Sunday, August 30, 2009

Iran to Build New Unmanned, Radar-Evading Bomber


TEHRAN (FNA)- Iran is due to build a new model of Unmanned Aerial Vehicle (UAV) by the end of September, a senior Iranian army commander announced on Sunday
"The new drone built on a one-seventh scale will be built before the Sacred Defense Week (anniversary of the beginning of Iran's sacred defense against an 8-year-long war imposed by Iraq from 1980 to 1988) and will be put to new tests," Iranian Air Force Commander Brigadier General Hassan Shahsafi told reporters here in Tehran.

The virtual model of the drone will be presented to the Defense Ministry after different tests in future, Shahsafi added.

He explained that the virtual size of the model UAV which has passed preliminary tests successfully in Tehran last month will be manufactured for reconnaissance missions but can also bomb targets and evade radars.

Also earlier this month, the Iranian Air Force produced a new training fighter jet named 'Kosar' which is a joint production of the Defense Ministry and the Armed Forces' Aviation Industries.

Iran successfully tested a home-made radar-evading Unmanned Aerial Vehicle (UAV) with bombing capabilities in June. Also last year, the country's Defense Industries launched the production lines of two well-known home-made fighter jets, namely Saeqeh (Thunderbolt) and Azarakhsh (Lightening).

Wednesday, August 26, 2009

Wary of naked force, Israelis eye cyberwar on Iran


RAMAT HASHARON, Israel (Reuters) - In the late 1990s, a computer specialist from Israel's Shin Bet internal security service hacked into the mainframe of the Pi Glilot fuel depot north of Tel Aviv.

It was meant to be a routine test of safeguards at the strategic site. But it also tipped off the Israelis to the potential such hi-tech infiltrations offered for real sabotage.

"Once inside the Pi Glilot system, we suddenly realized that, aside from accessing secret data, we could also set off deliberate explosions, just by programing a re-route of the pipelines," said a veteran of the Shin Bet drill.

So began a cyberwarfare project which, a decade on, is seen by independent experts as the likely new vanguard of Israel's efforts to foil the nuclear ambitions of its arch-foe Iran.

The appeal of cyber attacks was boosted, Israeli sources say, by the limited feasibility of conventional air strikes on the distant and fortified Iranian atomic facilities, and by U.S. reluctance to countenance another open war in the Middle East.

"We came to the conclusion that, for our purposes, a key Iranian vulnerability is in its on-line information," said one recently retired Israeli security cabinet member, using a generic term for digital networks. "We have acted accordingly."

Cyberwarfare teams nestle deep within Israel's spy agencies, which have rich experience in traditional sabotage techniques and are cloaked in official secrecy and censorship.

They can draw on the know-how of Israeli commercial firms that are among the world's hi-tech leaders and whose staff are often veterans of elite military intelligence computer units.

"To judge by my interaction with Israeli experts in various international forums, Israel can definitely be assumed to have advanced cyber-attack capabilities," said Scott Borg, director of the U.S. Cyber Consequences Unit, which advises various Washington agencies on cyber security.

Technolytics Institute, an American consultancy, last year rated Israel the sixth-biggest "cyber warfare threat," after China, Russia, Iran, France and "extremist/terrorist groups."

The United States is in the process of setting up a "Cyber Command" to oversee Pentagon operations, though officials have described its mandate as protective, rather than offensive.

CORRUPT, CRASH

Asked to speculate about how Israel might target Iran, Borg said malware -- a commonly used abbreviation for "malicious software" -- could be inserted to corrupt, commandeer or crash the controls of sensitive sites like uranium enrichment plants.

Such attacks could be immediate, he said. Or they might be latent, with the malware loitering unseen and awaiting an external trigger, or pre-set to strike automatically when the infected facility reaches a more critical level of activity.

As Iran's nuclear assets would probably be isolated from outside computers, hackers would be unable to access them directly, Borg said. Israeli agents would have to conceal the malware in software used by the Iranians or discreetly plant it on portable hardware brought in, unknowingly, by technicians.

"A contaminated USB stick would be enough," Borg said.

Ali Ashtari, an Iranian businessman executed as an Israeli spy last year, was convicted of supplying tainted communications equipment for one of Iran's secret military projects.

