chemicalwarfare
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Olympic hackers may be attacking chemical warfare prevention labs
The team behind the 2018 Winter Olympics hack is still active, according to security researchers -- in fact, it's switching to more serious targets. Kaspersky has discovered that the group, nicknamed Olympic Destroyer, has been launching email phishing attacks against biochemical warfare prevention labs in Europe and Ukraine as well as financial organizations in Russia. The methodology is extremely familiar, including the same rogue macros embedded in decoy documents as well as extensive efforts to avoid typical detection methods.
New compound destroys chemical weapons faster than ever
In 2013, the Syrian government agreed to destroy its stores of chemical weapons, following reports that it had dropped sarin, a torturous and lethal nerve gas, on a rebel-held town earlier that year. The 1993 Chemical Weapons Convention, signed by 190 nations (including the US and Syria), bars any country from creating, using or storing chemical weapons. Still, activists report even today attacks of chlorine gas in Syria, and chemical weapons remain a global issue. If the world can't eradicate chemical warfare completely, science will try to neutralize it: Today a team from Illinois' Northwestern University outlined the specifics of a manmade compound that inactivates nerve gas within minutes.
A new accessory for your iPhone: a NASA-developed chemical sensor
What's better than a handful of sensors for determining if some hostile enemy has set off chemical weapons in a city? How about hundreds of thousands or millions of sensors? If research being done by NASA Ames Research Center under the Cell-All program in the US Department of Homeland Security's Science and Technology Directorate is taken into production, your next smartphone might contain chemical-sensing circuitry. A recent article in OnOrbit described a proof of concept that was developed by Jing Li, a scientist at Ames, and a group of other researchers. In order to test out the tiny nanosensor-based chemical sensing circuitry, Li and his team created a device that plugs into the dock port of an iPhone. To quote the original post, The new device is able to detect and identify low concentrations of airborne ammonia, chlorine gas and methane. The device senses chemicals in the air using a "sample jet" and a multiple-channel silicon-based sensing chip, which consists of 16 nanosensors, and sends detection data to another phone or a computer via telephone communication network or Wi-Fi. A newer version of the sensor has 64 nanosensors built-in and is less than 1 cm on a side. Isn't it cool that your iPhone is getting to be more like a Star Trek tricorder every day? [via Gizmodo]
