• Competition for U.S. Marines' supply robocopter down to two

    The U.S. Marines are looking for unmanned supply helicopters that can deliver ten tons of supplies across distances of 150 miles in 24 hours; they also have to be able to hover at high altitudes (say, up in the Hindu Kush mountains)

  • "Point-and-toss" UAV in field demonstration

    Florida-based IATech used the Association for Unmanned Vehicle Systems International’s biannual field demonstration to show its point-and-toss UAV: the unit measures 3 feet across and is thrown like a paper airplane; it costs only about $25,000

  • TSA conducting scanning tech evaluation

    TSA tests both millimeter wave and backscatter imaging technologies to address privacy concerns; the aim is to reduce concerns about privacy while strengthening the ability to detect metallic and non-metallic threats

  • Israel equips its tanks with anti-missile systems

    During the summer 2006 war between Israel and Hezbollah, twenty-two Israeli Merkava tanks were damaged by Russian Kornet anti-tank guided missiles fired by Hezbollah fighters; the Israeli military determined that most of the missile hits could have been averted if the tanks had been equipped with available anti-missile systems

  • DARPA acquires British hi-tech fabric vehicle armor

    U.K. company Amsafe developed hi-tech cloth which protects vehicles from RPGs and other rockets; DARPA, which has been trying for a long time to develop similar material under the RPGnets program, decides to order test quantities of the U.K. material

  • U.K. to create largest technology fund in Europe

    U.K. government’s agency issued an RFP that sets out parameters for the creation of the largest technology fund in Europe; the government forecasts that this investment will be enough to create a 10-year fund worth £1 billion

  • New titanium alloys offer better IED protection

    Titanium deforms and retains damage from strong impacts and fast applied forces — such compression on the metal can happen when it is hit by bullets or explosives; metallurgy theory provides a greater understanding of the material at the atomic scale — an understanding which will lead to the production of more resilient titanium

  • Scientists develop self-healing surface material

    The human skin, when scratched or cut, heals quickly, in most cases leaving no trace of a scar after just a few days; German scientists develop surface material with similar qualities

  • Universities, businesses offer solutions for dealing with hurricanes

    Three universities are busy offering solutions which better predict hurricanes and cope with the damage they cause; a Bill Gates-supported company is more ambitious: it proposes to kill hurricanes by placing giant ocean-going tubs in the paths of storms

  • Flying motorcycle likely to take off next year

    California company shows designs of a flying motorcycle; the bike is able to pop out a pair of wings and take to the skies; estimated price tag: $80,000

  • Patent systems may discourage innovation: study

    The traditional view is that patents foster innovation. A new study suggests instead that they may hinder technological progress, economic activity, and societal wealth

  • Short-range communication company benefits from growing market

    The Near Field Communication (NFC) market is growing, and Companies in the NFC market benefit; the latest: Innovision Research & Technology raises £5.4 million from existing and new institutional investors

  • DARPA searches for instant repair of soldiers' injuries

    DARPA is soliciting proposals for a device that can use adult stem cells for a regenerative free-for-all, producing whatever needed to repair injured body parts, including nerves, bone, and skin

  • Millimeter-wave imaging comes to Cleveland, Houston airports

    TSA expands its testing of millimeter wave and backscatter imaging systems, deploying them in Cleveland and Houston; TSA claims passengers’ privacy is guaranteed, but passengers can opt out of being screened and choose body pat instead

  • New technology locks up Biometrics

    Communication encryption relies on authentication being symmetric to work: the user’s password or PIN must match the password or PIN stored by the recipient (online shop, bank, etc.) to lock and unlock the data; biometric may be used for encryption — but biometrics is not a symmetric process; South African researchers now show how biometrics can nevertheless be used to make a consistent secret key for encryption