Iranian media quoted a security official as saying that Ashtari's actions "led to the defeat of the project with irreversible damage." Israel declined all comment on the case.

"Cyberwar has the advantage of being clandestine and deniable," Borg said, noting Israel's considerations in the face of an Iranian nuclear program that Tehran insists is peaceful.

"But its effectiveness is hard to gauge, because the targeted network can often conceal the extent of damage or even fake the symptoms of damage. Military strikes, by contrast, have an instantly quantifiable physical effect."


Tony Skinner of Jane's Defense Weekly cited Israeli sources as saying that Israel's 2007 bombing of an alleged atomic reactor in Syria was preceded by a cyber attack which neutralized ground radars and anti-aircraft batteries.

"State of War," a 2006 book by New York Times reporter James Risen, recounted a short-lived plan by the CIA and its Israeli counterpart Mossad to fry the power lines of an Iranian nuclear facility using a smuggled electromagnetic-pulse (EMP) device.

A massive, nation-wide EMP attack on Iran could be effected by detonating a nuclear device at atmospheric height. But while Israel is assumed to have the region's only atomic arms, most experts believe they would be used only in a war of last resort. (Editing by Jeffrey Heller and Mark Trevelyan)

Iran Missiles Range


Shahab-1, Shahab-2, Shahab-3, Shahab-4, Shahab-5, Shahab-6, Sijjil-1, Sijjil-2, etc.

Safir (Rocket)

The Safir (Meaning Messenger or Ambassador in Arabic and adopted by Persian) is the name of the first Iranian expendable launch vehicle that is able to place a satellite in orbit. The first successful orbital launch using the Safir launch system took place February 2, 2009 when a Safir 2 carrier rocket placed the Omid satellite into an orbit with a 258.0 km (160.3 mi) apogee.

A sub-orbital test flight, named Kavoshgar-1 (Persian: کاوشگر ۱, Explorer-1), was conducted on February 4, 2008, as announced by state-run television. A launch on February 25, 2007, may also have been of the same type. The first flights carried instruments to measure the higher atmosphere. The rocket launched on February 4, 2008 was a liquid-propellant-driven rocket, probably a derivative of the Shahab-3, that reached an altitude of 200-250 km in space, and successfully returned science data according to the Iranian News Agency.

On February 19, 2008, Iran offered new information about the rocket and announced that Kavoshgar-1 used a two staged rocket. The first stage separated after 100 seconds and returned to earth with the help of a parachute. The second stage continued its ascent to the altitude of 200 kilometres. However it was not intended to reach orbital velocity.

Earlier reports by the Iranian News Agency suggested that Kavoshgar-1 used a three staged rocket with the first stage separating after 90 seconds and the rocket reaching an orbit between 200 and 250 kilometres.

The successful development and launch of a sounding-space-rocket was already announced a year earlier, on February 25, 2007. It is unknown if the sounding rocket launched on February 25, 2007, and the rocket launched on February 4, 2008, are of the same type.

Iran announced plans to send two more rockets into space during 2008 and four more satellites until 2010.

Safir-1

On 17 August 2008, Iranian officials reported that a Safir was launched successfully without a payload, in preparation for the launch of Iran's first indigenously launched satellite, Omid. Reza Taghizadeh, head of the Iranian Aerospace Organization, told state television "The Safir (Ambassador) satellite carrier was launched today and for the first time we successfully launched a dummy satellite into orbit". As it was announced by Iran, a dummy satellite was put into a 650 km LEO passing over Iran six times every 24 hours.


Alleged failure

According to an American official, "The vehicle failed shortly after liftoff and in no way reached its intended position." Video of the liftoff of the rocket was shown on Iranian state television. Iranian officials released a statement denouncing the allegations as propaganda and stated the Iran would soon launch the Omid satellite. Iran indeed launched Omid satellite on Feb. 2nd 2009, less than six months later.


Safir-2

On 2 February 2009, a Safir rocket conducted Iran's first orbital launch, with the Omid satellite. The two-staged launch vehicle named SAFIR-2 was 22m long with a diameter of 1.25m, weighing about 26 tonnes. The 27 kg Omid satellite was launched into an orbit with a 250 km perigee and 500 km apogee. The evidence is mounting that Safir-2 was more powerful and advanced than initially thought.


