Free Republic

For much of the last decade, as Iran methodically built its nuclear program, Israel has been assembling a multibillion-dollar array of high-tech weapons that would allow it to jam, blind, and deafen Tehran's defenses in the case of a pre-emptive aerial strike. A U.S. intelligence assessment this summer, described to The Daily Beast by current and former U.S. intelligence officials, concluded that any Israeli attack on hardened nuclear sites in Iran would go far beyond airstrikes from F-15 and F-16 fighter planes and likely include electronic warfare against Iran’s electric grid, Internet, cellphone network, and emergency frequencies for firemen and...

For the last four months, a detachment of five new American EA-18G electronic warfare aircraft have been operating in Iraq. Exactly what they are doing there is classified. The EA-18Gs are replacing the aging EA-6Bs that now provide electronic protection against enemy radars and missiles for navy and air force aircraft. The air force retired their EF-111 electronic warfare aircraft in 1994, on the assurance that the navy would get the EA-18G into service before the EA-6Bs died of old age. The older 27 ton EA-6B carries a crew of four, while the highly automated 29 ton EA-18G has only...

Attack, not defense, will reshape electronic warfare. A magazine filled with electron pulses, information scrambling data streams and invasive algorithms may arm the Next-Generation Jammer (NGJ). By 2018, variants of the U.S. Navy’s NGJ likely will be carried by a half-dozen manned and unmanned aircraft—perhaps more. The service’s EP-X signals and communications intelligence aircraft—still without a final design or completed requirements—will be replacing the long-serving EP-3E. “EP-X is going to be the eyes and ears that find the signals” that NGJ will jam and manipulate, says Christopher Carlson, director of U.S. business development for ITT’s integrated EW systems. “Precisely identifying...

Mysteries still surround Israel’s air strike against Syria. Where was the attack, what was struck and how did Israel’s non-stealthy warplanes fly undetected through the Russian-made air defense radars in Syria? There also are clues that while the U.S. and Israel are struggling in the broader information war with Islamic fundamentalists, Tel Aviv’s air attack against a “construction site” in northern Syria may mean the two countries are beginning to win some cyberwar battles. U.S. officials say that close examination of the few details of the mission offers a glimpse of what’s new in the world of sophisticated electronic sleight-of-hand....

ISRAELI fighter planes may have managed to escape detection by Syrian radars during their September 6 raid by forcing the detection system to make a mistake, Aviation Week magazine reported.

The lid of secrecy covering the Sept. 6 Israeli air strike into Syria remains tight but one new theory emerging amid the speculation is that the Israeli conducted an electronic warfare exercise in preparation for future strikes or an attack on Iran. Authoritative reports from the Middle East stated that the Israel operation included extensive electronic warfare jamming by aircraft. The Israeli were testing the capabilities of Russian-made air defenses, including both radar and missiles located near Damascus and south of Homs near the Lebanese northern border. The raid was unprecedented in the blanket of jamming and electronic disruption that...

After Israeli missile strike on Syria confirmed by both sides, the question remains – how did Israel's non-stealth jets infiltrate Syrian airspace undetected? US aerospace experts tell Aviation Week magazine that Israel used new US-developed technology that lets users invade and manipulate enemy communication networks Ynet Published: 10.05.07, 01:15 / Israel News After Syrian President Bashar Assad admitted that Israeli planes carried out a missile strike in Syria and after the media blackout on the incident was lifted in Israel, many unanswered questions still remain regarding how IAF jets managed to infiltrate Syrian security. An article published this week on...