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    US Army Enhances, Standardize Patriot Units


    The US Army intends to upgrade and streamline its Patriot fire units with configuration-3 capability, comprising an affordable missile guidance system which improves performance and overcome the original system’s obsolescence. This configuration will be integrated throughout the units deployed worldwide, as part of the “Pure Fleet” effort launched in 2006.

    Three battalions are currently undergoing preliminary tests prior to obtaining “Pure Fleet” capabilities. Testing will be conducted by Raytheon Company (NYSE:RTN) Integrated Defense Systems (IDS), the prime contractor for the Patriot system and the system integrator for the PAC-3 configuration received a $38.6 million Army contract to provide increased capability for warfighters now using the Patriot Advanced Capability-2 (PAC-2) configuration. The contract is for test equipment upgrades and engineering as the first step in the upgrade of three Patriot battalions (12 fire units) from PAC-2 to the PAC-3 configuration.

    Indian AF Embarks on a $800 Million MiG-29 Upgrade

    India and Russia have signed a us$800 million program to improve the air-combat capability of its MiG-29s. 78 of the aircraft currently deployed with the IAF will receive a new phased array radar and long range (beyond visual range) missiles. They will also the Klimov-33 engines with digital fuel injection, aerial refueling capability and a modern ‘glass cockpit’. The majority of the work will be done in India by HAL through 2010, after prototype work is completed in Russia.

    AA-10 (R-27R1)  air/air missile developed by Vympel is currently deployed with early versions of the MiG-29.  With an improved radar (available in the MiG-29W), the aircraft can also use the longer-range and more advanced AA-12 (R77) Adder.

    The aircraft will be equipped with the Phazotron Zhuk-ME phased array radar, a modified version of the Zhuk used in the original version. A different version, known as Zhuk AE will be used in the MiG-35 model which is one of several options considered for the IAF future multi-role combat aircraft (MRCA) program. Current MiG-29s are armed with R-27 (AA-10) and R-77 (AA-12) beyond visual range missiles for offensive air superiority operations.

    Under a parallel plan the IAF plans to upgrade its 52 French made Dassault Mirage 2000H fighters. India is currently in the final stage negotiating the 1.5-billion euro program with Thales and Dassault. Officials said, the upgrade of the Mirage 2000s will begin by June.

    Indian Air Force Mirage 2000 are scheduled to get an upgrade beginning in 2007

    EADS Installs Obstacle Warning in German Police Helicopters

    EADS Defence & Security (DS) is fitting Eurocopter EC 135 helicopters deployed by the German federal police with the HELLAS (Helicopter Laser Radar) obstacle warning system. The first two of 16 rescue helicopters were handed over to the customer. The remaining helicopters will be delivered and equipped with the system within the next two years.

    HELLAS is a laser-based obstacle warning system, which detects obstacles reliably even if the pilot has difficulties making them out during the flight, when thin obstacles such as suspended electrical wires are so thin that they are almost invisible to the pilot. The system scans the area in front of the helicopter with an eye-safe laser beam, detecting obstacles such as wires at distances of up to 1,000 m’. The latest version of HELLAS enables the pilot better situational awareness by superimposing the obstacle over a grey-scale image of the terrain in front of the helicopter. Potential obstacles are displayed in a red color for intuitive recognition and avoidance.

    V-Communicator Improves Cross-Language Gaps

    The US Army is evaluating a new language translation system promising to improve communications between troops and the local population. The solar-powered iPod-based V-Communicator has been designed to help Soldiers communicate with locals in Iraq and Afghanistan and gives the Soldiers access to more than 400 phrases in five different languages to include Pashto, Iraqi Arabic and Modern Standard Arabic. Currently in use by approximately 700 military service members in Iraq and Afghanistan, the one-way translation device also provides video cues describing cultural gestures in the form of hand signals that may be common to a specific region, allowing for cultural awareness.

    With the swipe of a finger over the device, Soldiers can select the language they need from a menu and choose a topic from a mission list to find an appropriate phrase for whatever situation they find themselves in.

    The menu includes such topics as basic conversation; cordon and search; intelligence gathering; building trust and relationships; raids; detainee processing; vehicle checkpoints and coordinating missions with Iraqi Security Forces among many other possible missions.