Safir-2 Block-II

Iran has begun the development of the planned Block-II Safir booster intended to double its payload capacity with the intent to make it operational by some time in 2010. The launch vehicle is to acquire its increased payload capacity into low earth orbit through the addition of two Samen, solid motor strap-on boosters added to the Shahab-3C derived first stage and possible a new solid motor third stage added to the existing two stage Safir space booster. The announcement of the development start on this booster was made on April 14, 2009 by the Iranian President Mahmoud Ahmadinejad. This booster is capable of placing satellite in 700 kilometre (440 mile) orbits or doubling its payload capacity.Iran is known to be combining these liquid propellant and solid motor technologies to the development of a more capable Safir block-II class space booster expected in 2010 with over twice the capability of the present Safir space booster. It will utilising two Ghadr-101/Samen strap-on boosters with the first stage with a Safir second stage and potential third stage with in its bulbous payload shroud giving it a 50-200-250 kilogram payload capacity .The Iranian successful development of the Ghadr-101 single stage missile with the Ghadr-101/Samen, Ghadr-110, 110A /Sejjil/Ashura solid propellant two and three stage missiles also indicated a second trend in Iranian developments that will lead to larger more capacity space boosters and potential ballistic missiles.Iran is known to be working on a new nearly all solid propellant boosters with a payload capacity of 330 kilograms to low earth orbit.

Sijil






The Sejjil missile (Persian: سجیل, meaning "Baked Clay") family of solid-fueled ballistic missiles are replacements of the Shahab liquid-fueled ballistic missiles. It has been alleged that the Sejjil type of ballistic missile is also known by the names Ashura (Ghadr-110) and Samen.

Sijil-1

The Sajjil also known as "Sejjil" or "Sejil" is a two-stage, solid-propellant, surface-to-surface missile (SSM) produced by Iran with a reported 1930 km (1200 mile) range. A successful test launch took place on November 12, 2008. Its range, if confirmed, would allow it to strike targets as far away as Israel and southwestern Europe, though Iran asserts that it is intended for purely defensive purposes.

Design

Details of the design other than the number of stages and that it uses solid fuel have not been released. However, if Iran has succeeded in building a solid-fuel missile with the claimed range, it represents a significant technological achievement, and could be a step towards either a space launch platform or a true ICBM. As a weapon, it would present a much more formidable challenge to Iran's enemies, as solid-fuel missiles can be launched with much less notice than liquid-fueled missiles, making it more difficult to strike them prior to launch.


Sijil-2



The upgraded version named Sejjil-2, with a 2000-2500 km range was test fired on May 20, 2009. The Sejjil-2 surface-to-surface medium-range ballistic missile (MRBM) was first tested eight months prior to the actual test launch, which took place in the central Iranian province of Semnan. Improvements include better navigation system, better targeting system, more payload, longer range, faster lift-off, longer storage time, quicker launch, and lower detection possibility. The two main objectives of the upgraded version of Sejjil were precision and swiftness and high Accelertation.

Shahab-6

Shahab-6 is an alleged Iranian long-range ballistic missile, first reported to the Western public by Israeli prime minister Benjamin Netanyahu in 1997. As of 2007, there were no reports that Shahab-6 and Shahab-5 have been ever tested or constructed.; while Shahab-5 specifications were extrapolated from its North Korean prototype, Taepodong-2, no reliable estimates of Shahab-6 capability exist.

According to Israeli intelligence, both Shahab-5 and Shahab-6 capable of 3,000–5,000 kilometer range; some sources reported up to 10,000 kilometer range which enables the missile to reach the eastern coast of the United States as well as most of the Old World targets. The three-stage rocket is expected to rely on stored propellant liquid fuel for the first two stages, with the last solid fuel stage. Unconfirmed reports say that Iran has been assisted by Russia, and relies on Energomash RD-216 engine technology.

Shahab-4

Type Strategic ICBM
In service Under Development
Used by Iran
Manufacturer Iran
Warhead unknown
Engine Solid


The Shahab-4 (in Persianشهاب-۴, meaning "Meteor-4") liquid propelled missile is a programme[1] for Iran's first missile to bring satellites into orbit.

The IRIS/Shahab-4 called missile project may have resulted in the current Kavoshgar-1 Iranian space rocket.