An anonymous reader writes: A team of engineers and artists has launched a Kickstarter campaign for C.H.I.P., a small computer that costs $9. The campaign met and far exceeded its $50, 000 goal on the first day. The device runs an R8 ARM CPU clocked at 1 GHz, 512 MB of RAM, and 4GB of storage. It has built-in Wi-Fi and Bluetooth, and runs a version of Debian. The price was enabled by two things: super-cheap Chinese tablets pushing down processor costs, and support from manufacturer Allwinner to make it even cheaper. The team is also building breakout boards for VGA and HDMI connections, as well as one with a tiny LCD screen, keyboard, and battery. Importantly, “all hardware design files schematic, PCB layout and bill of materials are free for you the community to download, modify and use.” Read more of this story at Slashdot.
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$9 Open Source Computer Blows Past Crowdfunding Goal
An anonymous reader writes: For over 5 years, and perhaps even longer, servers around the world running Linux and FreeBSD operating systems have been targeted by an individual or group that compromised them via a backdoor Trojan, then made them send out spam, ESET researchers have found. What’s more, it seems that the spammers are connected with a software company called Yellsoft, which sells DirectMailer, a “system for automated e-mail distribution” that allows users to send out anonymous email in bulk. Here’s the white paper in which the researchers explain the exploit. Read more of this story at Slashdot. 
An anonymous reader writes: A number of early Apple Watch adopters have complained that their tattoos cause interference with many of the new product’s key features. According to multiple tattooed sources, inked wrists and hands can disrupt communication with the wearable’s sensors installed in the underside of the device leading to malfunction. Owners of Apple Watch have taken to social media to voice their frustration using the hashtag #tattoogate and sharing their disappointment over the newly discovered Apple flaw. One user reported that the Watch’s lock system did not disable as it should when the device was placed on a decorated area of skin – forcing those affected to constantly enter their security pins. A further source suggested that notification alerts would fail to ‘ping’ as they are supposed to, and that heart rate monitoring differed significantly between tattooed and non-tattooed wrist readings. Read more of this story at Slashdot.