    Once they choose the mission, they will see a list of phrases in English. Each of the phrases have a phonetic Arabic translation beneath them and when Soldiers press on the phrase they want to use, a video will play showing an animated, virtual Soldier saying the phrase in Arabic and the voice of the animated character plays through the device’s speaker. Along with that, the phonetic spelling of the Arabic phrase also appears on the screen.

    “It’s very useful in situations where you may have only one to two interpreters on the ground, and about 80 to 90 Soldiers on the ground, so you may not have enough interpreters to go around in a particular situation,” said Ernie Bright, operations manager at VCOM, the developer of the V-communicator. Soldiers can learn Arabic or other language phrases from the device or they can use it to communicate for them through the tool’s speaker, according to Bright.

    ICS Computer is Ready for FCS Mobile Platforms

    The first Integrated Computer Systems (ICS) were delivered last week to the U.S. Army’s Future Combat Systems (FCS) program. The prototype units supplied by the ICS team will provide mobile FCS elements with computing, networking and information assurance resources to enable current force vehicles to be a part of the FCS network. Bradley fighting vehicles, Abrams main battle tanks and Command Variant HMMWVs will be equipped with ICS as part of the first spin-out of FCS future force technologies in 2008. The ICS team include General Dynamics C4 (NYSE:GD) and Rockwell Collins (NYSE:COL).

    The ICS was developed in just 21 months to support the rapid spin-out of FCS capability into existing vehicles. ICS provides a common computing environment for 13 of the 14 platforms in the FCS family of systems, comprising a network of sensors, unmanned aerial platforms and manned and unmanned ground platforms. The ICS integrates a wide range of traditionally independent computing applications into a single, integrated, secure processing environment. It provides the FCS-equipped Units of Action with advanced processing, networking, data storage and information assurance generating common operating picture for faster decision-making.

    Russian Journalist Mystery: Is Kremlin Perturbed over new Mid East Gambit?

    A senior Russian journalist who embarrassed the country’s military establishment with a series of exclusive stories has been found dead outside his apartment in mysterious circumstances. That in itself seems nothing extraordinary in Russia these days.

    But the death of Ivan Safronov, 51, a former colonel in Russia’s eliten nuclear missile forces and later military correspondent for a major Russian newspaper caused eyebrows to raise among the Russian journalist community. Last December, Safronov already embarrassed the Kremlin authorities when he was the first to report the third consecutive launch failure of the new Bulava intercontinental ballistic missile, which President Vladimir Putin hailed as a basis of the nation’s nuclear might for years to come.

    Safronov’s exclusive reports, probably based on inside information leaked by his former colleagues, had indeed infuriated the Russian authorities. According to his friends, Safronov was about to publish a new scoop on Kremlin’s illicit arms deal with Middle East rogue nations, deals, which would embarrass President Putin himself, following his recent high-profile visit to the region. Putin’s visit to US allies, Saudi Arabia, Jordan and Qatar last February was the first ever for any Russian or Soviet leader.

    In the Saudi capital, Putin stunned the world when he offered to sell Saudi Arabia “peaceful” nuclear reactors and other sophisticated arms. While Arab leaders seemed to have praised Putin’s new Realpolitik in the region, the old Soviet model by embracing local leaders with anti-Western stance did raise some inquisitive eyebrows among the Arab monarchies. In fact, coming directly from Munich, Germany where Putin delivered his most bellicose anti-American speech yet, he further delineated a Russian Middle Eastern policy at odds with Washington’s, by trespassing boldly on the US sphere of influence in the Middle East.

    Last October Anna Politkovskaya, an investigative reporter and a harsh critic of human rights abuses in Chechnya was shot dead last October at her apartment block in central Moscow. Sparking international protest, the murder happened exactly two days before she was due to publish an exposé of the Chechnyan Prime Minister.

    But what has this visit to do with Ivan Safronov’s mysterious demise? Well, it seems, that the ex-colonel was becoming a painful thorn in the sideof the Kremlin and the Russian military brass. Already in January 2005, Safronov reported Russian secret plans to sell Iskander rockets to Syria, a story that provoked condemnation from the U.S. and Israel, which objected to the sale because the weapons could hit any part of Israel. The embarrassed Russian president confirmed Safranov’s report during a trip to Israel three months later, saying Russian producers were in talks to supply Iskander-E missiles to Syria, but assured that he had personally intervened to stop the sale. At that time Safronov had got away – however his personal dossier must have become top list with the internal security officials in the Kremlin.

