Pilotless planes emerge as a top Israeli weapon in its aerial war with Hamas militants

http://www.iht.com/articles/ap/2008/03/04/africa/ME-GEN-Israel-Deadly-Drones.php

Palestinians know when an Israeli drone is in the air: Cell phones stop
working, TV reception falters and they can hear a distant buzzing...

Chinese Unmanned Aircraft (ASN-206) with EW Payload

http://www.sinodefence.com/airforce/uav/asn206.asp
"For electronic warfare and countermeasures (EW/ECM) roles, the UAV is fitted with a JN-1102 EW/ECM suite, which can scan, intercept, analyse, monitor, and jam enemy ground-to-air communications at 20~500MHz. The system consists of a UAV-mounted intercept subsystem, a UAV-mounted jamming subsystem and a ground-based intercept and jamming control
subsystem."

Electronic Warfare news 6 March 08

US Department of Defense
<http://www.defenselink.mil/contracts/contract.aspx?contractid=3722>

US Department of Defense (press release) - Washington,DC,USA Lockheed Martin Corp., Lockheed Martin Aeronautics Co., Ft. Worth, Texas, is being awarded a $57,775,399 modification to a previously awarded cost-plus-award-fee contract (N00019-02-C-3002). This modification exercises an option for the Electronic Warfare Verification Station for the U.S. Reprogramming Laboratory (USRL) at Eglin Air Force Base. This option provides for the development, integration, installation, and training for an electronic warfare mission data validation/verification capability under the Joint Strike Fighter System Development and Demonstration Program. Work will be performed in Ft. Worth, Texas, (68 percent); Orlando, Fla., (24 percent); and El Segundo, Calif., (8 percent), and is expected to be completed in Oct. 2013. Contract funds will not expire at the end of the current fiscal year. The Naval Air Systems Command, Patuxent River, Md., is the contracting activity.


Cobham will provide more jobs
<http://www.zwire.com/site/news.cfm?newsid=19363250&BRD=1306&PAG=461&dept_id=187833&rfi=6>

Ft. Washington Montgomery Newspapers - Fort Washington,PA,USA On Friday, the company based in England celebrated its acquisition of the electronic warfare business. The deal was originally announced Dec. 19. ...

The economics of counter-IED
<http://securenews.blogspot.com/2008/03/economics-of-counter-ied.html> By jpblogger(jpblogger)
Over the next 10 years, an estimated $23 billion will be spent on the development and production of major EW programs, according to Forecast International's "The Market for Electronic Warfare Systems." Some 35814 units of leading ...

Electronic warfare system for Indian Army nearing completion
<http://www.thehindubusinessline.com/2008/03/05/stories/2008030552601000.htm> Hindu Business Line - Chennai,India
The Indian Army's electronic warfare (EW) capabilities in the rugged and exacting semi-desert and border areas is close to get a decisive edge soon. ...

P-9518: 120 Watt, Military, Six Output DC/DC Converter (Telkoor)
<http://www.epicos.com/epicos/portal/media-type/html/user/anon/page/default.psml;.tomcat6?action=portlets.ArticleAction&articleId=95175&categoryEntity=News&eventSubmit_doTraverse=> Epicos.com (press release) - Switzerland Telkoor's P-9518 is a miniature size 120 Watt, Military, Six Output DC/DC Converter with a wide range of applications such as in Electronic Warfare Systems, ...

Electronic Warfare news 27 Feb 08

VAQ-136 CO Tells the Tale of He and His Crew's Ejection Off the Coast of
Guam on February 12th!

http://tailhookdaily.typepad.com/tailhook_daily_briefing/2008/02/vaq-136-co-tell.html

Today, The Tailhook Daily Briefing is fortunate enough to be able to present a "First Person" accounting of exactly what happened a couple of weeks ago when the crew of a VAQ-136 EA-6B was unexpectedly required to "Log Some Rocket Time!" off the cost of Guam...