    But this time Safronov must have gone too far to challenge his mentors, which may have cost him his life. According to Kommersant editors, for whom the colonel had worked, Safronov met with unidentified people at an international arms show, IDEX 2007 in the United Arab Emirates last month and confirmed Russian plans to sell Su-30 fighter jets, sophisticated air defense missiles to Syria and among others the modern S-300V long range air defense missiles. The delivery to Iran would be made via neighboring Belarus to avoid being accused by the U.S. of arming rogue nations, especially breaking an embargo on Iran.

    Analysts speculate that Safronov’s mere revelations were by themselves, insufficient to irk the Kremlin towards a “silent elimination contract”. However an angle, which for some reason was not pursued sofar, may indicate that the colonel’s ‘unpublished” story must have caused some stir when it touched on inside information concerning Putin’s latest Mid East tour. The Russian president already had caused quite a commotion in Washington when he bluntly tried to lure the Saudi and Jordanian Abdullah’s away from their traditional military sponsors. But what had vexed the two Monarchs severely, were persisting intelligence rumors over a new forthcoming huge arms deal with Syria and Iran, which for obvious reasons, Putin failed to elaborate in his visits.


    Both countries, Saudi Arabia and Iran are already under most sensitive rivalry status, not only political but religious as well. The latest attempts by Tehran’s president to calm growing suspicion, especially by Riyadh, over Iran’s bid for a regional Shi’ite challenge, over Saudi Sunni traditional hegemony, must only have increased King Abdullah’s deep distrust in the Shi’ite move and the Russian as well. Another sophisticated arms deal with Russia, so shortly following Putin’s high profile “Sunni” Gambit and his unprecedented generous propositions might well place the Russian president’s new “Eastern Policy” in jeopardy. Thus, even a scoop, which in other times might have gone through with only marginal attention – could have completely ruffled feathers among the Kremlin and Russia’s military elite, perhaps even putting the blame on Vladimir Putin’s bungling authority, in thwarting his new Oriental initiative.

    One must remember, that the Russian president is up for re-election in 2008 (coinciding with the US re-election campaign) and he can hardly afford a political disaster at this early stage. Thus, while no evidence has sofar been revealed over foul play in ex-colonel Safronov’s death, the finger prints of the highly professional Russian Federal Security Bureau (FSB), which is the successor agency to the notorious KGB are no doubt visible in this mysterious incident.

    Without going into the sordid details, two major points seem to stand out unexplained: first, a former military officer would probably commit suicide by shooting himself and not by a mere jump out of a window to splash on the ground five stories below in a heap of sorry human flesh. It goes against the honor, especially in eastern countries like Russia, where the military trade still has its prestige, even somewhat flawed lately. Moreover having fallen from a staircase window on the fifth floor, two floors above his apartment, why did he leave a bag of oranges behind, which only adds to the peculiarity of the mysterious death. So, did anyone actually push Safronov out of the window? This is quite dubious: the colonel was a physically strong man and would have opposed such a threat to his life violently, moreover it would have taken several “agents” to do the job, during which a loud commotion would have stirred the neighbors, none of whom apparently heard anything. So it must have been a highly professional job carried out by top experts, fully experienced in such murky affairs, that would leave only unanswered questions behind, carefully shelved into secret coffers of the FSB.

    In fact, there is already growing speculation over the involvement of Russian agents in silencing regime opponents, a traditional “trade” which has been preformed for decades and seems to have been revived lately, as silent opposition to Vladimir Putin’s autocratic rule is causing concern among the sofar dormant Russian elite. And these “incidents” happened not only in President Putin’s era.

    In October 1994, during Boris Yelzin’s relatively political Glasnost and post-Perestroika era, a reporter, who seemed to have misunderstood the new “transparency” of the Press, made a specialty of investigating the rampant corruption in Yeltsin’s armed forces. dimitry Kholodov was killed in his office at Moskobsky Komsomolets building when he opened a package, that a “friendly” informant had sent him, which apparently contained clandestine evidence of military malfeasance and corruption. Braving severe retaliation by the Kremlin authorities, some courageous colleagues pointed the finger for Kholodov’s assassination on the Federal Counterintelligence Service and the Russian Military high Command, in particular, Colonel General Matvey Burlakov, former commander of the Western Group of Forces in Germany and then a deputy defense minister; to Defense Minister Pavel Grachov; and even President Boris Yeltsin himself. As usual, the investigation revealed nothing and the matter was quickly forgotten.

    But forgetfulness seems hardly a current attribute in present Russia, especially in the Journalist community. In fact, Russia is among the most dangerous countries for journalists these days, plagued by attacks on reporters who seek to expose official corruption and other murky abuses. The problem culminated last October by the killing of Anna Politkovskaya, an investigative reporter and a harsh critic of human rights abuses in Chechnya. Her reporting had already stirred the wrath of Russia’s most powerful and unfettered institutions – the Kremlin, the Federal Security Service (FSB) and the GRU, the military intelligence. She was shot dead last October at her apartment block in central Moscow. Sparking international protest, the murder happened exactly two days before she was due to publish an exposé of the Chechnyan Prime Minister. The gun found near her apartment block in central Moscow was a 9mm Makarov, known as the weapon of choice for professional Russian hit men. An investigation could not find the culprit. The New York-based Committee to Protect Journalists said in January that no less than 13 Russian journalists had been murdered in unsolved contract-style killings since 2000. Is Russia heading back into the miserly shade of the Soviet era?

    Mobile User Objective System (MOUS) On Track for CDR

    The Lockheed Martin-led Mobile User Objective System (MOUS) team is on-schedule toward completion of the Critical Design Reviews (CDR) phase in March 2007, where the detailed design of the U.S. Navy’s MOUS is examined, ensuring all requirements are met. The ground system and terminal waveform software developed by team member General Dynamics C4 have recently passed the CDR for all segments of the ground system as well as the terminal waveform software to be inserted into waveform libraries to be used in future JTRS radios. When fielded, MOUS will establish the U.S. military’s next-generation narrowband global mobile satellite communications system.


    User terminals will be provided to the U.S. military under the Joint Tactical Radio System with an emphasis on handheld units. The MUOS system will provide familiar cell phone-like services with the satellites acting as “towers” in space, enabling warfighters on the ground to communicate directly with each other and their commanders virtually anywhere in the world. When the system is deployed, MUOS terminals will be communicating with MUOS satellites, providing ground combat elements with on-the-move secure end-to-end communications.

    he MOUS ground system will feature the ground transport and infrastructure, network management, geolocation services and satellite control). MOUS satellites will employ both Wideband Code Division Multiple Access (WCDMA) and legacy Ultra High Frequency Follow-on (UFO) payload communications capabilities, providing a significant increase in capacity with the WCDMA payload and continuity of legacy UFO communications. The satellites will provide communications with ground terminals and enable connection to the Global Information Grid (GIG). The Navy’s Program Executive Office for Space Systems and its Communications Satellite Program Office are responsible for the MUOS program.

    Israel Air Force Receives First Strategic UAV from IAI/Malat

    The Israel Air Force (IAF) received this week the medium-altitude, long endurance Heron Unmanned Aerial Vehicle (UAV) system developed and produced by Israel Aerospace Industries (IAI). The Heron UAV (IAF designation “Shoval”) has already been operational with the IAF through since the 2006 conflict in Lebanon, when an IAI owned Heron was employed by joint IAI / IAF teams throughout the conflict. Its performance, endurance, payload capacity and multi-sensor carrying capability introduce new potential for the multi-task usage of UAVs. Heron is the largest and heaviest of the IAF’s UAV fleet, capable of carrying the largest payloads, introducing more flexible payload mix, compared to other UAVs in IAF service.


    The Heron can fly at an altitude of 30,000 feet, and has an endurance of over 40 hours. It can carry and operate a number of payloads and sensors simultaneously. Powered by a quiet engine Heron uses redundant systems, providing very high mission reliability.
    The UAV has a wingspan of 16.6 meters, a maximum takeoff weight of 1200 kg, a mission radius of hundreds of kilometers, and a capability of flying under any weather conditions. The Heron incorporates fully automatic launch, flight and recovery capabilities. During test flights it demonstrated mission endurance of 52 hours with maximum fuel load; on standard missions Heron can perform missions of up to 35 hours endurance, carrying a full assembly of multiple mission payloads.

    The IAF is also expected to field a larger strategic UAV platform known as Heron II in the coming months. The IAF is also evaluate options to provide aerial refueling for long-endurance systems such as Heron and Heron II, utilizing manned or unmanned platforms.

    Thales, BAE Systems to Pursue Battlefield Combat ID Opportunities

    BAE Systems and Thales have formed a teaming arrangement to provide combat identification technologies for ground vehicles. Such capabilities are pursued by NATO forces as well as the US Army and Marine Corps. The U.S. Army is expected to seek proposals later this year.

    The team plans to offer the battlefield target identification (BTID) device that combines a millimeter-wave CID technology developed by Thales. BAE Systems will provide vehicle and network integration services, based on its extensive experience with the US Army. Direct fire elements equipped with the BTID will be fitted with combined interrogators and transponders, while non firing elements will receive transponder-only devices. BTID will be employed prior to firing a direct-fire weapon. The interrogator can “ask” platforms within its field of view to identify themselves, with the transponders replying to identify vehicles as friendly. The system will use digital data link technology that allows real-time position information to be transferred to other platforms and small units, including dismounted forces, and to be seen in the tactical situational awareness picture. / C4ISR, Armor, FCS.

    U-ADD Completes First Test Flight

    Textron Systems Universal Aerial Delivery Dispenser (U-ADD) guided dispenser was flown through a full mission for the first time during a demonstration held by the US Air force UAV Battlelab in October 2006. U-ADD was controlled throughout its flight by the GuideStar flight control system, developed by Athena Technologies. Upon reaching the designated delivery latitude, longitude and altitude position, the guided dispenser deployed a 64-lb BLU-108 Sensor Fuzed submunition. The inert BLU-108 deployed its drogue and main parachute as intended over the target area. As part of a first phase program, Athena provided guidance and control of the U-ADD with its GuideStar 111m – a miniaturized (0.5 pound) integrated flight control and navigation software and hardware solution. A U-ADD Product Improvement activity will be ongoing starting in 2007 with the US Air Force’s UAV Battlelab, Creech AFB, NV.

     

    BAE Systems Unveil Vehicle Power Management System

    BAE Systems has developed a prototype advanced power management system designed to provide military tactical wheeled vehicles with substantial capacity to generate electric power, addressing a critical warfighter need. When installed in a standard HMMWV the new power system delivers sufficient electricity to operate electronic mission systems on board combat vehicles, including subsystems such as electronic warfare, situational awareness, communications, and vehicle prognostics and diagnostics, eliminating the need to operate dedicated generators to power the mission equipment.

    Using a permanent-magnet generator, the system delivers up to 400 amps of 28-volt DC electric power at low engine speed. Its primary purpose is to provide enough on-board power to operate significant self-defense, weapon, countermeasures, and route-clearing systems. Additionally, it provides power for electrified automotive accessory systems (water pump, engine fans, power steering pump and, in the future, air conditioning) that previously were belt-driven. The system produces 400 of 28-volt DC power across the entire engine operating range, and 30kW of optional 208-volt power at higher engine speeds.

    Elbit Systems Unveils VIPeR a Portable Combat Robot

    Elbit Systems Ltd. (NASDAQ: ESLT) introducing at AUSA Winter the Versatile, Intelligent, Portable Robot (VIPeR), the newest member of its unmanned systems family. The new robot is displayed at the company’s booth at the USA Winter Symposium and Exhibition. VIPeR was developed for the Israel Defense Forces (IDF) within the framework of its Portable Unmanned Ground Vehicle (PUGV) program, and in close cooperation with The Israeli Ministry of Defence’s Directorate of Defense R&D (DDR&D). Following operational evaluation, the IDF plans on fielding VIPeR in its infantry platoons.

    VIPeR miniature robot, weighs 11 kg, developed by Elbit Systems. The IPeR in the photo carries a device to counter and dismantle IEDs.

    This portable, lightweight robot is operated by a single operator, and is designed to negotiate obstacles typical of an urban environment, such as climbing stairs and rubbles, when performing surveillance, reconnaissance and support troops in urban warfare missions. The vehicle uses the “Galileo Wheel”, a patented system developed by Galileo Mobility Instruments ltd. that allows automatic back and forth conversion among a wheel configuration, a track configuration and a special stair climbing configuration. (View a video showing the performance of the Galileo robot prototype).

    VIPeR is designed to reduce the danger to the dismounted force during different phases of combat, employing various payloads including weapons, add-on sensors, modules and task oriented payloads. The robotic vehicle weighs 25 lbs (11.4 kg). It measures compact system measures 18″L x 18″W x 9″H (46 x 46 x 23 cm).

    The intelligent, small-signature VIPeR can also be configured with weapons capability comprising a 9 mm mini-Uzi with scope and pointer, or grenade launcher. The system is remotely controlled via a control harness and helmet mounted display. Optional payloads include: P&T, FLIR, observation day/night zoom camera, explosives sniffer, disrupter, 4-foot robotic arm, gripper, in-building mapping and more.

    New Missile to Launch High Precision Strikes From 70 km

    Lockheed Martin (NYSE:LMT) unveiled a new missile designated P44, designed to demonstrate a long range high precision strike capability. The P44 is designed for quick precision strike against moving surface targets under any battlefield conditions without minimum range limitations. It is designed to fill the gap in the ability to effectively engage and neutralize long-range artillery, particularly mobile rocket launchers. This compact missile (7-inch (17.8 cm) diameter) weighs 220-pound (100 kg)). It will have an effective range from zero to more than 70 kilometers. It will be launched from an MLRS multiple launch platform, such as the tracked MLRSGMLRS or therapidly deployable wheeled HIMARS platforms.

    The missile uses a fast boost-sustain motor, and terminal seeker capable of operating under adverse weather conditions. The projected warheads for P44 are either a 28-pound Hellfire II Metal Augmented Charge (MAC) or a 17-pound shaped charge with precursor. Ten missiles can be loaded into MLRS rocket pods, stored with their wings folded. The missile uses a mature tri-mode terminal seeker with semi-active laser (SAL) for designated targets; Doppler millimeter-wave radar (MMW) for weather penetration and detection of moving targets; and cooled imaging infrared (IIR) for imaging and discrimination, augmented by Global Positioning System -aided inertial guidance (GPS-INS) for mid-course guidance and.

    The P44 missile completed its first flight February 15, 2007 launched from a surrogate HIMARS launcher. Further tests are planned in the near future, demonstrating confirming rocket motor performance, maneuvering and aeroballistics. On April 6th, 2007 P44 made its second test flight last week. In this test Lockheed Martin validated the operation of the missile’s control actuation system and GPS-aided inertial guidance mode for P44. Sofar, the missile successfully demonstrated both boost and sustain operations, stability in cruise mode GPS guidance modes.

    F-22A Begins SDB Weapon Integration Test Flights

    An F-22A Raptor flies Feb. 2, 2007, with four Small Diameter Bombs on board. Pilots and engineers from the F-22 Combined Test Force were performing load tests to ensure the GBU-39/B Small Diameter Bomb system does not exceed structural load boundaries for the Raptor. (Photo by Darin Russell)

    The US Air Force began integration testing of the F-22A Raptor and the GBU-39/B Small-Diameter Bomb (SDB). Testing is conducted since February 2007 by the 411th Flight Test Squadron at Edwards. The weapon is a low-cost, stand-off, next generation precision strike weapon, capable of flying autonomously. Integrating the F-22’s stealth and speed and the weapon at a stand-off distance of up to 60 nautical miles (111 km). The 250-pound (114 kg) class small-diameter bomb takes target information from the aircraft and flies using an onboard computer after release from the aircraft. Four SDBs and its BRU-61 carriage can be loaded in each weapon bay of the Raptor, enabling the F-22 to carry a total of eight SDB weapons in addition to two AMRAAMs.

    An F-22A Raptor flies Feb. 2, 2007, with four Small Diameter Bombs on board. Pilots and engineers from the F-22 Combined Test Force were performing load tests to ensure the GBU-39/B Small Diameter Bomb system does not exceed structural load boundaries for the Raptor. (Photo by Darin Russell)

    Diehl’s Sky Sphere set to Defeat UAS, OWA Drones Head-On

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    Israel Revamps Aerial Bomb Production

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